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# Radial Magnets

> At Radial Magnets, we offer a wide range of magnets, including neodymium magnets, ferrite magnets, samarium cobalt magnets, and alnico magnets, among others. We are best known for our vast inventory along with our phenomenal pricing and customer service. We strive to ensure your magnets arrive on-time, while maintaining superior quality standards. We offer live customer support and engineering feedback. In addition, we offer custom manufacturing of magnets and magnetic assemblies.

## Sitemaps
- [XML Sitemap](https://cdn-radialmagnet.b-cdn.net/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [Specifying Magnet Tolerances on Drawings: Dimensional, Magnetic and Geometric](https://radialmagnet.com/specifying-magnet-tolerances-on-drawings/): What to put on a neodymium magnet drawing: typical dimensional ranges, geometric controls, magnetic acceptance windows, coating allowances, chip criteria and a drawing checklist.
- [Magnet Coatings Compared: Ni-Cu-Ni, Zinc, Epoxy and Parylene](https://radialmagnet.com/neodymium-magnet-coatings-compared/): Nickel-copper-nickel, zinc, epoxy and parylene compared on corrosion resistance, hardness, adhesive bonding, temperature, biocompatibility and cost — plus how to choose one and what to put on the drawing.
- [Introducing the Rare Earth Market & Sourcing Tracker: Prices, Export Controls and Key Dates in One Place](https://radialmagnet.com/rare-earth-price-tracker/): Our new Rare Earth Market & Sourcing Tracker puts NdPr, dysprosium and terbium prices, China's export controls, U.S. tariffs and the key 2026–2027 dates on one page, with what each means for the magnets you buy.
- [Neodymium Magnets: The Complete Guide to NdFeB](https://radialmagnet.com/neodymium-magnets/): Neodymium magnets explained: what they are, grades N35–N52, coatings, shapes, and applications — plus how to source stocked or custom NdFeB magnets.
- [Radial vs. Diametric vs. Segmented: Choosing a Ring Magnet Magnetization](https://radialmagnet.com/radial-vs-diametric-vs-segmented-magnetization/): Axial, diametric, true radial and segmented ring magnets produce different fields and different manufacturing constraints. How each is made, where each fits, and what to put on the drawing.
- [NdFeB Temperature Classes Explained: N, M, H, SH, UH, EH and AH](https://radialmagnet.com/neodymium-magnet-temperature-classes/): What the letter after a neodymium grade actually means, how the N/M/H/SH/UH/EH/AH classes are defined, and how to pick one from your real operating temperature, magnet geometry and opposing field.
- [10mm Magnets: Neodymium Disks, Rings & Blocks](https://radialmagnet.com/10mm-magnets/): Shop and compare 10mm neodymium magnets, including 10mm diameter disks, a 10mm OD ring, and blocks or rods with a 10mm dimension. See sizes, pull-force context and stock sourcing options.
- [Epoxy-Coated Neodymium Magnets: Corrosion Resistance, Uses & Stock Sizes](https://radialmagnet.com/epoxy-coated-neodymium-magnets/): Epoxy-coated neodymium magnets use a black or application-specific protective barrier to improve corrosion resistance in humid, outdoor and moisture-prone environments. Compare epoxy vs. Ni-Cu-Ni plating, learn why epoxy is not automatically waterproof, see stocked epoxy-coated magnets, and specify coating thickness, temperature, corrosion testing and OEM documentation for custom NdFeB parts.
- [How to Read a Magnet Datasheet: Br, Hcj & BHmax Explained](https://radialmagnet.com/how-to-read-a-magnet-datasheet/): Practical guide to reading Br, Hcb/Hcj, BHmax, demagnetization curves, temperature coefficients, tolerances, pull force and minimum-versus-typical values.
- [What’s New at Radial Magnets: New Tools, Resources, and Ways to Source Faster](https://radialmagnet.com/whats-new-at-radial-magnets-new-tools-resources-and-ways-to-source-faster/): A roundup of everything recently added to radialmagnet.com — five new engineering calculators, faster sourcing and quoting tools, a self-serve compliance center, an expanded resource library, and new industry pages.
- [How to Select the Right Neodymium Magnet: A Procurement Guide](https://radialmagnet.com/how-to-select-the-right-neodymium-magnet-a-procurement-guide/): Procurement guide to selecting NdFeB magnets by grade, temperature, dimensions, magnetization, coating, magnetic circuit, documentation and supplier controls.
- [Rare-Earth Magnet Supply Bottlenecks: What Buyers Should Expect Through the Rest of 2026](https://radialmagnet.com/rare-earth-magnet-supply-bottlenecks-what-buyers-should-expect-through-the-rest-of-2026/): For companies that depend on neodymium and other rare-earth magnets, supply-chain planning remains a critical concern in 2026.
- [7 Things to Check in a Neodymium Magnet Supplier](https://radialmagnet.com/7-things-to-check-in-a-neodymium-magnet-supplier/): Seven checks for qualifying a neodymium magnet supplier: specifications, quality controls, material verification, compliance, lot consistency, supply risk and technical support.
- [The State of the Magnetics Industry: Supply Security Takes Center Stage in 2026](https://radialmagnet.com/the-state-of-the-magnetics-industry-supply-security-takes-center-stage-in-2026/): August 2026 Industry Update
- [New On Our Site: CAD Downloads, Bulk RFQ, and Six Engineering Calculators](https://radialmagnet.com/new-tools-cad-downloads-bulk-rfq-calculators/): Most of the questions we get before a quote aren't really quote questions. They're sizing questions, grade questions, coating questions — the kind of thing an engineer would rather work out at their desk than wait on an email to answer.
- [The Magnetics Industry at Midyear 2026: Supply Is Moving, but Risk Is Not Disappearing](https://radialmagnet.com/the-magnetics-industry-at-midyear-2026-supply-is-moving-but-risk-is-not-disappearing/): The global magnetics industry has entered the second half of 2026 in a stronger—but considerably more complicated—position than it occupied just a year ago.
