# The Armoloy Corporation

> Innovative Surface Engineering Partners

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## Sitemaps

- [XML Sitemap](https://armoloy.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Blog](https://armoloy.com/blog/): View Armoloy's library of blogs and articles for industry-related news. Stay up to date with valuable metallurgical insights.
- [Tribocorrosion: The Synergy of Wear and Corrosion](https://armoloy.com/tribocorrosion-the-synergy-of-wear-and-corrosion/): Tribocorrosion accelerates material degradation in medical implants, marine systems, manufacturing, and energy infrastructure. Learn mechanisms and solutions.
- [Contact Fatigue vs. Abrasion](https://armoloy.com/contact-fatigue-vs-abrasion-two-similar-but-unique-causes-of-metal-failure/): Explore the differences between metal contact fatigue and abrasion, and learn prevention strategies to combat metal failure.
- [Industrial Lubricants and Coatings for Bearings](https://armoloy.com/industrial-lubricants-and-coatings-for-bearings/): Industrial lubricants and coatings work together to enhance machine performance and reduce friction. Read about their synergistic benefits for bearing lubrication.
- [Reducing wear in stainless steel medical devices](https://armoloy.com/designing-medical-devices-for-wear-prevention/): Explore strategies for reducing wear in stainless steel medical devices, enhancing durability and performance.
- [Metal Rouging in Stainless Steel](https://armoloy.com/metal-rouging-in-stainless-steel/): Metal rouging: discoloration in stainless steel for pharma, food, semiconductor, and energy—common with high-purity water/clean steam; may signal deeper change.
- [Crevice Corrosion Causes and Prevention](https://armoloy.com/crevice-corrosion-causes-stages-prevention/): Learn how crevice corrosion occurs, its electrochemical stages, risk factors, and best practices to prevent it—backed by Armoloy's engineering-grade coatings for metal longevity.
- [Understanding Galvanic Corrosion: Concepts, Causes, and Prevention](https://armoloy.com/understanding-galvanic-corrosion-causes-prevention-and-solutions/): Explore galvanic corrosion, the key concepts involved in metal failure, and how to mitigate the effects with chromium coating solutions.
- [Chrome Coatings in Food Processing and Packaging](https://armoloy.com/the-growing-importance-of-chromium-coatings-in-the-food-processing-and-packaging-industry-an-in-depth-analysis/): Explore the vital role of chromium coatings in improving food processing equipment's durability, safety, and compliance.
- [The Benefits of Working With a Start-to-Finish Coating Partner](https://armoloy.com/working-with-a-start-to-finish-coatings-provider/): From process development to testing and quality assurance, Learn the benefits of working with a start-to-finish coatings provider.
- [Using A Company Listed on Blueprints Makes Business Sense](https://armoloy.com/why-using-the-coatings-company-listed-on-a-blueprint-makes-business-sense/): Explore the business advantages of selecting blueprint-recommended coatings companies for medical device manufacturing.
- [Medical Instrument Coatings: Why Metal Masking Is Essential](https://armoloy.com/why-precision-masking-is-essential/): Explore why precision metal masking is necessary to keep metal coatings where they belong during the plating process.
- [Understand Rolling Contact Fatigue](https://armoloy.com/understand-rolling-contact-fatigue-causes-mechanisms-and-mitigation/): Explore the mechanisms, and mitigation strategies for rolling contact fatigue to enhance machinery lifespan and operational reliability.
- [Medical Device Coatings to Improve Safety and Performance](https://armoloy.com/top-medical-device-coatings-to-improve-safety-and-performance/): Discover key medical device coatings enhancing safety and performance in the medical and surgical industries.
- [Questions about Biocompatible Materials for Surgical Instruments](https://armoloy.com/top-5-frequent-questions-about-biocompatible-coatings-for-surgical-instruments/): Learn the top five frequently asked questions about biocompatible materials for surgical instruments in healthcare.
- [The Role of Fluid Mechanics in Medical Device Design](https://armoloy.com/the-role-of-fluid-mechanics-in-medical-device-design-development-and-testing/): Explore the pivotal role of fluid mechanics in designing, developing, and testing medical devices for optimal performance and safety.
- [Testing Techniques to Measure Chromium Coating Quality](https://armoloy.com/testing-techniques-to-measure-chromium-coating-quality/): See testing techniques for evaluating chromium coating quality, including thickness, adhesion, corrosion, and wear resistance assessments.
- [Tackling Uniform Corrosion: Insights, Testing, and Mitigation](https://armoloy.com/tackling-uniform-corrosion/): Explore uniform corrosion, the key concepts involved in metal failure, and how to mitigate the effects with preventative coating solutions.
- [Supply Chain: Ensure Your Partners Are Set Up For Success](https://armoloy.com/supply-chain-ensure-your-partners-are-set-up-for-success/): Learn how to fortify your supply chain and ensure partner success amid disruptions with start-to-finish service providers.
- [Protecting Medical-Grade Stainless Steel from Wear and Friction](https://armoloy.com/stainless-steel-protective-coatings-for-medical-devices/): Discover advanced biocompatible chromium coatings for medical devices made of stainless steel, ensuring safety and durability.
- [Stained Medical Instruments Are More Than Just Unsightly.](https://armoloy.com/stained-instruments-are-more-than-just-unsightly-heres-what-to-do-about-them/): Learn how to address stained medical instruments, ensuring their longevity and maintaining healthcare standards.
- [Safeguarding Performance: Thermal Expansion and Chromium Coatings](https://armoloy.com/safeguarding-performance-thermal-expansion-and-chromium-coatings/): Learn how chromium coatings mitigate thermal expansion effects, enhancing durability and performance in various industries.
- [Component Shape Preservation While Preserving Function and Form](https://armoloy.com/safeguarding-component-shapes-while-preserving-function-and-form/): Discover how component shape preservation with protective coatings enhances functionality and efficiency across industries.
- [Rolling Contact Fatigue: Minimize It With Chromium Coatings](https://armoloy.com/rolling-contact-fatigue-why-proactive-companies-minimize-it-with-chromium-coatings/): Learn why companies choose to minimize rolling contact fatigue with chromium coatings as a proactive measure of safety.
- [Reducing Energy Consumption with Chromium Coatings](https://armoloy.com/reducing-energy-consumption-with-chromium-coatings/): From manufacturing to renewable energy, reducing energy consumption with chromium coatings provides significant benefits on a global scale.
- [Product Design Mistakes and Contact Fatigue](https://armoloy.com/product-design-mistakes-and-contact-fatigue-types-and-prevention/): Uncover strategies to prevent metal contact fatigue in metal components, enhancing durability and performance.
- [From Pipe Corrosion to Bearing Friction: Prevent Metal Failure with TDC](https://armoloy.com/prevent-metal-failure-with-electrolizing-tdc/): Pipe welds, wheel bearings, and harsh operating conditions. Metal failure affects every industry. Prevent metal failure with thin dense chrome.
- [Precision Masking: The Art of Targeted Coating Applications](https://armoloy.com/precision-masking-the-art-of-targeted-coating-applications/): Explore the art and science of precision masking for targeted coating applications, enhancing performance and efficiency.
- [PFAS: Impacts, Challenges, and Solutions in Metal Finishing](https://armoloy.com/pfas-impacts-challenges-and-solutions-in-metal-finishing/): Discover PFAS, their environmental impact, and how Armoloy ensures safety with PFAS-free plating solutions for sustainable industries.
- [Biocompatible Chromium Coatings for Every Industry](https://armoloy.com/medical-and-beyond-biocompatible-chromium-coatings-for-every-industry/): Discover how biocompatible chromium coatings, like ME-92®, enhance durability and safety across industries, from medical to robotics.
- [Finding a Coatings Company That Delivers Peace of Mind](https://armoloy.com/it-starts-with-trust-finding-a-coatings-company-that-delivers-peace-of-mind/): Learn why it's essential to find a coatings company that delivers peace of mind, and what you risk with an unproven provider.
- [Innovative Solutions to Industry Problems: Autoclave and Rouging](https://armoloy.com/innovative-solutions-to-industry-problems/): Read how biocompatible chromium improves autoclave and rouging protection for medical devices and instruments.
- [The ME-92 Process: How We Ensure Quality and Compliance](https://armoloy.com/how-we-ensure-quality-and-compliance/): Discover how the Armoloy ME-92 process guarantees superior quality and compliance in a medical device coating.
- [How Armoloy's Chromium Coatings Fixed a Costly Design Flaw](https://armoloy.com/grace-under-pressure-how-armoloys-chromium-coatings-fixed-a-costly-design-flaw/): Read about how a valve shaft was saved from a costly design flaw with the help of chromium coatings as a preventative measure.
- [Design to Delivery: Meeting Coating Needs, Start to Finish](https://armoloy.com/from-design-to-delivery-meeting-our-customers-coating-needs-start-to-finish/): Read how Armoloy meets customer coating needs as a start-to-finish provider to help businesses get ahead and stay ahead.
- [Environmental Benefits of Thin Dense Chrome Plating](https://armoloy.com/environmental-benefits-of-thin-dense-chrome-plating/): There're macro-environmental benefits of thin dense chrome around reducing friction and energy, when the plating process is managed properly.
- [Corrosion Prevention in Food Processing Applications](https://armoloy.com/corrosion-prevention-in-food-processing-applications/): Get details on Armoloy's case study on corrosion prevention for food processing applications using a brine solution test.
- [Comparing Coatings to Protect Copper Molds from Erosive Wear](https://armoloy.com/comparing-coatings-to-protect-copper-molds-from-erosive-wear/): Explore the effectiveness of hard coatings on copper alloys in protecting against erosive wear in precision copper molds.
- [3 Benefits of Coating Single-Use Medical Tools With Chrome](https://armoloy.com/coating-single-use-medical-instruments-with-chromium/): Explore the advantages of chromium coatings for single-use medical instruments, enhancing safety and performance.
- [Passivation of Stainless Steels Eliminated by Thin Dense Chrome](https://armoloy.com/chemical-passivation-of-stainless-steels-eliminated-by-me-92-thin-dense-chrome/): Learn how Armoloy's ME-92 biocompatible thin dense chrome eliminates the need for chemical passivation of stainless steel components.
- [ASTM Compliance: Ensuring Quality for Armoloy's Coatings](https://armoloy.com/astm-testing-process/): Learn why Armoloy's adherence to ASTM testing standards ensures consistent coating quality and performance.
- [Armoloy Southeast Caps Thirty Years With a Move Into Medical](https://armoloy.com/armoloy-southeast-caps-thirty-years-with-a-move-into-medical/): After thirty years serving aerospace and defense, Armoloy Southeast expands into medical with ME-92 biocompatible thin dense chrome for surgical and device parts.
- [Armoloy of Ohio Masters the Science of Thin Dense Chrome](https://armoloy.com/armoloy-of-ohio-masters-the-science-of-thin-dense-chrome/): Armoloy of Ohio blends craftsmanship and collaboration to deliver Thin Dense Chrome coatings with precision, speed, and consistent quality worldwide
