Customized Disc Cylinder Ring Block and Arc Permanent Magnets

Model NO.: MC27
Type: Permanent&Strong
Processing: Sintered NdFeB
Tolerance: +/-0.05mm
Working Temp.: 80-200
Density: 7.50-7.65g/cm3
Lead Time: 5-10 Days
Trademark: HJ
Transport Package: Carton or Wooden Box
Specification: RoHs SGS
Origin: Nanjing, Jiangsu, China
HS Code: 85051110
N42 Cylinder Rare Earth Neodymium Magnet

Description of Magnets:
Name: NdFeB Magnet
Grade: N35, N38, N40, N45 etc
Material: Neodymium Magnet, Rare Earth sintered magnets
Shape: Ring, Disc, Round, Cylinder rod etc
Density: 7.5 g/cm3
Working Temperature: 80 -200 Celsius Degree
Coating: Zn, Ni
Magnetism Direction: Axial or Radial
Feature: Powerful, Excellent permanent fix, Clean and Safe, Long-life
Appliance: Industrial Magnet

Packing & Delivery:
Min Quantity: 3000 pieces.
Delivery: By sea or air.
Packaging:
1. According to Anti-magnetism standard or customer's requirement.
2. Box Carton lined with plastic sack or magnetism-shield package
3. Composite board box lined with plastic sack or magnetism-shield package.

Our Superiority
1. Disc, Cylinder, Block, Ring, Countersunk, Segment, Trapezoid, Irregular shapes and more; More shapes and grades can be customized.
2. High quality, Reasonable price, and Perfect after-sale service.
3. Lead time is punctual, for small quantity 5-7 days; For large quantity 7-15 days.
4. Sample is free, but customer needs to pay the express fee.
5. Spot goods are enough.
6. Small quantity can be accepted.
7. Professional Supplier, perfect credibility.

FAQ:
Q: Can I order samples for quality checking at first?
A: Of course yes, samples order is welcome.
Q: How can you tell which is the North Pole if it is not marked?
A: You can't tell by looking. You can tell by placing a compass close to the magnet. The end of the needle that normally points toward the North pole of the Earth would point to the South pole of the magnet.
Q: What are Rare Earth Magnets?
A: It's made of the Rare Earth group of elements. The most common Rare Earth magnets are the Neodymium-Iron-Boron and Samarium Cobalt types.
Q: How are magnets made?
A: Modern magnet materials are made through casting, pressing and sintering, compression bonding, injection molding, extruding, or calendaring processes.
Q: How rare earth magnets are made?
A: Mining => Melting => Milling => Aligning&Pressing => Sintering => Inspecting => Machining => Plating/Coating => Inspecting => Magnetization => Packing&Shipping.