- [State of the Magnetics Industry: July 2026 Update](https://radialmagnet.com/state-of-the-magnetics-industry-july-2026-update/): The global magnetics industry continues to move through one of the most important periods in its modern history. As of July 2026, permanent magnets are no longer viewed as simple industrial components. They are now strategic materials tied directly to manufacturing stability, national security, clean energy, automation, medical technology, transportation, and advanced electronics.
- [Introducing the New Radial Magnets Technical Resource Hub](https://radialmagnet.com/introducing-the-new-radial-magnets-technical-resource-hub/): Specifying the right magnet is not always as simple as choosing a size and grade. Pull force, operating temperature, coating performance, material selection, air gaps, mounting conditions, and real-world application environments all play an important role in whether a magnet will perform reliably.
- [Introducing Three New Tools We Built to Make Magnet Sourcing Easier](https://radialmagnet.com/introducing-three-new-tools-we-built-to-make-magnet-sourcing-easier/): At Radial Magnets, we know that finding the right magnet is not always as simple as choosing a size and placing an order. Material grade, coating, operating temperature, magnetization direction, pull force, surface field, tolerance, and application conditions all matter.
- [The Current State of the Magnetics Industry: Supply Risk, Pricing Pressure, and a New Era of Strategic Sourcing](https://radialmagnet.com/the-current-state-of-the-magnetics-industry-supply-risk-pricing-pressure-and-a-new-era-of-strategic-sourcing/): The magnetics industry is entering one of the most important periods in its modern history. Permanent magnets, especially neodymium iron boron magnets, have moved from being a quiet industrial component to a strategic material at the center of global manufacturing, energy, defense, electronics, transportation, automation, and medical technology.
- [The State of the Magnetics Industry After Trump’s Visit to China](https://radialmagnet.com/the-state-of-the-magnetics-industry-after-trumps-visit-to-china/): President Trump’s recent visit to China brought rare earths and permanent magnets back to the center of U.S.–China trade negotiations. For the magnetics industry, the visit did not create a full breakthrough, but it did clarify one important reality: rare earth supply will remain a strategic, controlled, and politically sensitive market for the foreseeable future.
- [The Current State of the Magnetics Industry: Pricing Pressure, Import Risk, and Supply Chain Uncertainty](https://radialmagnet.com/the-current-state-of-the-magnetics-industry-pricing-pressure-import-risk-and-supply-chain-uncertainty/): The magnetics industry is entering one of its most complicated periods in years. Demand for permanent magnets remains strong across electric motors, sensors, robotics, medical devices, aerospace, defense, electronics, and industrial automation. At the same time, buyers are dealing with a difficult combination of higher raw material prices, longer lead times, export licensing risk, tariffs, and growing pressure to diversify away from China.
- [The Critical Component Your Inventory Strategy Cannot Ignore](https://radialmagnet.com/the-critical-component-your-inventory-strategy-cannot-ignore/): Procurement Strategy
- [Busting Common Misconceptions About Magnetics](https://radialmagnet.com/busting-common-misconceptions-about-magnetics/): By Radial Magnets
- [Types of Magnets: Permanent, Temporary & Electromagnets Explained](https://radialmagnet.com/choosing-the-right-magnet-a-complete-comparison-guide-for-engineers-buyers/): What are the main types of magnets? The three broad types are permanent magnets, temporary magnets and electromagnets. Within permanent magnets, the major industrial material families are neodymium (NdFeB), ferrite/ceramic, Alnico and samarium cobalt (SmCo). Compare how each type works, where it is used and which material fits OEM applications.
- [Importing Magnets in 2026: Why Smart Buyers Are Securing Supply Now](https://radialmagnet.com/importing-magnets-in-2026-why-smart-buyers-are-securing-supply-now/): In today’s volatile global market, sourcing magnets—especially Neodymium—has become increasingly complex. What was once a predictable supply chain is now shaped by geopolitical tensions, export controls, logistics disruptions, and rising demand across industries like EVs, aerospace, and electronics.
- [The Invisible Force Powering the Modern World: Magnetics Explained](https://radialmagnet.com/the-invisible-force-powering-the-modern-world-magnetics-explained/): At Radial Magnets, we live and breathe magnetics—but most people interact with it every day without even realizing it.
- [How the Iran Conflict Could Impact the Price of Magnets](https://radialmagnet.com/how-the-iran-conflict-could-impact-the-price-of-magnets/): (Implications for the global NdFeB supply chain and buyers of permanent magnets)
- [State of the Magnetics Industry (Feb 2026) What’s Driving the Next Cycle](https://radialmagnet.com/state-of-the-magnetics-industry-feb-2026-whats-driving-the-next-cycle/): The magnetics industry in 2026 is being shaped by a simple reality: high-performance permanent magnets (especially NdFeB) sit at the intersection of electrification (EVs, industrial motors), energy transition (wind), and automation (robotics). Demand is rising, but supply chains remain concentrated—so pricing, lead times, and compliance risk are moving together more than they used to.
- [Understanding Magnet Materials: Differences, Pros, and Cons](https://radialmagnet.com/understanding-magnet-materials-differences-pros-and-cons/): Magnets may look simple, but the material behind them determines everything—from strength and temperature limits to cost, corrosion resistance, and long-term reliability. Choosing the wrong magnet material can lead to premature failure, performance issues, or unnecessary cost.
- [The Magnetics Industry Through a Procurement Lens](https://radialmagnet.com/the-magnetics-industry-through-a-procurement-lens/): For procurement professionals, magnets are no longer “just another component.” In today’s manufacturing landscape, magnetic materials—especially rare-earth magnets—represent a unique blend of technical risk, supply-chain exposure, regulatory pressure, and cost volatility. Understanding the magnetics industry has become essential for controlling risk, ensuring continuity, and supporting long-term product strategies.
- [What to Look Forward To in 2026 in the World of Magnetics](https://radialmagnet.com/what-to-look-forward-to-in-2026-in-the-world-of-magnetics/): As the world accelerates toward electrification, automation, and sustainability, magnets — especially rare-earth magnets — are moving from niche technical components to cornerstone technologies underpinning future industries. In 2026, the magnetics sector stands poised at a crossroads of innovation, supply-chain transformation, and expanding applications.
