ABOUT US
Breakthrough
AIC MAGNETICS LTD
INTRODUCTION
AIC Magnetics is a pioneer in magnetic technology with more than 30 years of industry experience and expertise in the design, development, manufacture and service of high-performance permanent magnetic materials and assemblies. Our skilled team of industry experts and engineers enables us to provide comprehensive and customized solutions tailored to your magnetic material needs.
With our solutions, we have successfully served a variety of high-tech sectors, including semiconductors, new energy technology, electronics, industrial automation, aerospace, etc. At AIC Magnetics, we pride ourselves on being the trusted partner for all your magnetic solution needs, combining innovative engineering with proven reliability.
-
-Founded in 2002
-
-21 years experience
-
-+MORE THAN 100 PRODUCTS
-
-$MORE THAN 20 MILLION
products
Innovation
-
Flexible Magnets
-
Injection Molded Magnets
-
Neodymium Magnets
Physical Properties Br Temperature Coefficient -0.095~-0.105%/°C Density 7.3-7.5g/cm3 Curie Temperature 310-340°C Coercivity Temperature Coefficient -0.45~-0.60%/°C Vickers-hardness 600HV Electrical Resistivity 114μΩ·cm Across Transfiguration Coefficient 0.24 Break Strength 8.0Kgf/mm2 Bending Strength 25kgf/mm2 Thermal Expansion Coefficient 4×10-6/°C Specific Heat 0.12Kcal/Kg Stiffness 0.64N/m2 The Conduction Coefficient ...
-
Samarium Cobalt Magnets
Physical Properties Density Curie Temperature Vickers Hardness Compress Strength Electrical Resistivity Bend Strength Tensile Strength Thermal Expansion Coefficient g/cm3 K MPa MPa Ω·cm MPa MPa 10-6/℃ SmCo (1:5) 8.1-8.3 1000 450-500 1000 5-6×10-5 150-180 400 //6 ⊥12 SmCo (2:17) 8.3-8.5 1100 550-600 800 8-9×10-5 130-150 350 //8 ⊥11 Magnetic Properties Material Grade Br Hcb Hcj (B...
-
Hard Ferrite Magnets
Magnetic Properties Grade Br Hcb Hcj (BH)max Tw Equivalent mT KG KA/m KOe KA/m KOe KJ/m3 MGOe °C Y10T 200~235 2.0~2.35 125~160 1.57~2.01 210~280 2.64~.52 6.5~9.5 0.8~1.2 ≤250 IEC~7/21 Y20 320~380 3.2~3.8 135~190 1.70~2.38 140~195 1.76~2.45 18.0~22.0 2.3~2.8 ≤250 Y22H 310~360 3.1~3.6 220~250 2.77~3.14 280~320 3.52~4.02 20.0~24.0 2.5~3.0 ≤250 IEC~20/28 Y23 320~370 3.2~3.0...
-
Bonded Magnets
Neodymium-Iron-Boron Magnets Neodymium-Iron-Boron Magnets Magnetic properties Neodymium magnets have higher remanence, much higher coercivity and energy product, but often lower Curie temperature than other types. Neodymium is alloyed with terbium and dysprosium in order to preserve its magnetic properties at high temperatures. More information of Neodymium Magnets please check our resource center. Dimensions Because of the manufacture equipments constraint, there is a...
-
AlNiCo Magnets
AlNiCo Magnet AlNiCo is a sophisticated alloy primarily composed of aluminum, nickel, cobalt, copper, and iron. It is available in two distinct forms: cast and sintered, each shaped by unique manufacturing processes. AlNiCo magnets are highly valued in applications where stringent requirements for high-temperature stability are paramount, particularly in the fields of instrumentation and electric motor engineering. One of AlNiCo’s notable strengths is its impressive resistance to corros...
NEWS
Service First
-
Why Do Magnets Lose Their Magic? Unpacking the Science of Demagnetization
Introduction Magnets are everywhere—powering your fridge door, spinning motors in electric cars, or holding your kid's artwork in place. But have you ever wondered why these trusty tools sometimes lose their grip? Demagnetization can sneak up and sap their stren...
-
Can Magnetic Surface Field Determine Magnetic Properties? Understanding the Relationship and Implications
Introduction Magnets are everywhere—powering motors, holding fridge notes, and even guiding cutting-edge tech like MRI machines. But how do we truly understand what makes a magnet tick? One question keeps popping up in labs and workshops alike: Can magnetic surf...