- [Cavitation: Causes, Effects, and Solutions](https://armoloy.com/cavitation-causes-effects-and-solutions/): Learn the basics of cavitation: causes, effects, and solutions for industries relying on pumps, turbines, and fluid dynamics.
- [The Real Cost of Metal Failure](https://armoloy.com/the-real-cost-of-metal-failure/): Explore the devastating impacts of metal failure and discover strategies for effective mitigation and prevention.
- [Why Metal Finishes for Medical Applications Matter](https://armoloy.com/why-metal-finishes-for-medical-applications-matter/): Explore metal finishes for medical applications, including satin, non-reflective, and platinum coatings engineered for durability and biocompatibility.
- [Biocompatible Coatings for Aluminum Medical Devices](https://armoloy.com/biochrome-coatings-for-aluminum-medical-devices-and-instruments/): Explore Armoloy Biocompatible coatings for aluminum medical devices and instruments, enhancing durability, safety, and overall performance.
- [Anodizing vs. AL-COAT: Comparing Coatings for Aluminum](https://armoloy.com/anodizing-vs-alcoat-comparing-coatings-for-aluminum/): Discover the benefits and applications of anodizing and AL-COAT® for aluminum protection. Learn which coating is best for your needs.
- [Chromium Coatings for Pump Protection](https://armoloy.com/chromium-coatings-for-pump-protection/): Uncover how chromium coatings improve pump protection in various industries, reducing wear and enhancing longevity.
- [Coatings for Medical Heat Sealing Equipment](https://armoloy.com/benefits-of-chromium-coatings-for-medical-heat-sealing-equipment/): Learn benefits of tdc coatings for medical heat sealing equipment, including better durability, seal integrity, and efficiency in packaging.
- [Thin Dense Chrome for Mold Release](https://armoloy.com/thin-dense-chrome-as-a-mold-release-agent-for-injection-molding/): Explore Thin Dense Chrome as a mold release agent in injection molding, enhancing mold longevity and manufacturing efficiency.
- [Medical Device Sterilization and Biochrome Coatings](https://armoloy.com/protect-and-extend-medical-device-sterilization-and-biochrome-coatings/): Learn how biochrome coatings bolster medical device sterilization, protecting against corrosion and bacteria, and ensuring patient safety.
- [Cavitation Damage in Medical Devices](https://armoloy.com/cavitation-damage-in-medical-devices/): Explore how cavitation damage impacts medical devices and learn about chromium coatings' role in mitigating metal failure.
- [Bearing Friction in CT Scanners](https://armoloy.com/the-role-of-tdc-coatings-on-bearing-friction-in-ct-scanners/): Read about the challenges of bearing friction in CT scanners, and how thin dense chrome coatings mitigate bearing friction.
- [Ensuring Proper Passivation of Stainless Steel](https://armoloy.com/ensuring-proper-passivation-of-stainless-steel/): Why are EV trucks showing signs of rust? We’ll explain why ensuring proper passivation of steel is key to the auto industry and beyond.
- [Biocorrosion: An In-Depth Analysis](https://armoloy.com/biocorrosion-in-metal-components-an-in-depth-analysis/): A deep dive into biocorrosion in metal components: causes, microorganisms involved, detection, testing, and protective measures against metal failure.
- [A Study on Wear](https://armoloy.com/a-study-on-wear/): Explore a study on wear in industrial and medical applications. Learn how material selection and surface treatments enhance wear resistance.
- [Armoloy Improves Cutting Performance of Orthopedic Instruments](https://armoloy.com/armoloy-improves-cutting-performance-of-orthopedic-instruments/): Explore a case study on how Armoloy biocompatible thin dense chrome improves the cutting performance of orthopedic instruments.
- [Atomic Force Microscopy Evaluation of Steel Bone Cutters](https://armoloy.com/atomic-force-microscopy-for-evaluating-bone-cutter-performance/): Explore Armoloy's case study on the performance evaluation of ME-92 coated stainless steel bone cutters using atomic force microscopy.
- [High Load Ball Screw Protection](https://armoloy.com/high-load-ball-screw-protection/): Learn how protective coatings and other mitigation strategies can extend the lifespan and enhance the performance of a high load ball screw.
- [Electroplating Guide](https://armoloy.com/electroplating-guide/): An overview of electroplating, including electrolytic and electroless processes, types of metal plating, industrial applications, and compliance standards.
- [Pitting Corrosion: Causes, Effects, and Solutions](https://armoloy.com/pitting-corrosion-causes-effects-solutions/): Explore a comprehensive technical guide to identifying, testing, and preventing pitting corrosion in industrial applications.
- [Metal Treating: An Overview](https://armoloy.com/metal-treating-guide/): Explore metal treating methods, including heat treatments, surface coatings, and chemical processes, that improve metal performance.
- [Can My Material be Coated? A Guide to What Armoloy Coats](https://armoloy.com/substrate-compatibility/): Can Armoloy coat my material? Discover substrate compatibility with materials like steel, cast iron, aluminum, or other substrates.
- [Why is My Metal Eroding? How to Mitigate Metal Erosion](https://armoloy.com/why-is-my-metal-eroding/): Explore effective solutions to mitigate metal erosion, extending the life and performance of metal components. Contact us today
- [Understanding the Thin Dense Chrome Plating Process](https://armoloy.com/understanding-the-thin-dense-chrome-plating-process/): Dissecting the thin dense chrome plating process: the technology, types of chrome, process controls, and important industry specifications.
- [Arthroscopic Shaver Coatings: Guide for OEMs](https://armoloy.com/arthroscopic-shaver-coatings-guide-for-oems/): Arthroscopic Shavers & Cutters: A Surface-Engineering Guide for OEMs & Contract Manufacturers Arthroscopic shavers and cutters face an unusual mix of demands: sharp, low-friction cutting, reliable suction in a tube-in-tube geometry, and, when reusable, hundreds of reprocessing cycles without staining, pitting, or particulate generation. This guide maps real-world failure modes (dulling, drag, debris, corrosion) to
- [How Chromium Coatings Reduce Friction](https://armoloy.com/how-chromium-coatings-reduce-friction/): Explore how thin dense chrome coatings reduce friction, prolonging the life and efficiency of metal components.
- [5 Questions to Ask a Chrome Coatings Provider](https://armoloy.com/5-questions-to-ask-a-chrome-coatings-provider/): Read about the top five questions you should ask a chrome coatings provider for your manufacturing applications.
- [5 Types of Corrosive Metal Failure](https://armoloy.com/5-types-of-corrosive-metal-failure/): Explore the five types of corrosive metal failure impacting industries and learn strategies for prevention.
- [Recognizing and Mitigating Abrasive Metal Failure](https://armoloy.com/recognizing-and-mitigating-abrasive-metal-failure/): Learn how to identify and counter abrasive metal failure to protect machinery across industries with effective strategies and coatings.
- [Reducing Friction in Medical Devices](https://armoloy.com/design-considerations-for-reducing-friction-in-medical-devices/): Learn to select the right materials for medical device design by knowing friction types and causes, essential for reducing friction.
- [Armoloy Featured in Manufacturing Today Magazine](https://armoloy.com/armoloy-corp-featured-in-manufacturing-today/): Learn about The Armoloy Corporation, its global expansion, commitment to quality, and dedication to environmental responsibility.
- [Armoloy Use Simple Marketing Strategy to Build Electroplating Business](https://armoloy.com/armoloys-new-owners-use-simple-marketing-strategy-to-build-electroplating-business/): Read how Armoloy's new owners use a simple marketing strategy to build a thin dense chrome electroplating business.
- [Armoloy Coatings: Purpose-Driven Protection](https://armoloy.com/armoloy-coatings-purpose-driven-protection/): Discover how the purpose-driven Armoloy coatings provide unparalleled protection and performance for diverse applications.
- [7 Benefits of Biocompatible Chromium Coatings for Surgical Instruments](https://armoloy.com/7-benefits-of-biocompatible-chromium-coatings-for-surgical-instruments/): Discover the 7 key benefits of biocompatible chromium coatings for enhancing surgical instruments in safety and performance.
- [How Is Metal Damage Hurting Your Business?](https://armoloy.com/how-is-metal-damage-hurting-your-business/): Explore how metal damage affects your business, from lost productivity to tarnished reputation, and solutions to mitigate it.
- [Working With a U.S. Based Coating Company](https://armoloy.com/5-benefits-of-working-with-a-u-s-based-coatings-company/): Explore the top 5 benefits of partnering with a U.S.-based coating company for superior quality and reliability.
- [Erosive vs. Corrosive Metal Failure](https://armoloy.com/diagnosing-erosive-vs-corrosive-metal-failure/): Learn the differences between erosive and corrosive metal failure, including causes, examples, and prevention strategies.
- [Beyond Cost: 7 Important Factors When Choosing Metal Finishers](https://armoloy.com/beyond-cost-7-important-factors-when-choosing-metal-finishers/): Discover 7 crucial factors for selecting metal finishers, ensuring quality and efficiency beyond just cost.
- [How Metal Coatings Deliver Cost Savings](https://armoloy.com/how-metal-coatings-deliver-cost-savings/): Discover how protective metal coatings can deliver cost savings in industrial and manufacturing applications.
- [Chromium Coatings: Setting the Record Straight](https://armoloy.com/chromium-coatings-setting-the-record-straight/): Read into the common misconceptions of chromium coatings and how its benefits far outweigh the minimal drawbacks.
- [Addressing Nickel Sensitivity With Chromium Coatings](https://armoloy.com/addressing-nickel-sensitivity-with-chromium-coatings/): Get information on how chromium coatings address and eliminate nickel sensitivity in medical and surgical devices.
- [Proud To Be the Pioneer in Biocompatible Coatings](https://armoloy.com/proud-to-be-the-pioneer-in-biocompatible-coatings/): Understanding biocompatible coatings and their characteristics from a pioneer of medical coating research and technology.
- [6 Ways Innovation Benefits Manufacturing Businesses](https://armoloy.com/6-ways-innovation-benefits-manufacturing-businesses/): Learn the six ways innovation benefits manufacturing businesses and how small improvements can deliver big results.
- [Armoloy TDC: The Foundation of the Big 7](https://armoloy.com/armoloy-tdc-the-foundation-of-the-big-7/): Explore Armoloy TDC thin dense chrome, a cornerstone coating enhancing metal durability and performance across industries.
- [The Case for Chromium Coatings](https://armoloy.com/the-case-for-chromium-coatings/): Read about the case for chromium coatings as the right and only biocompatible coating for the medical and surgical industry.
- [Tips for auditing your coatings supplier](https://armoloy.com/tips-for-auditing-your-coatings-supplier/): Get essential tips for auditing your metal coatings supplier. Careful and thorough assessment is key to find the right provider.
- [ME-92’s performance during the pandemic](https://armoloy.com/me-92s-performance-during-the-pandemic/): Read into ME-92 Operations' performance during the pandemic, and how it kept coating processes uninterrupted from supply chain constraints.
- [A Game-Changing Innovation: The Story of ALCOAT](https://armoloy.com/a-game-changing-innovation-the-story-of-alcoat/): Discover the story behind ALCOAT, a revolutionary coating innovation enhancing medical device performance.