- [Exporting High-Temperature Neodymium Magnets from China: What Buyers Need to Know](https://radialmagnet.com/exporting-high-temperature-neodymium-magnets-from-china-what-buyers-need-to-know/): High-temperature neodymium magnets—grades like H, SH, UH, and EH—are essential for demanding applications in automotive, industrial motors, energy systems, and advanced electronics. While China remains the world’s largest producer of these magnets, exporting high-temperature grades is far more complex than shipping standard neodymium materials.
- [The State of the Magnetics Industry as of Dec 2025](https://radialmagnet.com/the-state-of-the-magnetics-industry-as-of-dec-2025/): According to recent market-research estimates, the global market for magnetic materials is valued at roughly US$ 33–35.2 billion in 2025, depending on the methodology.
- [Wishing You a Happy Thanksgiving from Our Family To Yours!](https://radialmagnet.com/wishing-you-a-happy-thanksgiving-from-our-family-to-yours/): Where Strong Connections Start With Stronger Magnets
- [The State of the Magnetics Industry as of November, 2025](https://radialmagnet.com/the-state-of-the-magnetics-industry-as-of-november-2025/): The global magnetics industry—especially the rare-earth permanent magnet and neodymium-iron-boron (NdFeB) magnet sectors—is in a period of heightened strategic importance, moderate growth, supply-chain tension and technological transition. Below is a detailed overview of where things stand (and where they look headed) for players such as your company, Radial Magnets, operating in manufacture, supply, and global sourcing of permanent magnets.
- [Scenario Analysis: China’s Latest Magnet Restrictions (Q4-2025 → 2027)](https://radialmagnet.com/scenario-analysis-chinas-latest-magnet-restrictions-q4-2025-%e2%86%92-2027/): What happensLicenses keep flowing but slower and less predictable; defense/dual-use uses face stricter review. Tracking stays; paperwork expands; occasional pauses at customs.
- [The State of the Magnetics Industry as of October 2025](https://radialmagnet.com/the-state-of-the-magnetics-industry-as-of-october-2025/): Below is an up-to-date survey of the magnetics industry as of October 2025: where it stands, what’s driving it, where the risks lie, and what to watch going forward.
- [The State of the Rare Earth Magnet Industry – September 2025](https://radialmagnet.com/the-state-of-the-rare-earth-magnet-industry-september-2025/): Rare earth magnets, particularly Neodymium–Iron–Boron (NdFeB) and Samarium–Cobalt (SmCo), sit at the heart of modern electrification. From electric vehicles to offshore wind farms, from consumer electronics to defense applications, these magnets are indispensable. As of September 2025, the industry is expanding rapidly but faces profound challenges in supply concentration, pricing volatility, and geopolitical risk.
- [The Global Magnetics Industry in 2025: Growth, Shifts, and What Comes Next](https://radialmagnet.com/the-global-magnetics-industry-in-2025-growth-shifts-and-what-comes-next/): The magnetics industry is undergoing one of its most dynamic periods in decades. From electric vehicles to wind turbines, from robotics to smartphones, magnets are the hidden force powering our modern world. As we step deeper into 2025, it’s clear that demand is surging, supply chains are shifting, and policy is reshaping the playing field.
- [The Current State of the Rare Earth Magnetics Industry – As of August 2025](https://radialmagnet.com/the-current-state-of-the-rare-earth-magnetics-industry-as-of-august-2025/): Here’s an updated overview of the current state of the Rare Earth Magnet Industry as of mid‑2025—touching on supply dynamics, geopolitical shifts, market demand, and emerging alternatives.
- [We’ve Moved!](https://radialmagnet.com/weve-moved/): We are thrilled to announce our move to our new facility! We have more than doubled in size, so that means more magnets under our roof for you to choose from!
- [Where We Currently Stand After the June 27th US-China Trade Truce on Rare-Earth Exports](https://radialmagnet.com/where-we-currently-stand-after-the-june-27th-us-china-trade-truce-on-rare-earth-exports/): Here’s an updated look at where things stand after the June 27 U.S.–China trade truce on rare-earth magnet exports:
- [Rare Earths Exports – New Trade Framework Unveiled](https://radialmagnet.com/rare-earths-exports-new-trade-framework-unveiled/): This June’s agreement marks a partial easing, short-term relief to vulnerable industries, sans full export liberalization. While crucial bottlenecks are addressed, China remains able to regulate exports tightly. The move buys breathing space for the U.S., Europe, and India to expand their own rare-earth infrastructure, but dependence on China remains.
- [The Rare Earth Truce: What Was Agreed](https://radialmagnet.com/the-rare-earth-truce-what-was-agreed/): London “framework” deal: In early June, the U.S. and China reached a trade truce in London, briefly reviving a smaller truce struck in Geneva on May 11. Both sides agreed to ease some tariff and export restrictions.
- [A Groundbreaking Trade “Truce” Between the U.S. and China in Regards to Rare Earth Magnets](https://radialmagnet.com/a-groundbreaking-trade-truce-between-the-u-s-and-china-in-regards-to-rare-earth-magnets/): In a pivotal shift in global trade dynamics, Presidents Trump and Xi have agreed — pending their final approval — on a narrow but strategically vital trade framework focused on rare earth magnets and minerals. Negotiated during intense talks in London, the agreement signals a temporary détente between the world’s two largest economies.
- [Breaking the Monopoly: Why Only China Can Produce Neodymium Magnets – And How Radial Magnets Is Changing That](https://radialmagnet.com/breaking-the-monopoly-why-only-china-can-produce-neodymium-magnets-and-how-radial-magnets-is-changing-that/): Executive Summary
- [Why It’s Crucial to Keep In-House Stock of Neodymium Magnets](https://radialmagnet.com/why-its-crucial-to-keep-in-house-stock-of-neodymium-magnets/): In today’s fast-paced industrial landscape, Neodymium magnets are essential components across countless sectors—from electric motors and robotics to consumer electronics and renewable energy. Yet despite their critical role, many companies overlook a simple yet powerful operational strategy: maintaining in-house stock of Neodymium magnets.