Welcome your OEM/ODM with us for NdFeB, and visit to our factory.
Technical Specifications of Sintered Neodymium Magnet
Grade Remanence Br
mT (KG)
Coercive Force Hcb
KA/m (KOe)
Intrinsic Coercive Force Hcj
KA/m (KOe)
Maximum Energy Product BHmax
KJ/m3 (MGOe)
Maximum Operating Temperature Tw
ºC
N35 1170-1220(11.7-12.2) ≥868(≥10.9) ≥955(≥12) 263-287(33-36) 80ºC
N38 1220-1250(12.2-12.5) ≥899(≥11.3) ≥955(≥12) 287-310(36-39) 80ºC
N40 1250-1280(12.5-12.8) ≥907(≥11.4) ≥955(≥12) 302-326(38-41) 80ºC
N42 1280-1320(12.8-13.2) ≥915(≥11.5) ≥955(≥12) 318-342(40-43) 80ºC
N45 1320-1380(13.2-13.8) ≥923(≥11.6) ≥955(≥12) 342-366(43-46) 80ºC
N48 1380-1420(13.8-14.2) ≥923(≥11.6) ≥876(≥12) 366-390(46-49) 80ºC
N50 1400-1450(14.0-14.5) ≥796(≥10.0) ≥876(≥11) 382-406(48-51) 60ºC
N52 1430-1480(14.3-14.8) ≥796(≥10.0) ≥876(≥11) 398-422(50-53) 60ºC
35M 1170-1220(11.7-12.2) ≥868(≥10.9) ≥1114(≥14) 263-287(33-36) 100ºC
38M 1220-1250(12.2-12.5) ≥899(≥11.3) ≥1114(≥14) 287-310(36-39) 100ºC
40M 1250-1280(12.5-12.8) ≥923(≥11.6) ≥1114(≥14) 302-326(38-40) 100ºC
42M 1280-1320(12.8-13.2) ≥955(≥12.0) ≥1114(≥14) 318-342(40-43) 100ºC
45M 1320-1380(13.2-13.8) ≥955(≥12.5) ≥1114(≥14) 342-366(43-46) 100ºC
48M 1360-1430(13.6-14.3) ≥1027(≥12.9) ≥1114(≥14) 366-390(46-49) 100ºC
50M 1400-1450(14.0-14.5) ≥10339(≥13.0) ≥1114(≥14) 382-406(48-51) 100ºC
35H 1170-1220(11.7-12.2) ≥868(≥10.9) ≥1353(≥17) 263-287(33-36) 120ºC
38H 1220-1250(12.2912.5) ≥899(≥11.3) ≥1353(≥17) 287-310(36-39) 120ºC
40H 1250-1280(12.8-12.8) ≥923(≥11.6) ≥1353(≥17) 302-326(38-41) 120ºC
42H 1280-1320(12.8-13.2) ≥955(≥12.0) ≥1353(≥17) 318-342(40-43) 120ºC
45H 1300-1360(13.0-13.6) ≥963(≥12.1) ≥1353(≥17) 326-358(43-460 120ºC
48H 1370-1430(13.7-14.3) ≥955(≥12.5) ≥1353(≥17) 366-390(46-49) 120ºC
35SH 1170-1220(11.7-12.2) ≥876(≥11.0) ≥1592(≥20) 263-287(33-36) 150ºC
38SH 1220-1250(12.2-12.5) ≥907(≥11.4) ≥1592(≥20) 287-310(36-39) 150ºC
40SH 1240-1280(12.5-12.8) ≥939(≥11.8) ≥1592(≥20) 302-326(38-41) 150ºC
42SH 1280-1320(12.8-13.2) ≥987(≥12.4) ≥1592(≥20) 318-342(40-43) 150ºC
45SH 1320-1380(13.2-13.8) ≥1003(≥12.6) ≥1592(≥20) 342-366(43-46) 150ºC
30UH 1080-1130(10.8-11.3) ≥812(≥10.2) ≥1990(≥25) 223-247(28-31) 180ºC
33UH 1130-1170(11.3-11.7) ≥852(≥10.7) ≥1990(≥25) 247-271(31-34) 180ºC
35UH 1180-1220(11.8-12.2) ≥860(≥10.8) ≥1990(≥25) 263-287(33-36) 180ºC
38UH 1220-1250(12.2-12.5) ≥876(≥11.0) ≥1990(≥25) 287-310(36-39) 180ºC
40UH 1240-1280(12.5-12.8) ≥899(≥11.3) ≥1990(≥25) 302-326(38-41) 180ºC
28EH 1040-1090(10.4-10.9) ≥780(≥9.8) ≥2388(≥30) 207-231(26-29) 200ºC
30EH 1080-1130(10.8-11.3) ≥812(≥10.2) ≥2388(≥30) 223-247(28-31) 200ºC
33EH 1130-1170(11.3-11.7) ≥836(≥10.5) ≥2388(≥30) 247-271(31-34) 200ºC
35EH 1170-1220(11.7-12.2) ≥876(≥11.0) ≥2388(≥30) 263-287(33-36) 200ºC
38EH 1220-1250(12.2-12.5) ≥899(≥11.3) ≥2388(≥30) 287-310(36-39) 200ºC
28AH 1020-1080(10.2-10.8) ≥780(≥9.8) ≥2704(≥34) 199-231(25-29) 240ºC
30AH 1020-1080(10.2-10.8) ≥811(≥10.2) ≥2704(≥34) 223-247(28-29) 240ºC
N35T 1170-1210(11.7-12.1) ≥868(≥10.9) ≥955(≥12) 263-287(33-36) 80ºC
N45T 1320-1380(13.2-13.8) ≥876(≥11.0) ≥955(≥12) 342-366(43-46) 80ºC
N48T 1380-1420(13.8-14.2) ≥836(≥10.5) ≥876(≥11) 366-390(46-49) 80ºC
35MT 1170-1210(11.7-12.1) ≥868(≥10.9) ≥1114(≥14) 263-287(33-36) 100ºC
45MT 1320-1380(13.2-13.8) ≥995(≥12.5) ≥1114(≥14) 342-366(43-46) 100ºC
38HT 1210-1250(12.1-12.5) ≥899(≥11.3) ≥1353(≥17) 287-310(36-39) 120ºC
40HT 1240-1280(12.4-12.8) ≥923(≥11.6) ≥1353(≥17) 302-326(38-41) 120ºC
45HT 1320-1380(13.2-13.8) ≥995(≥12.5) ≥1353(≥16) 342-366(43-46) 120ºC
35SHT 1170-1210(11.7-12.1) ≥876(≥11.0) ≥1592(≥20) 263-287(33-36) 150ºC
38SHT 1210-1250(12.1-12.5) ≥907(≥11.4) ≥192(≥20) 287-310(36-39) 150ºC
42SHT 1280-1320(12.8-13.2) ≥995(≥12.5) ≥1592(≥20) 318-342(40-43) 150ºC
L-30SHT 1080-1130(10.8-11.3) ≥804(≥10.1) ≥1592(≥20) 223-247(28-31) 150ºC
L-33SHT 1130-1170(11.3-11.7) ≥844(≥10.6) ≥1592(≥20) 247-271(31-34) 150ºC
L-35SHT 1170-1210(11.7-12.1) ≥876(≥111.0) ≥1592(≥20) 263-287(33-36) 150ºC
L-38SHT 1210-1250(12.1-12.5) ≥907(≥11.4) ≥1592(≥20) 287-310(36-39) 150ºC
L-30UHT 1080-1130(10.8-11.3) ≥812(≥10.2) ≥1990(≥25) 223-247(28-31) 180ºC
L-33UHT 1130-1170(11.3-11.7) ≥852(≥10.7) ≥1990(≥25) 247-271(31-34) 180ºC
L-38UHT 1210-1250(12.1-12.5) ≥907(≥11.4) ≥1990(≥25) 287-310(36-39) 180ºC
L-30EHT 1080-1130(10.8-11.3) ≥812(≥10.2) ≥2388(≥30) 223-247(28-31) 180ºC

Short-wave Pass Linear Gradient Filter

The short-wave pass linear gradient filters are continuously coated to achieve spatially continuous variation of filtering characteristics based on a multi-layer wedge-shaped film structure. The slope of the film can be adjusted according to the dispersion requirement to obtain the target linear rate of change. The Linear Gradient Filter is highly integrated and has an irreplaceable advantage in the miniaturization and lightweight design of spectroscopy instruments. The products are widely used in lightweight hyperspectral imaging spectrometers, portable spectrometers, and medical endoscopes.

Short-Wave Pass Linear Gradient Filter,Short Pass Optical Filter,Bandpass Filter Kit,Gradient Filters

Changchun Champion Optics Co.,Ltd , https://www.champion-optics.com