## Pages

- [Home](https://armoloy.com/): Armoloy is a plating company with over 65 years of expertise in metal plating services and surface treatments for high-performance manufacturers worldwide.
- [Thin Dense Chrome](https://armoloy.com/thin-dense-chrome-plating/): Armoloy Thin Dense Chrome – Trusted for 60 years. Precision coating reduces wear, friction, and corrosion. FDA-compliant. Request a quote.
- [ISO 9001:2015 Quality Management System Standard](https://armoloy.com/plating-accreditations/iso-9001/): ISO 9001:2015 quality management system standard enhances Armoloy’s business processes, increasing product quality and customer satisfaction.
- [Tungsten Carbide Coating Alternatives](https://armoloy.com/tungsten-carbide-replacement-coatings/): Armoloy surface treatments engineered as a low-friction, high-hardness alternative to tungsten carbide (WC) thermal spray coatings for critical wear components.
- [History](https://armoloy.com/armoloy-history/): Meet the pioneers of effective metal surface treatments. Read The Armoloy Corporation's history of innovation, creativity and precision.
- [Armoloy Philadelphia](https://armoloy.com/armoloy-metal-coating-in-philadelphia/): Contact Armoloy Philadelphia for quality metal coating services. Enhance durability and performance with our expert solutions in Philadelphia.
- [Become A Franchise](https://armoloy.com/become-a-franchise/): Our mission is to add value across the spectrum of manufacturing applications. Join our mission, become a franchise and licensed applicator.
- [Nadcap® Certification for Chrome Plating Excellence](https://armoloy.com/plating-accreditations/nadcap/): The chrome plating industry is pivotal in aerospace component finishing. Nadcap certification is synonymous with excellence in this sector.
- [AMS 2438 Thin Dense Chrome Specification](https://armoloy.com/plating-specifications/ams-2438/): The AMS 2438 specification outlines stringent requirements, control factors, and meticulous testing procedures for thin dense chrome plating.
- [Armoloy Ohio](https://armoloy.com/armoloy-metal-coating-in-ohio/): Armoloy Ohio offers advanced industrial plating to boost component performance and reduce wear. Contact our team today for a custom quote.
- [Armoloy Locations](https://armoloy.com/armoloy-locations/): All Armoloy locations have the ability to obtain work from any location worldwide. See a list of Armoloy locations here.
- [Hemolysis Testing](https://armoloy.com/plating-accreditations/iso-10993/hemolysis-testing/): ME-92 coating passed hemolysis testing with non-hemolytic results, confirming biocompatibility for medical devices in contact with blood.
- [AMS 2403 Electrodeposited Nickel Plating Specification](https://armoloy.com/plating-specifications/ams-2403/): AMS 2403 specification provides a comprehensive guide for the electrodeposition of nickel, designed to enhance metal corrosion resistance.
- [ASTM B650 Electrodeposited Engineering Chromium](https://armoloy.com/plating-specifications/astm-b650/): The ASTM B650 specification outlines the requirements for electrodeposited engineering chromium coatings on ferrous substrates.
- [Armoloy United Kingdom](https://armoloy.com/armoloy-metal-coating-in-england/): Armoloy England offers advanced metal plating to reduce corrosion and extend part life. Discover tailored coating solutions—contact us today.
- [Case Studies](https://armoloy.com/case-studies/): Armoloy case studies portal is currently under construction. Please visit Armoloy's Blogs & Insights page for insightful content.
- [AMS 2404 Electroless Nickel Plating Specification](https://armoloy.com/plating-specifications/ams-2404/): AMS 2404 is a detailed specification for electroless nickel plating, providing guidelines for nickel-phosphorus coatings on substrates.
- [Engineering Process](https://armoloy.com/process-development/): Armoloy's engineering for metal surface treatments is tailored to each project's specific requirements. Read more about what's involved.
- [Pyrogen Testing](https://armoloy.com/plating-accreditations/iso-10993/pyrogen-testing/): Ensure patient safety with ME-92’s USP-tested, non-pyrogenic biocompatible coatings. Discover how Armoloy’s thin dense chrome meets ISO 10993-11 standards.
- [NAMSA Guidelines for Medical Device Safety](https://armoloy.com/plating-accreditations/namsa/): Given the critical nature of medical devices and components, Armoloy employs NAMSA guidelines to ensure safe, high-quality biocompatible coatings.
- [Cytotoxicity Testing](https://armoloy.com/plating-accreditations/iso-10993/cytotoxicity-testing/): ME-92 passed ISO 10993-5 cytotoxicity testing with a grade 0 result, confirming non-toxicity for medical devices in contact with human cells.
- [ASTM A967 Chemical Passivation of Stainless Steel](https://armoloy.com/plating-specifications/astm-a967/): The ASTM A967 specification outlines approved chemical passivation methods to remove contaminants and enhance corrosion resistance in stainless steel parts.
- [AMS 2406 Electrodeposited Hard Chrome Specification](https://armoloy.com/plating-specifications/ams-2406/): AMS 2406, designed by SAE Aerospace Material Specifications (AMS), outlines the specifications for electrodeposited hard chromium plating.
- [AS9100D Quality Management Standard for Aerospace & Defense](https://armoloy.com/plating-accreditations/as9100d/): AS9100D establishes quality standards for aerospace and defense, focusing on compliance, risk management, and product safety. Learn about certification.
- [Meet Armoloy](https://armoloy.com/meet-armoloy/): Meet The Armoloy Corporation, an innovator in metal surface treatment. Read about the who, why and what of Armoloy.
- [Armoloy Connecticut](https://armoloy.com/armoloy-metal-coating-in-connecticut/): Armoloy Connecticut provides trusted metal plating for aerospace & medical applications. Enhance precision—get your custom coating solution today.
- [AMS QQ-N-290D Nickel Plating](https://armoloy.com/plating-specifications/ams-qq-n-290d/): AMS QQ-N-290D sets the standard for electrodeposited nickel plating. Ensure corrosion resistance, adhesion, and MIL-SPEC compliance across industries.
- [Our ECO Commitment](https://armoloy.com/eco-commitment/): Armoloy is more than just RoHS and REACH compliant. Read more about Armoloy's services and our ECO commitment here.
- [Toroidal Roller Bearings — Selection, Failures, & Fixes](https://armoloy.com/toroidal-roller-bearings-selection-failures-fixes/): Learn how to select CARB-type toroidal roller bearings, diagnose common failures, manage axial float, and use coatings to reduce wear and corrosion.
- [Thrust Roller Bearings — Selection, Failures, & Fixes](https://armoloy.com/thrust-roller-bearings-selection-failures-fixes/): Compare thrust roller bearing types, selection factors, common failures, diagnostic steps, and coatings for corrosion, wear, and scuff resistance.
- [Magnetic Bearings — Selection, Failures, & Fixes](https://armoloy.com/magnetic-bearings-selection-failures-fixes/): Learn how to select magnetic bearings, diagnose common failures, and protect backup bearings and touchdown surfaces with appropriate coatings.
- [Linear Bearings — Types, Selection, Failures, & Fixes](https://armoloy.com/linear-bearings-types-selection-failures-fixes/): Compare linear bearing types, learn how to select the right design, diagnose common failures, and see how coatings help reduce wear and corrosion.
- [Journal Bearings — Selection, Failures, & Fixes](https://armoloy.com/journal-bearings-selection-failures-fixes/): Learn how to select journal bearings, diagnose common failures, and improve performance through proper clearance, lubrication, alignment, and coatings.
- [AMS 2759/9E Hydrogen Embrittlement Relief of Steel Parts](https://armoloy.com/plating-specifications/ams-2759-9e/): Prevent hydrogen embrittlement in high-strength steel parts with AMS 2759/9E baking. Ensure safety and compliance in aerospace and plating applications.
- [AMS 2750H Pyrometry for Thermal Processing](https://armoloy.com/plating-specifications/ams-2750h/): Discover how AMS 2750H ensures precise thermal processing and compliance for aerospace, medical, and critical heat treatment applications.
- [Plating Specifications](https://armoloy.com/plating-specifications/): The Armoloy Corporation can certify to many different plating and testing specifications. See a list of chrome plating specifications here.
- [Plating Accreditations](https://armoloy.com/plating-accreditations/): Explore Armoloy’s plating accreditations and certifications, including ISO, Nadcap, NAMSA, REACH, and RoHS standards for coatings and surface treatments.
- [Armoloy South Africa](https://armoloy.com/armoloy-metal-coating-in-south-africa/): Enhance durability and performance with expert metal coatings from Armoloy South Africa. Protect your parts—request a custom quote today.
- [Armoloy Singapore](https://armoloy.com/armoloy-metal-coating-in-singapore/): Armoloy Singapore provides precision plating for demanding industries. Enhance surface performance and durability—contact us today to learn more.
- [Armoloy China](https://armoloy.com/armoloy-metal-coating-in-china/): Armoloy China (Tianjin): precision surface engineering with Thin Dense Chrome and electroless nickel coatings to reduce wear, friction, and corrosion.
- [Armoloy Switzerland](https://armoloy.com/armoloy-metal-coating-in-switzerland/): Armoloy Switzerland provides advanced metal coatings to enhance precision and protect parts. Contact us now to explore your custom plating options.
- [Armoloy Germany](https://armoloy.com/armoloy-metal-coating-in-germany/): Armoloy Germany delivers advanced thin dense chrome coatings for industries including aerospace, automotive, medical, and more.
- [Armoloy of Western PA](https://armoloy.com/armoloy-metal-coating-in-western-pa/): Armoloy Western PA provides thin, dense chrome coatings for durable, high-performance parts. Contact us today for more info and a free quote.
- [Armoloy Texas](https://armoloy.com/armoloy-metal-coating-in-houston/): Improve durability and reduce friction with industrial coatings from Armoloy Houston. Contact our expert team today for a custom quote.
- [Electrolizing](https://armoloy.com/electrolizing/): For over 77 years, Electrolizing, Inc. has provided the highest-quality coating technologies to industrial markets. Contact us today for expert service.
- [Armoloy Illinois](https://armoloy.com/armoloy-of-illinois/): Armoloy® of Illinois: Leading coating solutions for your machinery & equipment. Increase wear life, reduce friction, protect from corrosion. Contact Us.