- [Can Ferrite or Alnico Magnets Replace Neodymium?](https://radialmagnet.com/can-ferrite-or-alnico-magnets-replace-neodymium/): Ferrite or Alnico can sometimes replace neodymium, but usually not as a direct one-for-one substitution. Learn when alternatives work, when NdFeB should stay, and what engineers must evaluate before redesigning a magnetic assembly.
- [China Tightens Grip on Rare Earth Magnet Exports: Global Industries on Alert](https://radialmagnet.com/china-tightens-grip-on-rare-earth-magnet-exports-global-industries-on-alert/): In a significant move reflecting its dominance in the rare earth sector, China has imposed stringent export controls on certain rare earth elements and associated technologies. Effective from April 4, 2025, this decision has far-reaching implications for global industries reliant on these critical materials.

## Pages
- [Upload Your Drawing](https://radialmagnet.com/upload-your-drawing/): This form needs JavaScript. You can also email your drawing to sales@radialmagnet.com.
- [Get a Quote From Your Drawing](https://radialmagnet.com/drawing-rfq/): This form needs JavaScript. You can also email your drawing to sales@radialmagnet.com.
- [Rare Earth Market & Sourcing Tracker](https://radialmagnet.com/rare-earth-market-tracker/): Updated October 22, 2026. Next update by November 12.
- [Magnet Engineering & Procurement Resource Library](https://radialmagnet.com/technical-resource-library/): Engineering and procurement guides covering magnet RFQs, pricing, grades, materials, pull force, compliance, assemblies, testing, safety and design.
- [Neodymium Magnet Buyer’s Guide](https://radialmagnet.com/resources/magnet-buyers-guide/): A practical NdFeB buyer’s guide for engineers and procurement teams: define the functional magnetic requirement, select grade and temperature class, specify geometry, magnetization, coating, tolerances, inspection, compliance and annual volume, then build a complete RFQ without over-specifying the part.
- [Industrial Automation & Robotics Magnets](https://radialmagnet.com/about-us/magnets-for-industrial-automation/): Industrial automation and robotics magnets for sensors, motors, actuators and Halbach arrays, from stocked prototypes through custom production sourcing.
- [EV & Automotive Magnets | PPAP & High-Temperature Grades](https://radialmagnet.com/about-us/magnets-for-ev-automotive/): EV and automotive magnets for traction motors, BLDC/PMSM rotors, Hall/TMR sensors, actuators, pumps and latching systems. Source high-coercivity NdFeB grades with magnetization, temperature, demagnetization-margin, inspection, traceability and PPAP support for OEM and Tier programs.
- [Medical Device Magnets & OEM Sourcing](https://radialmagnet.com/about-us/magnets-for-medical-devices/): Medical device magnets for OEM sensors, pumps, motors, actuators, encoders, couplings and retention systems. Radial Magnets supports stocked and custom sourcing with field/force/torque specification, magnetization, temperature, coating, traceability, inspection, COC, PPAP and compliance-document support.
- [Magnet Application Case Studies](https://radialmagnet.com/resources/case-studies/): Case studies showing how Radial Magnets supports custom magnet sourcing, quality documentation, engineering review and production programs.
- [Magnet Quality & Compliance](https://radialmagnet.com/about-us/quality-compliance/): Magnet quality, PPAP, traceability and compliance support for OEM procurement and engineering teams, with direct paths to documentation and RFQ tools.
- [Magnet Engineering Calculators & Technical Tools](https://radialmagnet.com/resources/technical-resource-hub/): Free magnet engineering tools for pull force, grade comparison, coating selection and temperature derating, plus stock search and custom RFQ support.
- [How to Use Maggie](https://radialmagnet.com/meet-maggie/maggies-user-guide/): Skip to PDF content
- [Meet Maggie!](https://radialmagnet.com/meet-maggie/): Say Hi to Maggie! Our AI-assisted magnet search companion Maggie is an AI-powered magnet specialist built directly into the Radial Magnets website. She connects to our inventory and uses natural conversation to help customers find exactly the right magnet — by shape, dimensions, grade, part number, or application. Please note that Maggie is in beta and you will most likely get some odd responses and errors. Feel free to call our sales staff @ 561-392-2103 ext 408 or by email for assistance Maggie Your AI Magnet Specialist ↺ Restart
- [Sitemap](https://radialmagnet.com/sitemap/): Curated Radial Magnets sitemap with primary product categories, sourcing tools, engineering resources, compliance information, industry pages and key procurement guides.
- [Return / Refund Policy](https://radialmagnet.com/return-refund-policy/): Do you have magnets that needs to be returned? Please send an email to sales@radialmagnet.com for return authorization.
- [Introducing Our New Free Mobile App!](https://radialmagnet.com/introducing-our-new-free-mobile-app/)
- [Magnet Designer & Calculator — Disc, Ring & Block Magnets](https://radialmagnet.com/magnet-calculator-designer/): Free magnet design and calculation tools for sizing, magnetic performance and application selection. Use the tools, search stock, or submit an RFQ.
- [Magnet News / Articles](https://radialmagnet.com/magnet-news-articles/)
- [Search Magnet Inventory by Size, Grade & SKU](https://radialmagnet.com/search-our-inventory/): Search Radial Magnets inventory by size, grade, coating or SKU, then move to custom RFQ, bulk sourcing, engineering or compliance support as needed.
- [Returns Policy](https://radialmagnet.com/returns-policy/): Do you have magnets that needs to be returned? Please send an email to sales@radialmagnet.com for return authorization.
- [Our Mission Statement](https://radialmagnet.com/about-us/our-mission-statement/): Home »
- [On Sale](https://radialmagnet.com/on-sale/): Sale! Axially magnetized: the north and south poles are on the two flat faces.N35 80°C0.4 lb pull8015 – N35 Neodymium Disk Magnet 3 × 1 mm $0.60 Original price was: $0.60.$0.40Current price is: $0.40.
