Gold Coating High Powerful Magnet

Gold Coating High Powerful Magnet, High Powerful Speaker Ring Magnet, N35 Ring Neodymium Magnet, High Powerful Magnet, Strong Ring Magnet, Strong Power Magnet, Gold Coated Neodymium Magnet

Product Name: Gold Coating Ring Neodymium High Powerful Magnet
Magnet ID:Ring-Ø50xØ42×4-N35-Au
+ Highest Energy of All Permanent Magnets
+ Moderate Temperature Stability
+ High Coercive Strength
+ Moderate Mechanical Strength

1.0 SCOPE & OBJECTIVE
1.1 Scope: This standard defines magnetic, thermal,physical and mechanical characteristics and properties of commercially available permanent magnet materials as
listed in Table 1.
There are a large number of permanent magnet materials in use which are not described in this document. These materials generally fall into one of the following categories:
(a) Older materials that have been largely replaced by new materials.
(b) Materials made by only one company with a specialized and limited use.
(c) Materials evolving. from development status to production which at this time are not mature from a commercial viewpoint.
For reference purposes, the principal magnetic properties of the materials in the above categories are listed in Appendix A.
1.2 Objective: The objective of this standard is to establish criteria by which users of permanent magnet materials may be assured of magnets manufactured to present commercial standards.

2.0 DEFINITIONS & TERMS
2.1 Definitions: The following definitions characterize materials covered in this standard:
2.1.1 Permanent Magnet (Magnetically Hard)
Material: A permanent magnet material, also designated as a magnetically hard material, has a coercive force gener-ally greater than 120 Oe.
2.1.2 Individual Magnet: The term individual magnet denotes a magnet purchased in a size and shape to be ready for direct incorporation into a magnetic circuit.
2.1.3 Bulk Magnet Material: The term bulk magnet material designates bar, rod, slab, strip, sheet, etc., from which the purchaser cuts, stamps or forms individual magnets.
2.1.4 Polarity of a Magnetized Magnet: The North Pole of a magnet is that pole which is attracted to the geographic North Pole. Therefore, the North Pole of a magnet will repel the north seeking pole of a magnetic compass.
2.1.5 Demagnetized Magnet: For the purposes of this standard, a magnet shall be considered demagnetized if, when any of its poles is dipped in soft iron powder (of -5, + 10 mesh), not more than 3 particles of powder adhere to it anywhere upon withdrawal.
2.2 Terms: A glossary of terms commonly used with permanent magnetic materials is given in Appendix B.