- [Armoloy Fort Worth](https://armoloy.com/armoloy-metal-coating-in-fort-worth/): Armoloy Philadelphia is a precision plating company offering expert coatings to improve wear resistance and precision. Contact us for a custom quote.
- [Coatings](https://armoloy.com/coatings/): Explore Armoloy coatings for wear resistance, corrosion protection, and precision performance. Find the solution—request info today.
- [ASTM E384 Microindentation Hardness of Materials](https://armoloy.com/plating-specifications/astm-e384/): ASTM E384 defines micro indentation hardness testing using Vickers and Knoop methods—ideal for thin coatings, small parts, and metallographic analysis.
- [ASTM E376 Coating Thickness by Magnetic Field or Eddy Current](https://armoloy.com/plating-specifications/astm-e376/): ASTM E376 outlines nondestructive coating thickness measurement using magnetic and eddy current methods for quality control on metal substrates.
- [ASTM B571 Qualitative Adhesion Testing of Metallic Coatings](https://armoloy.com/plating-specifications/astm-b571/): Learn what ASTM B571 is, how it tests coating adhesion, and why it matters for chrome, nickel, and high-performance metal finishing applications.
- [ASTM B568 Measurement of Coating Thickness by X-Ray Spectrometry](https://armoloy.com/plating-specifications/astm-b568/): Learn how ASTM B568 enables non-destructive, precision measurement of metallic coating thickness using X-ray spectrometry.
- [AMS 2700F Passivation of Corrosion-Resistant Steels](https://armoloy.com/plating-specifications/ams-2700f/): Learn how AMS 2700F supports corrosion resistance in stainless steel through approved passivation methods for aerospace, medical, and more.
- [MIL-C-26074 Specification for Electroless Nickel Plating](https://armoloy.com/plating-specifications/mil-c-26074/): MIL-C-26074 (AMS-C-26074) is a recognized military specification for electroless nickel plating for industries like aerospace and defense.
- [ASTM D4060 Abrasion Resistance by Taber Abraser](https://armoloy.com/plating-specifications/astm-d4060/): ASTM D4060 is a standard test method for abrasion resistance of organic coatings by taber abraser. Read how it works and why it's necessary.
- [ASTM B733 Electroless Nickel-Phosphorus Coatings](https://armoloy.com/plating-specifications/astm-b733/): ASTM B733 standard specification sets guidelines for electroless nickel-phosphorus coatings on metal products for engineering applications.
- [ASTM B117 Salt Spray Fog Test Standard](https://armoloy.com/plating-specifications/astm-b117/): ASTM B117 is a globally recognized standard that provides a method for salt spray (fog) testing of coated and uncoated materials.
- [ASTM B578 Microhardness of Electroplated Coatings](https://armoloy.com/plating-specifications/astm-b578/): The ASTM B578 specification is a guide for testing the microhardness of metallic coatings applied on substrates through electroplating.
- [ASTM F519 Hydrogen Embrittlement in Steel](https://armoloy.com/plating-specifications/astm-f519/): The ASTM F519 standard outlines a mechanical test method for evaluating hydrogen embrittlement in steel during the coating process.
- [AMS 2460 Electrodeposited Chromium Specification](https://armoloy.com/plating-specifications/ams-2460/): AMS 2460 is a standard specification by SAE Aerospace Material Specifications defining requirements for electrodeposited chromium plating.
- [Systemic Toxicity Testing](https://armoloy.com/plating-accreditations/iso-10993/systemic-toxicity-testing/): ME-92 coating passed ISO 10993-11 systemic toxicity testing with no adverse effects, confirming its safety for internal medical device use.
- [Intracutaneous Testing](https://armoloy.com/plating-accreditations/iso-10993/intracutaneous-testing/): ME-92 passed ISO 10993-10 intracutaneous testing with zero irritation, confirming biocompatibility for implantable and skin-contact devices.
- [ISO 13485:2016 QMS For Medical Devices](https://armoloy.com/plating-accreditations/iso-13485/): ISO 13485 is the international quality management standard for medical devices. Learn its requirements and how it supports regulated manufacturing.
- [What is ITAR? International Traffic in Arms Regulations Explained](https://armoloy.com/plating-accreditations/itar/): Learn how the International Traffic in Arms Regulations (ITAR) affect defense and aerospace manufacturing - and how to secure compliance.
- [WEEE Compliance for Responsible E-Waste Management](https://armoloy.com/plating-accreditations/weee/): With electronic consumption rising, WEEE compliance emphasizes manufacturers' responsibility to ensure the sustainable life cycle of their products.
- [REACH Compliance for Responsible Chemical Management](https://armoloy.com/plating-accreditations/reach/): REACH is an EU regulation that drives responsible chemical management in chrome plating and supports health, environmental, and market access standards.
- [ISO 19011 Guidelines for Auditing Management Systems](https://armoloy.com/plating-accreditations/iso-19011/): ISO 19011 guidelines for auditing management systems ensure the highest quality chrome plating processes that underpin Armoloy operations.
- [ISO 14001:2015 Environmental Management Systems](https://armoloy.com/plating-accreditations/iso-14001/): Adherence to ISO 14001:2015 environmental management systems standard highlights Armoloy's commitment to sustainability and performance.
- [ISO 10993 Biocompatibility Testing](https://armoloy.com/plating-accreditations/iso-10993/): ISO 10993 biocompatibility testing accreditation is key to ensuring medical device safety. Learn how Armoloy chromium coatings adhere to this standard.
- [Overheating](https://armoloy.com/metal-failure-modes/overheating/): Overheating in metal: causes (friction, poor lubrication, misalignment, high load), warning signs, and prevention with design, cooling, and protective coatings.
- [Uniform Corrosion](https://armoloy.com/metal-failure-modes/uniform-corrosion/): Uniform corrosion: even, general metal loss across surfaces—understand causes and rate drivers, and how to prevent it with materials, coatings, and maintenance.
- [Rolling Contact Fatigue](https://armoloy.com/metal-failure-modes/rolling-contact-fatigue/): Rolling contact fatigue (RCF): causes, common symptoms like pitting/spalling, and proven ways to prevent it with material choice, surface finish, coatings, and design.
- [Friction](https://armoloy.com/metal-failure-modes/friction-in-metal/): Friction in metal: what drives the coefficient of friction, surface finish, load, speed, temperature, and lubrication—and ways to reduce it with design and coatings.
- [Stress Corrosion Cracking](https://armoloy.com/metal-failure-modes/stress-corrosion-cracking/): Stress corrosion cracking (SCC): causes, susceptible environments, and prevention—optimize materials, heat treatment, design, coatings, and monitoring.
- [Fretting Wear](https://armoloy.com/metal-failure-modes/fretting-wear/): Learn about combating fretting wear and the main causes of fretting wear. Armoloy's metal surface treatments can help minimize its impact.
- [Fatigue Fracture](https://armoloy.com/metal-failure-modes/fatigue-fracture/): Fatigue fracture: how cyclic stress initiates and propagates cracks—common sources, S–N behavior, and prevention with design, materials, coatings, and monitoring.
- [Pitting Corrosion](https://armoloy.com/metal-failure-modes/pitting-corrosion/): Pitting corrosion: localized attack that forms deep cavities. See causes and how to prevent it with alloys, design, coatings, and maintenance.
- [Erosive Wear](https://armoloy.com/metal-failure-modes/erosive-wear/): Understand erosive wear—material loss from high-velocity particle or droplet impact, and proven ways to prevent it with coatings, materials, and design best practices.
- [Dealloying](https://armoloy.com/metal-failure-modes/dealloying/): Dealloying: why aggressive environments strip one element from an alloy—common cases, and detection and prevention with design, inhibitors, and coatings.
- [Intergranular Corrosion](https://armoloy.com/metal-failure-modes/intergranular-corrosion/): Intergranular corrosion: what causes grain-boundary attack, where it occurs, and how to prevent it with heat treatment, welding practices, and coatings.
- [Corrosive Wear](https://armoloy.com/metal-failure-modes/corrosive-wear/): Understand corrosive wear—how chemical attack and mechanical wear act together—and proven ways to prevent it with coatings, materials, and maintenance.
- [Metal Failure Modes](https://armoloy.com/metal-failure-modes/): Explore metal failure modes and how to prevent them. Learn the causes of metal corrosion, wear, and more to enhance machine performance.
- [Chemical Resistance](https://armoloy.com/metal-failure-modes/chemical-resistance/): Chemical resistance: what it is, key factors (environment, surface films, electrochemistry, exposure), and how to improve it with materials, coatings, and design.
- [Adhesive Wear](https://armoloy.com/metal-failure-modes/adhesive-wear/): Learn about adhesive wear with this in-depth guide. Explore the causes, impact, and strategies for preventing adhesive wear in mechanical systems.
- [Cavitation](https://armoloy.com/metal-failure-modes/cavitation/): Metal Cavitation explained: vapor-bubble collapse that causes pitting and erosion. Learn warning signs, root causes (NPSH, flow, geometry), and coating fixes.
- [Erosion Corrosion](https://armoloy.com/metal-failure-modes/erosion-corrosion/): Erosion–corrosion: how flowing, abrasive fluids and electrochemical attack work together—key variables, how to identify it, and proven prevention with design, materials, and coatings.
- [Abrasive Wear](https://armoloy.com/metal-failure-modes/abrasive-wear/): An in-depth look at the mechanisms of abrasive wear, including processes and factors influencing it, and various strategies to mitigate wear.
- [Industries Served](https://armoloy.com/industries-served/): Armoloy coatings enhance durability & performance across aerospace, medical, automotive, and more. Find the right solution—contact us today.
- [Fulfillment](https://armoloy.com/fulfillment-logistics/): Partnering with Armoloy offers a simplified and accelerated fulfillment process. Learn why you should choose our metal coating service.
- [Research & Development](https://armoloy.com/research-development/): The Armoloy team can be your partners in identifying metal coating solutions. Find out how we can tailor our Research and Development process to you.