Add to cart Sale! Axially magnetized: the poles are on the two flat faces of the ring.N35 80°C1.6 lb pull8431 – N35 Gold-Plated Neodymium Ring Magnet 7 OD × 4.2 ID × 2 mm $0.65 Original price was: $0.65.$0.50Current price is: $0.50.
Add to cart Sale! N35 80°C5 lb pull9450 – Neodymium Magnet .79″/ 20mm Diameter Fabric / Curtain Magnet with Removable Button $2.50 Original price was: $2.50.$1.70Current price is: $1.70.
Add to cart Sale! Magnetized through the thickness: the poles are on the top and bottom faces.N35SH 150°C9 lb pull8637 – N35SH Neodymium Block Magnet 12.7 × 12.7 × 2.29 mm $1.50 Original price was: $1.50.$1.20Current price is: $1.20.
Add to cart Sale! Axially magnetized: the north and south poles are on the two flat faces.Alnico 5 525°C3 lb pull8610 – Alnico 5 Rod Magnet – D3/8″ x 3″(A) $18.00 Original price was: $18.00.$8.00Current price is: $8.00.
Add to cart Sale! 9244 – 10 Pack of D5/8″ x 3/4″ Whiteboard / Push Pin / Refrigerator Magnets $35.00 Original price was: $35.00.$19.99Current price is: $19.99.
Add to cart Sale! Pot magnet: the steel cup brings both poles to the holding face, north at the center and south on the rim.N35 80°C14.1 lb pull8962 – N35 Countersunk Pot Magnet 1.19 × 0.166 in $3.80 Original price was: $3.80.$3.20Current price is: $3.20.
Add to cart Sale! Axially magnetized: the north and south poles are on the two flat faces.N45 80°C3.6 lb pull8950 – N45 Neodymium Disk Magnet 3/8 × 0.1 in $1.20 Original price was: $1.20.$1.00Current price is: $1.00.
Add to cart Sale! Pot magnet: the steel cup brings both poles to the holding face, north at the center and south on the rim.N35 80°C154 lb pull9298 – Powerful Double-Sided 60mm Fishing Magnet $79.00 Original price was: $79.00.$59.00Current price is: $59.00.
Add to cart
- [Neodymium Magnet Grade Chart: N35–N55 + High-Temperature Grades](https://radialmagnet.com/neodymium-magnet-grades-tolerances/): Compare 50 NdFeB magnet grades from N35 through N55 plus M, H, SH, UH, EH and AH. Reference Br, HcB, HcJ, BHmax and published temperature limits, and compare N35 vs N42 vs N52 vs N55 for engineering and sourcing decisions.
- [Large-Volume & OEM Magnet Sourcing](https://radialmagnet.com/purchasing-large-qty/): Volume magnet sourcing for OEM and industrial buyers with U.S. inventory, blanket orders, scheduled releases, custom production, documentation and volume pricing.
- [Search for a Magnet](https://radialmagnet.com/magnet-finder/)
- [Magnet FAQs: Selection, Strength, Grades & Safety](https://radialmagnet.com/resources/magnet-faqs/): Answers to common magnet questions about neodymium grades, pull force, temperature, coatings, magnetization, safety, sourcing and custom applications.
- [Customer Reviews](https://radialmagnet.com/customer-reviews/): Home »
- [Schedule an Online Meeting](https://radialmagnet.com/schedule-an-online-meeting/)
- [Privacy Policy](https://radialmagnet.com/privacy-policy/): Last Updated: 8/26/2026
- [Resources](https://radialmagnet.com/resources/)
- [Videos](https://radialmagnet.com/videos/)
- [Custom Magnets & Magnetic Assemblies](https://radialmagnet.com/custom-magnets/): Custom NdFeB, SmCo, ferrite and Alnico magnets and magnetic assemblies for OEM applications. Upload a drawing or use our RFQ Builder for a production quote.
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## Products
- [9823 – N52 Neodymium Ring Magnet OD 3/8″ x ID 3/16″ x 1/16″(A) With Countersink #4](https://radialmagnet.com/our-magnets/9823-n52-neodymium-ring-magnet-od-3-8-x-id-3-16-x-1-16a-with-countersink-4/): N35 neodymium ring magnet measuring 12 mm OD x 4 mm ID x 5 mm thick. Axially magnetized with 6.99 lb listed pull force.
- [8363 – Large Ferrite Ceramic Block Magnet 6 x 4 x 1/2 in](https://radialmagnet.com/our-magnets/8363-large-ferrite-ceramic-block-magnet-6-x-4-x-1-2-in/): Large Ceramic VIII ferrite block magnet, 6 in × 4 in × 1/2 in — SKU 8363. Through-thickness magnetization, strong corrosion resistance and substantial magnetic volume for industrial holding, separation, motor and OEM applications. Listed pull-force test value: 43.66 lb.
- [9820 – Powerful Single-Sided 2″ Fishing Magnet](https://radialmagnet.com/our-magnets/9820-powerful-single-sided-2in-fishing-magnet/): 2 in. single-sided N52 neodymium fishing and recovery magnet with a listed pull force of 120.26 lb. Large active face for direct-contact salvage and recovery applications; actual field holding force depends on target shape, surface condition and contact area.
- [9206 – Neodymium Magnet Disk N52 D15mm x 8mm(A)](https://radialmagnet.com/our-magnets/9206-neodymium-magnet-disk-n52-d15mm-x-8mma/): N52 neodymium disk magnet, 15 mm diameter × 8 mm thick (SKU 9206). Axially magnetized with Ni-Cu-Ni coating. Listed pull-force test value: 20.11 lb; surface field: approximately 5,283 Gauss. In stock with volume pricing and CAD downloads.
- [9494 – N35 Neodymium Block Magnet 20 x 10 x 3 mm](https://radialmagnet.com/our-magnets/9494-neodymium-magnet-block-n35-20mm-x-10mm-x-3mm/): N35 neodymium block magnet measuring 20mm x 10mm x 3mm. Axially magnetized through the 3mm thickness with Ni-Cu-Ni coating, 5,619.89 gauss surface field, 10.19 lb pull force, and an 80°C maximum operating temperature.
