Plastic Magnet Holder

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 4000 Pieces or more pc

Supply Capability:: 200 Tonnes per Month normal production pc/month

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Specifications

1.plastic magnetic button,memo holder;

2.20mm,30mm,40mm;

3.round magnetic memo holder

4.10pcs into one blsiter bag;

colorful magnetic paper holder

1.magnetic buttons

2.size:round,oblong,star,hear,special forms accepted

3.diameter:20mm,30mm,40mm

4.materials:plastic/transparent plastic + ceramic/ferrite magnet

5.logo: printing can be done on the magnet holder or on the blister package,which is optional

5.MOQ:400 blister bags for one design

6.ideal for office and school holder stationery

7.can be used as gifts for the children in the kindgarten for these itmes are no harm parts

8.package:10pcs into one blister plastic bag,100bags into one middle carton,5.6kg for the middle carton

4 middle cartons into one outer carton,about 23kg for one outer carton.

Q: I have a large collection of a magnet brand called supermags and am looking for any material that can redirect a magnets field. I have already tried mumetal and it only stuck onto the magnets. Any advice?: Materials that 'block' magnetic fields (or provide magnetic shielding) are themselves magnetic and work by redirecting the magnetic field. Magnetic materials do this by providing a preferred pathway for the field to follow due to their permeability. These materials 'support' the formation of magnetic fields by aligning their own magnetism with the field's (an alignment of their magnetic 'domains'). Where this happens the external field follows the magnetic material instead of going through the air so the field is diverted rather than blocked. Permeability is the measure of the ability of a material to support the formation of a magnetic field within itself. Ferromagnetic materials have the largest permeability so magnets places inside an box made from iron sheet are likely to have their fields diverted within the box wall and they may not be detectable from outside the box.

Q: A steady h-field can be defined through the physical properties of the material region. Furthermore, at the interface with air, the field is continuous. Is the field present in air, and is it still defined using the properties of the earlier magnetic region?: Can I get a ride?!? ;)

Q: The use of magnetic materials, all those products need to use magnetic materials.: Motor, power, medical machinery, magnetic opportunity, loudspeaker, aircraft

Q: what is the strongest rare earth magnetic material?: The magnitude of the magnet magnetic capability could decide to improve on the craft rises.otherwise it might shoot up at an intense volume of volatile velocity. you are able to desire to nonetheless have the craft have engines that activate as quickly as a undeniable elevation is reached that the magnet rigidity could be ineffective, probably the momentum could be of super information. additionally, earths magnetic poles are shifting and that they are not completely understood merely yet, so this is a confusing call to make if it could have any adverse effects on electronics or the magnet.

Q: and i heard that there are magnetic signitures on new dollars these days what is the material used to make this possiable: My car had Rotella tires on it when i bought it, that was 30,000 miles ago, finally had to replace them today, never had a single problem from them, they were 225/40/18's

Q: The bar magnet is dropped into a bag of coins. Some coins are attracted to the magnet but some are not. Why?: All materials are not magnetic or do not get attracted to magnets. Only some magnetic substances like iron, nickel, cobalt and some of their alloys get attracted to magnets. In the bag of coins you mentioned the coins that got attracted to the magnet are made of iron or have some iron content iin them. The other coins are deviod of iron and did not get attracted to it.

Q: What Is Magnetic Attraction Filtration If Possible Could You Give Me An ExampleThanxx]: Magnetic Attraction: attraction for iron; associated with electric currents as well as magnets; characterized by fields of force and an example of magnetic filtration is some filters in engines use a small magnetic pad to on the outside of the oil filters to attract the metals in Diesel or Gas through the filter to keep the engine clean and free of debris.

Q: Lines of force do what ?A)are created by electricity onlyB)repelC)never crossD)cancel out magnets: 1. Magnetic lines of force are continuous and will always form closed loops. 2. Magnetic lines of force will never cross one another. (c) 3. Parallel magnetic lines of force traveling in the same direction repel one another. Parallel magnetic lines of force traveling in opposite directions tend to unite with each other and form into single lines traveling in a direction determined by the magnetic poles creating the lines of force. (B) 4. Magnetic lines of force tend to shorten themselves. Therefore, the magnetic lines of force existing between two unlike poles cause the poles to be pulled together. 5. Magnetic lines of force pass through all materials, both magnetic and nonmagnetic. 6. Magnetic lines of force always enter or leave a magnetic material at right angles to the surface. B and C

Q: as calculated by gauss‘s law.??: It isn't! Ferromagnetic materials frequently have a residual field strength and in the case of permanent magnets that can be quite high. If you mean why is the divergence of a magnetic field always zero, then that is because there are no magnetic monopoles, i.e. no points at which magnetic field lines originate. Each magnetic field line is a closed loop so there can be no closed surface penetrated by a net flux.

Q: The magnetic material used on any occasion is ferrite magnetic material: A compound having a six axis structure with uniaxial anisotropy. Mainly barium, strontium, lead three ferrites and their composite solid solution. Equal magnetic and anisotropic magnetic separation. Due to the disappearance of the external magnetization field, the ferrite can retain a strong permanent magnetic remanence for a long time and can be used to produce a stable magnetic field in the external space. It is widely used, for example, in various types of electric meters, generators, telephones, loudspeakers, televisions and microwave devices, as permanent magnets.

We are a leading manufacturer and supplier of magnetic products, such as magnetic materials, reductive iron powder and injection magnets. We take pride in a number of senior engineers and technicians with over 20 years of experience in this sector as well as advanced equipment and the top-ranking management system, which make it possible for us to provide our customers with high quality products, competitive prices and first-class service. We sincerely hope to establish long-term business relationships with customers from at home and abroad on the basis of equality and mutual benefits and seek common development.

1. Manufacturer Overview

Location	Guangdong,China (Mainland)
Year Established	2009
Annual Output Value
Main Markets	11.11% North America 11.11% South America 11.11% Eastern Europe 11.11% Southeast Asia 11.11% Oceania 11.11% Mid East 11.11% Eastern Asia 11.11% Western Europe
Company Certifications	license 1

2. Manufacturer Certificates

a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability

a) Trade Capacity
Nearest Port
Export Percentage	91% - 100%
No.of Employees in Trade Department
Language Spoken:	English, Chinese, Japanese
b) Factory Information
Factory Size:	5,000-10,000 square meters
No. of Production Lines	6
Contract Manufacturing	OEM Service Offered
Product Price Range