- [Nickel Plating Services](https://armoloy.com/nickel-plating/): Improve component longevity with Armoloy's Nickel Plating. Exceptional corrosion resistance and durability for demanding industries. Contact us.
- [Contact](https://armoloy.com/contact/): Fill out this form with your information and an Armoloy engineer will contact you to answer further questions.
- [Armoloy Southeast](https://armoloy.com/armoloy-metal-coating-in-south-carolina/): Armoloy Southeast delivers Nadcap-certified plating in South Carolina, including biocompatible options for medical devices and surgical tools.
- [FAQs](https://armoloy.com/faqs/): Read Armoloy FAQs about products, services, and metal failure modes. We're here to help with all things metal surface performance
- [How It Works](https://armoloy.com/metal-failure-solutions/): Learn how Armoloy's metal failure solutions are tailored to each project requirements. Then try our coating calculator or request a sample.
- [Dissimilar Metal Corrosion](https://armoloy.com/metal-failure-modes/dissimilar-metal-corrosion/): Dissimilar metal corrosion: why dissimilar metals corrode, pairings to avoid, and prevention with materials, insulation, area-ratio control, and coatings.
- [Contact Confirmation](https://armoloy.com/contact-confirmation/): Confirm your contact information and an Armoloy engineer will get back to you promptly. Thank you for choosing Armoloy for precision coatings.
- [Blow Film Extrustion](https://armoloy.com/blow-film-extrustion/): Blown film extrusion basics: bubble formation and cooling, key terms (BUR, FLH), common defects, and materials/layer counts used in modern packaging films.
- [Rotary Wheel Blow Molding](https://armoloy.com/rotary-wheel-blow-molding/): Rotary wheel blow molding basics: continuous extrusion, high-output bottles, tight weight control, typical defects, and setup/tooling tips to improve yield.
- [3D Suction Blow Molding](https://armoloy.com/3d-suction-blow-molding/): 3D suction blow molding basics: vacuum-guided parison for complex ducts, typical defects, tooling challenges, and practical ways to improve yield and uptime.
- [Extrusion Molding](https://armoloy.com/extrusion-blow-molding/): Extrusion Blow Molding (EBM) guide: how it works, common tooling failures, and surface treatments—TDC, CrN, DLC, ENP—to reduce wear, galling, and corrosion.
- [Flexure Bearings — Selection, Failures, & Fixes](https://armoloy.com/flexure-bearings-selection-failures-fixes/): Guide to flexure bearings: types and topology trade-offs, strain-based design, environment choices, common failures and diagnostics, and when coatings can help.
- [Fluid Bearings — Selection, Failures, & Fixes](https://armoloy.com/fluid-bearings-selection-failures-fixes/): Guide to fluid bearings—hydrodynamic, hydrostatic, and gas: how film is formed, selection by duty, supply/filtration, and common failures and diagnostics.
- [Crossed-Roller Bearings — Selection, Failures, & Fixes](https://armoloy.com/crossed-roller-bearings-selection-failures-fixes/): Guide to crossed-roller bearings for rotary/robotics: preload & accuracy selection, mounting & torque sequence, sealing/lubrication, and common failures.
- [Linear Ball Bushing](https://armoloy.com/linear-ball-bushing/): How to select linear ball bushings: open vs. closed, shaft support and finish, housing alignment, sealing, common failures, and when surface treatments help.
- [Profile Rail — Recirculating Roller](https://armoloy.com/profile-rail-recirculating-roller/): How to select roller profile rails: stiffness vs. drag trade-offs, preload classes, sealing/covers, mounting rules, common failures, and surface treatments.
- [Profile Rail — Recirculating Ball](https://armoloy.com/profile-rail-recirculating-ball-bearing/): How to select ball profile rails: carriage length/quantity, preload, sealing and covers, mounting, common failures, and when surface treatments help.
- [Needle Roller Bearing — Selection, Failures, & Fixes](https://armoloy.com/needle-roller-bearing-selection-failures-fixes/): Guide to needle roller bearings: drawn-cup vs. machined-ring, inner ring vs. shaft raceway, caged vs. full-complement, sealing/lubrication, and common failures.
- [Cylindrical Roller Bearings — Selection, Failures, & Fixes](https://armoloy.com/cylindrical-roller-bearings-selection-failures-fixes/): Guide to cylindrical roller bearings: N/NU/NJ/NUP rib types, locating vs. free-end schemes, sealing/lubrication, common failures, and when coatings help.
- [Tapered Roller Bearings — Selection, Failures, & Fixes](https://armoloy.com/tapered-roller-bearings-selection-failures-fixes/): Guide to tapered roller bearings: setting endplay/preload, rib/roller-end lubrication, selection by duty, common failures, sealing, and when coatings help.
- [Spherical Roller Bearings — Selection, Failures, & Fixes](https://armoloy.com/spherical-roller-bearings-selection-failures-fixes/): Practical guide to spherical roller bearings: misalignment capacity, sleeve mounting & clearance reduction, sealing/lubrication, and common failures.
- [Four Point Contact Ball Bearings — Selection, Failures, & Fixes](https://armoloy.com/four-point-contact-ball-bearings-selection-failures-fixes/): Guide to four-point ball bearings: bidirectional thrust in one row, selection vs. AC pairs, preload & skidding control, sealing/lubrication, common failures.
- [Deep-Groove Ball Bearings](https://armoloy.com/deep-groove-ball-bearings-selection-failures-fixes-coatings/): Fast engineering guide to deep-groove ball bearings: loads, clearance, fits, common failures, diagnostics, and when surface treatments help.
- [Insert / Y-Bearings — Selection, Failures, & Fixes](https://armoloy.com/insert-y-bearings-selection-failures-fixes/): Fast guide to insert/Y-bearings for mounted units: locking (set-screw, eccentric, concentric), self-alignment, sealing/lubrication, common failures, and when coatings help.
- [Thin Section Ball Bearings — Selection, Failures, & Fixes](https://armoloy.com/thin-section-ball-bearings-selection-failures-fixes/): Fast guide to thin-section ball bearings (C/A/X): constant cross-section, load paths, preload & mounting, sealing/lubrication, and common metal failure modes.
- [Self-Aligning Ball Bearings — Selection, Failures, & Fixes](https://armoloy.com/self-aligning-ball-bearings/): Fast guide to self-aligning ball bearings: misalignment tolerance, radial loads, selection, fits/clearance, sealing/lubrication, failures & when coatings help.
- [Angular-Contact Ball Bearings — Selection, Failures, & Fixes](https://armoloy.com/angular-contact-ball-bearings-selection-failures-fixes/): Explore best practices for selecting, diagnosing, and fixing angular-contact ball bearing issues — preload, contact angle, failures, and coating strategies.
- [Thrust & Flanged Bushings — Selection, Failures, & Fixes](https://armoloy.com/thrust-flanged-bushings-selection-failures-fixes/): Guide to thrust and flanged bushings: axial vs. combined loads, PV and face pressure, groove and sealing choices, common failures, and diagnostics.
- [Spherical Plain Bearings — Selection, Failures, & Fixes](https://armoloy.com/spherical-plain-bearings-selection-failures-fixes/): Guide to spherical plain bearings: misalignment and oscillation, steel-on-steel vs maintenance-free liners, sealing and lubrication, common failures, and diagnostics.
- [Plain Bushings (Sleeve/Journal) — Selection, Failures, & Fixes](https://armoloy.com/plain-bush-bearings-selection-failures-fixes/): Guide to plain bushings: materials (bronze, PTFE, polymer), PV and clearance selection, lubrication and sealing, common failures, and diagnostics.
- [Injection Stretch Blow Molding](https://armoloy.com/injection-stretch-blow-molding/): Injection Stretch Blow Molding (ISBM) basics: 1-step vs 2-step, how orientation works, typical defects, and practical ways to improve quality and uptime.
- [Injection Blow Molding](https://armoloy.com/injection-blow-molding/): Injection Blow Molding (IBM) basics: how it works, key risks, common tooling challenges, and surface treatment options to improve uptime.
- [Types of Blow Molding](https://armoloy.com/blow-molding-landing-page/): Explore blow molding processes like extrusion blow and injection stretch blow; plus specialized forms such as 3D suction blow and co-extrusion multilayer.
- [Careers](https://armoloy.com/applications-engineering-careers/): Armoloy is an industry leader in applications engineering services. Learn more about applications engineering careers at Armoloy here.
- [Community Involvement](https://armoloy.com/corporate-community-involvement/): Armoloy is committed to positive change in the communities in which we operate. Read more about our corporate community involvement here.
- [Coatings for Injection Mold Components | Armoloy Connecticut](https://armoloy.com/coatings-for-injection-mold-components-armoloy-connecticut/): Armoloy Connecticut applies thin dense chrome to injection mold components—cores, cavities, ejector pins—improving release, wear resistance, and mold life.
- [Request a Sample](https://armoloy.com/request-a-sample/): Please fill out this form to request a sample, and an Armoloy application engineer will contact you.
- [Cookie Acceptance Notice](https://armoloy.com/cookie-acceptance-notice/): Read Armoloy's Cookie Acceptance Notice for detailed information on how we safeguard your personal information.
- [Armoloy Corporation Website Privacy Policy](https://armoloy.com/privacy-policy/): Read The Armoloy Corporation privacy policy for information on how we safeguard your data with our secure network and website.
- [Request a Sample Confirmation](https://armoloy.com/request-a-sample-confirmation/): Thank you for your submission! A representative from Armoloy will reach out with further details and next steps regarding your sample request.
- [Coating Calculator](https://armoloy.com/coating-calculator/): First use Armoloy's coating calculator based on your metal coating requirements, then complete our contact form and we will reach out to you.
- [Careers Application Confirmation](https://armoloy.com/careers-application-confirmation/): Thank you for your interest in joining Armoloy! We will review your application and contact you as we move forward in the application process.
- [Coating Calculator Confirmation](https://armoloy.com/cost-calculator-confirmation/): Thank you for using our coating calculator. Armoloy will review this information to better assist with your surface engineering requirements.