- [9810 – N35 Neodymium Disk Magnet 4 x 1 mm Axial](https://radialmagnet.com/our-magnets/9810-neodymium-magnet-disk-n35-d4mm-x-1mma/): 4mm × 1mm N35 axially magnetized neodymium disk for compact Hall, reed, AMR/TMR, proximity and position-sensing applications. For sensor design, evaluate field at the working gap rather than pull force alone.
- [9809 – N35 Neodymium Disk Magnet 5 x 3 mm Axial](https://radialmagnet.com/our-magnets/9809-neodymium-magnet-disk-n35-d5mm-x-3mma/): 5mm × 3mm N35 axially magnetized neodymium disk for Hall, reed, AMR/TMR, proximity and position sensing. Greater thickness provides more magnetic volume than ultra-thin sensor disks; validate field at the actual working gap.
- [9808 – N52 Neodymium Block Magnet 6 x 3 x 1.5 mm](https://radialmagnet.com/our-magnets/9808-neodymium-magnet-block-n52-l-6mm-x-w-3mm-x-t-1-5mm/): Compact N52 neodymium block magnet measuring 6 x 3 x 1.5 mm. Magnetized through the 1.5 mm thickness with 1.70 lb listed pull force.
- [9807 – N52 Neodymium Block Magnet 3 x 3 x 1 mm](https://radialmagnet.com/our-magnets/9807-neodymium-magnet-block-n52-l-3mm-x-w-3mm-x-t-1mm/): Miniature N52 neodymium block magnet measuring 3 x 3 x 1 mm. Magnetized through the 1 mm thickness with 1.00 lb listed pull force.
- [9784 – N35 Neodymium Disk Magnet 22 x 10 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d22mm-x-10mma/): N35 neodymium disk magnet measuring 22 mm diameter x 10 mm thick. Axially magnetized with 25.66 lb listed pull force and a listed maximum temperature of 80°C / 176°F.
- [9783 – N35 Neodymium Ring Magnet 12 x 4 x 5 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-12mm-id-4mm-t-5mm/): N35 neodymium ring magnet measuring 12 mm OD x 4 mm ID x 5 mm thick. Axially magnetized with 6.99 lb listed pull force.
- [9782 – N35 Neodymium Ring Magnet 12 x 4 x 4 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-12mm-id-4mm-t-4mm/): N35 neodymium ring magnet measuring 12 mm OD x 4 mm ID x 4 mm thick. Axially magnetized with 5.60 lb listed pull force.
- [9781 – N35 Neodymium Ring Magnet 0.70 x 0.20 x 0.20 in](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-70-id-20-t-20/): N35 neodymium ring magnet measuring 0.70-inch OD x 0.20-inch ID x 0.20-inch thick. Axially magnetized with 10.54 lb listed pull force.
- [9775 – Neodymium Disk Magnet N35 32mm x 3mm Axial](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-32mm-x-3mma/): N35 neodymium disk magnet measuring 32 mm diameter × 3 mm thick, axially magnetized with Ni-Cu-Ni coating, 1,114.75 gauss listed surface field, and 11.20 lb listed pull force. SKU 9775.
- [9774 – N35 Neodymium Disk Magnet 18mm x 3mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-18mm-x-3mma/): SKU 9774: N35 neodymium disk magnet measuring 18mm in diameter × 3mm thick. Axially magnetized, Ni-Cu-Ni coated, with 1,912.19 gauss listed surface field, 6.31 lb listed pull force, and an 80°C (176°F) maximum operating temperature.
- [9773 – N35 Neodymium Disk Magnet 9 x 3 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-9mm-x-3mma/): N35 neodymium disk magnet measuring 9 mm diameter x 3 mm thick. Axially magnetized with 3.15 lb listed pull force and a listed maximum temperature of 80°C / 176°F.
- [9771 – N35 Neodymium Disk Magnet 10mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-10mm-x-2mma/): SKU 9771: N35 neodymium disk magnet measuring 10mm in diameter × 2mm thick. Axially magnetized, Ni-Cu-Ni coated, with 2,244.49 gauss listed surface field, 2.34 lb listed pull force, and an 80°C (176°F) maximum operating temperature.
- [9770 – Epoxy-Coated N35 Neodymium Disk Magnet 6 x 2 mm](https://radialmagnet.com/our-magnets/epoxy-coated-neodymium-magnet-disk-n35-d6mm-x-2mma/): Epoxy-coated N35 neodymium disk magnet measuring 6 mm diameter x 2 mm thick. Axially magnetized with 1.39 lb listed pull force and a listed maximum temperature of 80°C / 176°F.
- [9769 – N35 Neodymium Disk Magnet 3 x 2 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d3mm-x-2mma/): Compact N35 neodymium disk magnet measuring 3 mm diameter x 2 mm thick. Axially magnetized with 0.71 lb listed pull force and a listed maximum temperature of 80°C / 176°F.
- [9772 – N35 Neodymium Disk Magnet 12 x 2 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-12mm-x-2mma/): N35 neodymium disk magnet measuring 12 mm diameter x 2 mm thick. Axially magnetized with 2.80 lb listed pull force and a listed maximum temperature of 80°C / 176°F.
- [9763 – 22 mm Rubber-Coated Mounting Magnet, M4](https://radialmagnet.com/our-magnets/22mm-rubber-coated-outdoor-magnetic-assembly-base-holds-up-to-8-lbs/): Rubber-coated 22 mm N35 mounting magnet assembly with an M4 mounting point. Listed pull force is 8.1 lb, with a listed maximum temperature of 80°C / 176°F.
- [9760 – Ceramic 8 Ferrite Block Magnet 48 x 8 x 5 mm](https://radialmagnet.com/our-magnets/ferrite-ceramic-block-magnet-l-48mm-x-w-8mm-x-t-5mma/): Ceramic 8 ferrite block magnet measuring 48 x 8 x 5 mm. Magnetized through the 5 mm thickness with 2.34 lb listed lifting power and a listed maximum temperature of 350°C / 662°F.
