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Name :
M30
Description
M10 uses non-magnetic steel or stainless steel as the base plate and welds a layer of non-magnetic alloy to obtain a wear-resistant plate with extremely low magnetic permeability.
M10 is suitable for working in a strong magnetic environment. The material will not be magnetized to affect the efficiency of the equipment. For example, magnetic separators or iron separators provide a longer service life than stainless steel.
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| M10 Technical Specification | ||||||
| Main Chemistry Composition ( % ) | C | Cr | Mn | Si | B | Nb+Mo+V+W |
| 2.0-4.0 | 18-35 | > 13 | < 1.2 | < 0.7 | < 0.5 | |
| Material for the base plate | 20Mn23AlV & 0Cr18Ni9 | |||||
| Main alloy hard phase | Austenite+Chromium carbide | |||||
| Overlay hardness | ＞ 500Hv | |||||
| Operating Temperature | < 400℃ | |||||
| ASTM G65-04 dry sand rubber weheel test (procedure A) | ＜ 0.48g | |||||
| Standard thickness（mm） | 5/5, 6/7, 8/9, 10/11 | |||||
| Standard plate size（mm） | 600*3000 | |||||
| Abrasive wear test weightlessness (g) | ||||||
| ASTM 304 | 2.0367 | |||||
| M10 | 0.4525 | |||||
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