## Products

- [Xylan® Coating](https://armoloy.com/coatings/xylan-coating/): Armoloy's Xylan Coating offers low friction, high-temperature resistance and corrosion protection. Ideal for demanding applications. Request info.
- [Microcracked Thin Dense Chrome For Aluminum](https://armoloy.com/coatings/plating-for-aluminum/): AL-COAT protects aluminum alloys with biocompatible, wear-resistant coatings. Ideal for medical, aero, and industrial use. Request a quote.
- [Microcracked Thin Dense Chrome](https://armoloy.com/coatings/electrolizing-microcracked-thin-dense-chrome/): Protect metal surfaces with Armoloy's Microcracked Thin Dense Chrome. Reduce friction, combat wear, and enhance longevity. Request a quote.
- [Nodular Thin Dense Chrome](https://armoloy.com/coatings/thin-dense-chrome/): Armoloy's nodular thin dense chrome offers wear resistance & reduced friction for metal surfaces. Enhance performance & durability.
- [Tin Plating](https://armoloy.com/coatings/tin-plating/): Tin plating provides corrosion resistance, longevity, and solderability in marine and other applications. Ideal for harsh environments.
- [Zinc Phosphate](https://armoloy.com/coatings/zinc-phosphate/): Zinc phosphate engineered for paint adhesion, corrosion system performance, and controlled friction. Ideal as a base for powder, e-coat, and oils.
- [Molybdenum Disulfide](https://armoloy.com/coatings/molybdenum-disulfide/): Reduce friction & wear with Armoloy’s Molybdenum Disulfide Coating. High-performance lubrication for extreme environments. Request a quote.
- [Hard Chrome](https://armoloy.com/coatings/hard-chrome-plating/): Hard chrome plating with heavy, durable deposits for improved wear, enhanced lubricity, and dimensional restoration—ideal for salvage jobs and overplating.
- [Nickel Teflon - Nyflon](https://armoloy.com/coatings/nickel-teflon-nyflon/): Nyflon: A co-deposit of electroless nickel and PTFE. Excellent corrosion resistance for tool steels & molding applications. Try it now.
- [Electrolytic Nickel](https://armoloy.com/coatings/electrolytic-nickel/): Armoloy’s Electrolytic Nickel Plating delivers excellent conductivity, corrosion resistance, and wear protection. Ideal for industrial use. Contact us.
- [High-phos Electroless Nickel Plating](https://armoloy.com/coatings/electroless-nickel-plating/): Enhance metal durability with Armoloy's high-phos electroless nickel and resist corrosion in harsh environments. Request information now.
- [Mid Phosphorus Electroless Nickel Coating](https://armoloy.com/coatings/mid-phos-electroless-nickel-plating/): Mid-Phos Electroless Nickel Plating enhances corrosion resistance & wear durability for critical components. Get reliable protection — contact us.
- [Hybrid Coatings (Gullon)](https://armoloy.com/coatings/hybrid-coatings-gullon/): Gullon Hybrid Coatings improve durability, reduce friction, and enhance wear resistance for high-performance parts. Request information now.
- [Hybrid Coatings (Bi-Protec)](https://armoloy.com/coatings/nickel-chrome-plating/): Bi-Protec Double Coating: Electroless Nickel + Thin Dense Chrome. High corrosion & wear resistance for harsh applications. Try it now.
- [BIO TDC Surgical Coating](https://armoloy.com/coatings/bio-tdc-surgical-coating/): BIO TDC by Armoloy provides biocompatible, wear-resistant coatings for surgical tools & devices. Enhance performance and durability—contact us.
- [ME-92 Biocompatible Chromium](https://armoloy.com/coatings/me-92-biocompatible-chromium-medical-coating/): ME-92 provides an antimicrobial, wear-resistant, and biocompatible coating for medical devices and food processing equipment. Contact us for a quote.
- [Diamond Chrome Plating](https://armoloy.com/coatings/diamond-chrome-plating/): Diamond chrome plating combines chrome with a diamond co-deposit to reduce wear, improve hardness, and protect molds, bearings, and high-precision parts.