- [9732 – N52 Black Nickel Block Magnet 0.490″ x 0.295″ x 0.125″](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n52-l-490-x-w-295-x-t-125a/): N52 neodymium block magnet measuring 0.490" x 0.295" x 0.125" with a black nickel finish. Through-thickness magnetized with 5,861.33 gauss surface field and 8.91 lb listed pull force.
- [9715 – N48 Countersunk Ring Magnet 1/4″ OD x 0.096″ ID x 0.275″](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n48-od-1-4-id-096-x-t-275a/): N48 countersunk neodymium ring magnet measuring 0.250" OD x 0.096" ID x 0.275" thick. Axially magnetized with Ni-Cu-Ni coating, 14,000 gauss typical Br, and 7.03 lb listed pull force.
- [N35 Neodymium Disk Magnet 10mm x 5mm – SKU 9122](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-10mm-x-5mma/): SKU 9122: N35 neodymium disk magnet measuring 10mm in diameter × 5mm thick. Axially magnetized, Ni-Cu-Ni coated, with 4,270.17 gauss listed surface field, 5.84 lb listed pull force, and an 80°C (176°F) maximum operating temperature.
- [9663 – N35 Ring Magnet 15.8mm OD x 6.5mm ID x 5mm](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n35-od-15-80-id-6-50mm-t-5mm/): N35 metric neodymium ring magnet, 15.80 mm OD × 6.50 mm ID × 5 mm thick, Ni-Cu-Ni coated and axially magnetized. 9.22 lb listed pull force with a 6.5 mm center bore.
- [9756 – Alnico 5 Rod Magnet 1/8″ Diameter x 0.4687″ Long](https://radialmagnet.com/our-magnets/alnico-5-rod-magnet-125-x-4687a/): Compact Alnico 5 rod magnet measuring 1/8" diameter x 0.4687" long. Axially magnetized with a 1 lb listed maximum pull and a listed stability temperature of 427°C / 800°F.
- [9741 – N35 Magnetic Carabiner Hook 1.26″ Diameter, 30 lb Pull](https://radialmagnet.com/our-magnets/neodymium-magnet-1-26-diameter-w-swivel-carabiner-hook-holds-up-to-30-lbs/): N35 magnetic carabiner hook with a 1.26-inch pot magnet and swivel hardware. Epoxy-coated assembly with 30 lb listed pull force and an 80°C maximum operating temperature.
- [9735 – Ferrite Ceramic Disk Magnet 16mm x 2mm](https://radialmagnet.com/our-magnets/ferrite-ceramic-disk-magnet-16mm-x-2mma/): Ferrite ceramic disk magnet measuring 16 mm diameter x 2 mm thick. Axially magnetized with 494.55 gauss surface field, 0.42 lb listed pull force, and a 250°C maximum operating temperature.
- [9734 – N52 Neodymium Ring Magnet 1″ OD x 3/16″ ID x 1/8″](https://radialmagnet.com/our-magnets/neodymium-magnet-ring-n52-nicuni-od-1-id-3-16-t-1-8/): N52 neodymium ring magnet measuring 1" OD x 3/16" ID x 1/8" thick. Axially magnetized with Ni-Cu-Ni coating, 14,500 gauss typical Br, and 12.57 lb listed pull force.
- [9710 – N52 Neodymium Disk Magnet 30mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n52-30mm-x-2mma/): N52 neodymium disk magnet, 30 mm diameter × 2 mm thick (SKU 9710). Axially magnetized with Ni-Cu-Ni coating for a broad 30 mm pole face in a low-profile 2 mm package. Listed pull-force test value: 11.05 lb; surface field: approximately 958 Gauss. Production and higher-volume requirements available by RFQ.
- [9170 – Neodymium Epoxy Coated Magnet Pot N35 A25](https://radialmagnet.com/our-magnets/neodymium-epoxy-coated-magnet-pot-n35-a25/): Epoxy-coated N35 pot magnet for added corrosion resistance in humid and outdoor applications. 25 mm diameter; listed pull force 45.4 lb. Coating integrity should be validated for immersion or aggressive environments.
- [9708 – N35 Magnetic Carabiner Hook 1.42″ Diameter, 50 lb Pull](https://radialmagnet.com/our-magnets/neodymium-magnet-1-42-diameter-w-swivel-carabiner-hook-holds-up-to-50-lbs/): N35 magnetic carabiner hook with a 1.42-inch pot magnet and swivel hardware. Nickel-coated assembly with 50 lb listed pull force and an 80°C maximum operating temperature.
- [9633 – N52 Neodymium Disk Magnet 1/4″ x 3/16″](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n52-d1-4-x-3-16a/): N52 neodymium disk magnet measuring 1/4 inch in diameter and 3/16 inch thick. Axially magnetized with Ni-Cu-Ni coating, 5,547.27 gauss surface field, 5.07 lb listed pull force, and a 60°C maximum operating temperature.
- [9613 – Neodymium Magnet Block N42 3/4″ x 3/4″ x 1/4″(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n42-3-4-x-3-4-x-1-4a/): Magnet Size:3/4" × 3/4" × 1/4"Tolerances:±0.004"Material:Rare Earth NdFeBGrade of Neodymium:N42Plating/Coating:Ni-Cu-NiBr (typical):13,150 GaussBHmax (typical):42 MGOeMax Temperature:80°C / 176°FMagnetization Direction:Through thicknessSurface Gauss:4,602.07 GaussPull Force:32.08 lb
- [9660 – N35 Neodymium Disk Magnet 4 × 2 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d4mm-x-2mma/): N35 neodymium disk magnet measuring 4mm in diameter and 2mm thick. Axially magnetized with Ni-Cu-Ni coating, 4,258.40 gauss surface field, 0.93 lb listed pull force, and an 80°C maximum operating temperature.