## Teams

- [Paul Hopkins](https://armoloy.com/team-members/paul-hopkins/): Paul Hopkins is The Armoloy Corporation's Account Manager and Applications Consultant. Read about his role here.
- [Nolan Hannan](https://armoloy.com/team-members/nolan-hannan/): Nolan Hannan is The Armoloy Corporation's Co-Owner and Chief Operations Officer. Read about his role and accomplishments here.
- [Kris Johnson](https://armoloy.com/team-members/kris-johnson/): Kris Johnson is The Armoloy Corporation's Chemist. Read about his role and accomplishments on our Teams page.
- [Jordan Marshall](https://armoloy.com/team-members/jordan-marshall/): Jordan Marshall is The Armoloy Corporation's Content Strategist. Read about his role on our Meet the Team page.
- [Jon Paggett](https://armoloy.com/team-members/jon-paggett/): Meet Jon Paggett, Armoloy’s Director of Technology, specializing in advanced coatings, materials analysis, surface engineering, and R&D.
- [Jacob Meier](https://armoloy.com/team-members/jacob-meier/): Jacob Meier is The Armoloy Corporation's Co-Owner & Chief Business Development Officer Read about his role and accomplishments here.
- [Dan Socha](https://armoloy.com/team-members/dan-socha/): Dan Socha is The Armoloy Corporation's Executive Director of Quality. Read about his role on our team page.
- [Armando Pineda](https://armoloy.com/team-members/armando-pineda/): Armando Pineda is a Technical Advisor at Armoloy, where he is integral to franchise startup support and training.

## FAQs

- [What materials can be plated with thin dense chrome?](https://armoloy.com/faq/what-materials-can-you-plated-with-thin-dense-chrome/): Thin Dense Chrome (TDC) can be applied to most ferrous and non-ferrous alloys. Magnesium and titanium are not recommended substrates for TDC.
- [What is the minimum thickness of hard chrome plating?](https://armoloy.com/faq/what-is-the-minimum-thickness-of-hard-chrome-plating/): The minimum thickness of hard chrome plating typically starts at 0.0002 inches but can range up to 0.0005 inches depending on the application.
- [What is the difference between plating and coating?](https://armoloy.com/faq/what-is-the-difference-between-plating-and-coating/): Plating and coating are both methods used to cover the surface of a material to enhance its properties, and the terms are often used interchangeably.
- [What is the difference between fretting wear and fatigue wear?](https://armoloy.com/faq/what-is-the-difference-between-fretting-wear-and-fatigue-wear/): Fretting wear and fatigue wear are two distinct types of wear that can occur in mechanical components. See a comparison of the two here.
- [What is the difference between creep and fatigue fracture?](https://armoloy.com/faq/what-is-the-difference-between-creep-fracture-and-fatigue-fracture/): Creep fracture is driven by high temperature and time-dependent deformation, while fatigue fracture results from repeated cyclic stresses over time.
- [What is the difference between adhesive wear and cohesive wear?](https://armoloy.com/faq/what-is-the-difference-between-adhesive-wear-and-cohesive-wear/): Learn about the differences between adhesive wear and cohesive wear for diagnosing wear-related issues and selecting appropriate countermeasures.
- [What is the difference between adhesive wear and abrasive wear?](https://armoloy.com/faq/what-is-the-difference-between-adhesive-wear-and-abrasive-wear/): Adhesive wear involves material transfer due to adhesion, while abrasive wear involves material removal from the action of hard particles or surfaces.
- [What is the difference between abrasive and erosive wear?](https://armoloy.com/faq/what-is-the-difference-between-abrasive-and-erosive-wear/): Abrasive wear and erosive wear are both forms of material loss but occur through different mechanisms and in different environments. Learn here.
- [What is molybdenum disulfide most often used for in an engine?](https://armoloy.com/faq/what-is-molybdenum-disulfide-most-often-used-for-in-an-engine/): In engines, molybdenum disulfide is primarily used as an additive in lubricants and greases to reduce friction and wear.
- [Is Xylan a safe non-stick coating for cookware and food contact?](https://armoloy.com/faq/is-xylan-non-stick-safe/): Xylan coatings are generally considered safe for non-stick applications, including cookware, provided they are used according to manufacturer guidelines.
- [How to prevent selective leaching (dealloying) in metals?](https://armoloy.com/faq/how-to-prevent-selective-leaching/): Explore selective leaching preventive measures that help maintain the integrity and longevity of metal components in corrosive environments.
- [How is tribocorrosion different from standard corrosion or mechanical wear?](https://armoloy.com/faq/how-is-tribocorrosion-different-from-regular-corrosion-or-wear/): Tribocorrosion requires interactions between mechanical and chemical damage mechanisms. Both wear and corrosion are necessary for tribocorrosion.
- [How do you fix or prevent pitting corrosion in metal parts?](https://armoloy.com/faq/how-do-you-fix-pitting-corrosion/): Fixing pitting corrosion involves several steps to remove the damaged areas and prevent further deterioration. Explore effective methods.
- [How Do You Prevent Galvanic Corrosion Between Metals](https://armoloy.com/faq/how-do-you-fix-galvanic-corrosion/): Fixing galvanic corrosion involves several steps to break the electrochemical reaction between dissimilar metals. Explore effective steps.
- [What causes intergranular oxidation?](https://armoloy.com/faq/what-causes-intergranular-oxidation/): Intergranular oxidation is caused by the diffusion of oxygen along the grain boundaries of a material, leading to localized oxidation.
- [Which metals cause galvanic corrosion?](https://armoloy.com/faq/which-metals-cause-galvanic-corrosion/): Here’s a list of common metals and their propensity to cause galvanic corrosion when paired with other metals:
- [What metals should not be used together?](https://armoloy.com/faq/what-metals-should-not-be-used-together/): Certain combinations of metals should be avoided due to the risk of galvanic corrosion. Explore metal pairs that should not be used together.
- [What metals have low friction?](https://armoloy.com/faq/what-metal-has-low-friction/): One of the most notable metals with low friction is Teflon-coated aluminum. Other metals include bronze, brass, copper alloys, and stainless steel.
- [What is wear and erosion?](https://armoloy.com/faq/what-is-wear-and-erosion/): Wear and erosion are processes that lead to material loss and surface degradation, but they occur through different mechanisms.
- [What is the meaning of corrosion and erosion?](https://armoloy.com/faq/what-is-the-meaning-of-corrosion-and-erosion/): Explore the definitions, examples, and key differences between the metal failure modes of corrosion and erosion.
- [What is the formula for fretting wear?](https://armoloy.com/faq/what-is-the-formula-for-fretting-wear/): The formula for fretting wear is typically based on the Archard wear equation, which can be adapted to describe fretting conditions. See the equation here.
- [What is selective leaching?](https://armoloy.com/faq/what-is-selective-leaching/): Selective leaching, or dealloying, is a form of corrosion where one element is selectively removed from an alloy, leaving a weakened, porous structure.
- [What is overheating in welding?](https://armoloy.com/faq/what-is-overheating-in-welding/): Overheating occurs when metal is exposed to excessively high temperatures during welding, causing reduced strength, oxidation, and distortion.
- [What is nano diamond coating?](https://armoloy.com/faq/what-is-nano-diamond-coating/): Nano diamond coating is a process where a thin layer of diamond particles is applied to a material to enhance its properties.
- [What is gauge corner cracking?](https://armoloy.com/faq/what-is-gauge-corner-cracking/): Gauge corner cracking (GCC) refers to the formation of cracks at the gauge corner, which is the outer edge of the railhead where the wheel flange contacts the rail.
- [What is erosive wear?](https://armoloy.com/faq/what-is-erosive-wear/): Erosive wear is a type of material loss caused by the mechanical action of particles or fluids impacting a surface. See a comprehensive explanation.
- [What is corrosion wear?](https://armoloy.com/faq/what-is-corrosion-wear/): Corrosion wear, also known as corrosive wear, is a type of material degradation that involves both chemical and mechanical processes.
- [What is chrome metal?](https://armoloy.com/faq/what-is-chrome-metal/): Chrome metal, also known as chromium, is a hard, lustrous, and corrosion-resistant element widely used in industrial applications.
- [What is blow film extrusion?](https://armoloy.com/faq/what-is-blow-film-extrusion/): Learn what blow film extrusion is, how it produces plastic film using an inflated bubble, and where the process is commonly used in packaging and flexible films.
- [What is an example of fretting wear?](https://armoloy.com/faq/what-is-an-example-of-fretting-wear/): An example of fretting can be observed in the connection between an aircraft's wing and fuselage. Read about it here.
- [What is 3D suction blow molding?](https://armoloy.com/faq/what-is-3d-suction-blow-molding/): 3D suction blow molding is a specialized form of extrusion blow molding used to manufacture complex, curved hollow plastic parts.
- [What happens to metal when it overheats?](https://armoloy.com/faq/what-happens-when-you-overheat-metal/): Overheating can lead to a loss of strength, surface oxidation, grain coarsening, and in extreme cases, melting or irreversible phase changes.
- [What coatings are food safe?](https://armoloy.com/faq/what-coatings-are-food-safe/): Common food-safe coatings include thin dense chrome, electroless nickel, ceramic, and PTFE coatings, depending on your application's purpose.
- [What causes intergranular corrosion in aluminum?](https://armoloy.com/faq/what-causes-intergranular-corrosion-in-aluminum/): Intergranular corrosion in aluminum is primarily caused by the presence of impurities and alloying elements that precipitate at grain boundaries.
- [What are the four types of wear?](https://armoloy.com/faq/what-are-the-4-types-of-wear/): The four main types of wear are abrasive, adhesive, corrosive, and fatigue. Armoloy explains these main wear types further.
- [What are the five levels of PPAP?](https://armoloy.com/faq/what-are-the-five-levels-of-ppap/): The levels of PPAP (Production Part Approval Process) help ensure consistent part quality and process validation in manufacturing industries.
- [What are fluoropolymer coatings?](https://armoloy.com/faq/what-are-fluoropolymer-coatings/): Fluoropolymer coatings are a type of plastic coating made from fluorinated polymers, known for non-stick, chemical resistance, high temperature tolerance.
- [What are angular contact ball bearings?](https://armoloy.com/faq/what-are-angular-contact-ball-bearings/): Angular contact ball bearings are rolling-element bearings designed to support combined radial and axial (thrust) loads. See where they're commonly used.
- [Is Xylan® the same as Teflon®?](https://armoloy.com/faq/is-xylan-the-same-as-teflon/): No but they are similar. Both provide non-stick, low-friction surfaces and are used in various applications, including cookware and industrial machinery​​.
- [Is molybdenum disulfide (MoS₂) toxic?](https://armoloy.com/faq/is-molybdenum-disulfide-toxic/): Molybdenum disulfide is generally considered to have low toxicity, and is not classified as a hazardous substance under normal conditions of use.
- [Is chrome plating expensive?](https://armoloy.com/faq/is-chrome-plating-expensive/): How much does chrome plating cost? Explore cost factors, price ranges, and alternatives to decide if chrome plating is the best option for your needs.
- [How is chemical resistance tested and measured?](https://armoloy.com/faq/how-is-chemical-resistance-measured/): Chemical resistance is measured using a variety of standardized tests to determine a material's ability to withstand chemical attack. Explore key methods.
- [How can tribocorrosion be prevented or minimized?](https://armoloy.com/faq/how-can-tribocorrosion-be-prevented-or-minimized/): Use materials/coatings that are hard and corrosion-resistant, apply lubricants or cathodic protection, and design parts for their intended environments.
- [Does nickel boron rust or corrode over time?](https://armoloy.com/faq/does-nickel-boron-rust/): Nickel boron does not rust in the traditional sense as iron does, but it can corrode under certain conditions. However, it is highly corrosion resistant.
- [At what temperatures does stress corrosion crack?](https://armoloy.com/faq/at-what-temperatures-does-stress-corrosion-crack/): The temperature at which stress corrosion cracking (SCC) occurs depends on the specific material and the corrosive environment. Learn more.
- [Does metal have high friction?](https://armoloy.com/faq/does-metal-have-a-lot-of-friction/): The frictional properties of metal depend on several factors, including the type of metal, surface finish, and the presence of lubricants.
- [What are the 4 theories of adhesion?](https://armoloy.com/faq/what-are-the-4-theories-of-adhesion/): Adhesion is a complex phenomenon explained by several theories. Armoloy explains the four main theories of adhesion.