- [9658 – N35 Neodymium Disk Magnet 7mm x 3mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-7mm-x-3mma/): N35 neodymium disk magnet measuring 7mm in diameter and 3mm thick. Axially magnetized with Ni-Cu-Ni coating, 2,702.77 gauss surface field, 2.45 lb listed pull force, and an 80°C maximum operating temperature.
- [9668 – N35 Epoxy Bar Magnet 2.36″ x 0.53″ x 0.20″ with #4 Countersunk Holes](https://radialmagnet.com/our-magnets/epoxy-coated-neodymium-magnet-bar-n35-l-2-36-x-w-53-x-t-2a-with-4-countersunk-holes/): Epoxy-coated N35 neodymium bar magnet measuring 2.36" x 0.53" x 0.20" with #4 countersunk holes. Through-thickness magnetized with 6,428.35 gauss surface field, 42.55 lb listed pull force, and an 80°C maximum operating temperature.
- [8067 – N35 Neodymium Disc Magnet 5 × 2.5 mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-d5mm-x-2-5mma/): N35 neodymium disc magnet measuring 5 × 2.5 mm with axial magnetization, Ni-Cu-Ni plating, a listed 4,262.33 gauss surface field, and a 1.46 lb listed pull force. SKU 8067.
- [9646 – Neodymium Magnet Block N52 L 40mm W 40mm x T 20mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n52-l40mm-w40mm-x-t20mm/): N52 neodymium block magnet measuring 40 × 40 × 20 mm, magnetized through the 20 mm thickness with Ni-Cu-Ni coating, 6,743.29 gauss listed surface field, and 213.85 lb listed pull force. SKU 9646.
- [9642 – N35 Neodymium Disk Magnet 8mm x 5mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-8mm-x-5mma/): N35 neodymium disk magnet measuring 8mm in diameter and 5mm thick. Axially magnetized with Ni-Cu-Ni coating, 4,712.81 gauss surface field, 4.67 lb listed pull force, and an 80°C maximum operating temperature.
- [9630 – N35 Neodymium Disk Magnet 8mm x 1mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-8mm-x-1mma/): SKU 9630: N35 neodymium disk magnet, 8 mm diameter × 1 mm thick, axially magnetized and Ni-Cu-Ni coated. Listed pull force: 0.93 lb; surface field: 1,466.01 Gauss. Its thin round geometry suits sensors, fixtures, prototypes and low-profile production assemblies.
- [9629 – Epoxy Coated Neodymium Magnet Disk N35 30mm x 3mm(A)](https://radialmagnet.com/our-magnets/epoxy-coated-neodymium-magnet-disk-n35-30mm-x-3mma/): Magnet Size: 30mm x 3mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade of Neodymium: N35 Plating/Coating: Epoxy Brmax: 12,100Gauss BHmax: 35 MGOe Max Temperature: 80℃ /176F Magnetization Direction: Axially Surface Gauss: 1,186.27 Gauss Pull Force: 10.49 lbs Imperial Size: 1.18" x 0.118"
- [9628 – N35 Neodymium Disk Magnet 6mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-disk-n35-6mm-x-2mma/): SKU 9628: N35 neodymium disk magnet, 6 mm diameter × 2 mm thick, axially magnetized and Ni-Cu-Ni coated. Listed pull force: 1.39 lb; surface field: 3,347.36 Gauss. Its compact round geometry suits sensors, fixtures, prototypes and small production assemblies.
- [9627 – 20mm N35 Neodymium Sewing Magnets, Pack of 2](https://radialmagnet.com/our-magnets/set-of-20mm-sewing-magnets-pack-of-2/): Pack of two 20mm N35 neodymium sewing magnets for concealed fabric and curtain closures. Designed for sewn pockets or appropriate fabric enclosures; actual holding force depends on fabric thickness, alignment and air gap.
- [9625 – N35 Neodymium Block Magnet 50mm x 10mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-50mm-x-10mm-x-2mma/): SKU 9625: N35 neodymium block magnet, 50 mm × 10 mm × 2 mm, Ni-Cu-Ni coated and magnetized through the 2 mm thickness. Listed pull force: 13.16 lb; surface field: 5,655.52 Gauss. Its long, low-profile geometry is suited to thin linear assemblies, fixtures and compact mechanisms. Browse all Block & Bar Magnets.
- [9624 – Neodymium Magnet Block N35 L 15mm x W 5mm x T 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l-15mm-x-w-5mm-x-t-2mm/): N35 neodymium block magnet measuring 15 × 5 × 2 mm, magnetized through the 2 mm thickness with Ni-Cu-Ni coating, 5,381.45 gauss listed surface field, and 3.62 lb listed pull force. SKU 9624.
- [9623 – Neodymium Magnet Block N35 L 10mm x W 4mm x T 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l-10mm-x-w-4mm-x-t-2mm/): Magnet Size: 10 mm × 4 mm × 2 mm Tolerances: ±0.004" Material: Rare Earth NdFeB Grade: N35 Coating: Ni-Cu-Ni Br (typical): 12,100 Gauss BHmax (typical): 35 MGOe Max Temperature: 80°C / 176°F Magnetization: Through thickness Surface Gauss: 5,279.32 Gauss Pull Force: 2.36 lb Approx. Weight: 0.0212 oz
- [9622 – N35 Neodymium Block Magnet 6mm x 3mm x 2mm](https://radialmagnet.com/our-magnets/neodymium-magnet-block-n35-l-6mm-x-w-3mm-x-t-2mm/): N35 neodymium block magnet measuring 6mm x 3mm x 2mm. Magnetized through the 2mm thickness with Ni-Cu-Ni coating, 5,144.94 gauss surface field, 1.37 lb pull force, and an 80°C maximum operating temperature.
- [9621 – Neodymium Magnet Rod N35 D3mm x 10mm(A)](https://radialmagnet.com/our-magnets/neodymium-magnet-rod-n35-d3mm-x-10mma/): N35 neodymium rod magnet measuring 3 mm diameter × 10 mm long, axially magnetized with Ni-Cu-Ni coating, 5,942.86 gauss listed surface field, and 3.51 lb listed pull force. SKU 9621.