## Industries

- [Machined Components](https://armoloy.com/industries/machined-components/): Armoloy machined component coatings improve wear resistance, reduce friction & extend part lifespan. Optimize your operations—contact us.
- [Military](https://armoloy.com/industries/military-coatings/): Armoloy’s CARC-compliant military coatings provide wear resistance and corrosion protection in the harshest environments.
- [Semiconductors](https://armoloy.com/industries/semiconductor-coatings/): Semiconductor coatings enhance thermal performance, reduce friction, and protect sensitive components from corrosion. Request a consultation.
- [Clean Energy](https://armoloy.com/industries/coatings-for-renewable-energy-applications/): Renewable energy coatings protect components from corrosion, extreme weather, and wear, ensuring long-lasting performance. Contact us today.
- [Robotics](https://armoloy.com/industries/robotics-plating-coatings/): Robotic coatings improve durability, reduce wear & protect against corrosion, ensuring smooth operation in automated systems. Request a quote.
- [Food Processing](https://armoloy.com/industries/food-safe-coatings-services/): Food-safe coatings ensure durability, and easy cleaning for processing equipment, reducing contamination risk. Improve efficiency—contact us.
- [Textiles](https://armoloy.com/industries/textile-machinery-coating-services/): Textile machinery coatings improve durability, reduce maintenance needs, and protect equipment from corrosion. Enhance reliability—contact us.
- [Surgical](https://armoloy.com/industries/surgical-instrument-coatings-services/): Surgical instrument coatings improve durability, reduce friction & provide antimicrobial protection for medical tools. Enhance safety—contact us.
- [Packaging](https://armoloy.com/industries/packaging-coatings-services/): Packaging coatings from Armoloy ensure corrosion resistance and wear protection for processing equipment. Improve efficiency—request info.
- [Oil and Gas](https://armoloy.com/industries/oil-and-gas-coatings-services/): Oil & gas coatings protect equipment from corrosion, wear & extreme conditions, ensuring long-term reliability. Improve performance—contact us.
- [Nuclear](https://armoloy.com/industries/nuclear-coatings-services/): Armoloy nuclear coatings ensure durability in extreme environments, offering corrosion resistance. Secure your components—contact us today.
- [Medical](https://armoloy.com/industries/medical-coatings-services/): Armoloy's medical coatings enhance surgical tools with biocompatibility, wear resistance & antimicrobial properties. Improve safety—contact us.
- [Linear Motion](https://armoloy.com/industries/coatings-for-linear-motion-applications/): Coatings for linear motion components reduce wear, improve precision, and enhance longevity in industrial applications. Request a consultation.
- [Injection Mold](https://armoloy.com/industries/injection-mold-coatings-services/): Injection mold coatings enhance durability, reduce friction, and improve mold release for high-precision manufacturing. Request a consultation.
- [Bearings](https://armoloy.com/industries/bearing-coatings/): Bearing coatings minimize friction, prevent corrosion, and extend service life, ensuring optimal performance in demanding conditions. Contact us.
- [Automotive](https://armoloy.com/industries/automotive-plating-and-coating-solutions/): Automotive coatings from Armoloy improve durability, reduce friction & protect parts from corrosion. Enhance vehicle performance—contact us.
- [Pumps](https://armoloy.com/industries/pump-coatings/): Pump coatings from Armoloy enhance wear resistance, reduce friction & extend service life in harsh conditions. Request a quote today.
- [Aerospace](https://armoloy.com/industries/aerospace-coatings-services/): Armoloy provides aerospace coatings for extreme conditions, enhancing wear resistance, corrosion protection & performance. Request a quote.

## Categories

- [General](https://armoloy.com/category/general/): The Armoloy Corporation provides general metal finishing industry news and insights. Check back regularly for updates and important industry announcements.
- [Thin Dense Chrome](https://armoloy.com/category/thin-dense-chrome/): The Armoloy Corporation provides industry news and insights for thin dense chrome plating. Explore our blogs and articles for more details.
- [Research & Development](https://armoloy.com/category/research-development/): The Armoloy Corporation provides industry news and insights for surface engineering research and development. Explore our blogs for more details.
- [Metal Failure Mitigation](https://armoloy.com/category/metal-failures/): Armoloy provides news and insights into metal failure identification and mitigation through surface engineering research and analysis.
- [Biocompatibility](https://armoloy.com/category/biocompatibility-chromium-coating/): Researching biocompatible coatings? Explore research articles and case studies on biocompatibility from the Armoloy archives.
- [Precision Masking](https://armoloy.com/category/chromium-coating-precision-masking/): Explore articles on the precision masking process, a pre-coating step for medical and surgical instruments and devices that you may need to consider.
- [View All](https://armoloy.com/category/all-news/): Explore how to improve metal performance and mitigate metal failure from Armoloy's archive of news and insights archive.
- [Nickel](https://armoloy.com/category/nickel/): Armoloy provides industry news and insights for your nickel coating questions. Explore our blogs and articles for more details.
- [Passivation](https://armoloy.com/category/passivation/): The Armoloy Corporation provides industry news and insights for passivation. Explore our blogs and articles for more information.
- [Biocorrosion](https://armoloy.com/category/biocorrosion/): Explore content on biocorrosion in metal components: causes, microorganisms involved, and protective measures against metal failure.