High quality cobalt tungsten
carbide tungsten compound powder
Description
Place of Origin: China Product name: WC-12Co Application: thermal spraying, HVOF, etc., HVOF, D-Gun Shape: powder, ball like Material:tungsten carbide, cobalt Chemical Composition: WC, Co, etc., Co:12.0;C:5.4;W Bal Dimensions: -325mesh/+15 um;-45 um/+15 um Flow density: 20 sec 4.4g/cm3 Color: gray Supply Ability: 80000 Kilogram/Kilograms per Year Lead time:15days Port of shipment: Xiamen Applicable process: 1.for plasma spraying (PTA) 2.for supersonic spraying (HVOF/HVAF).
- Metal powders
- carbide tungsten compound powder
- High quality cobalt tungsten
- WC Co powder
Product characteristics
- dimensions
- -45um/+15um
Similar products from XIAMEN NINESUN IMP. & EXP. CO., LTD
XIAMEN NINESUN IMP. & EXP. CO., LTD
China
tungsten carbide compound powder
XIAMEN NINESUN IMP. & EXP. CO., LTD
China
The characteristics of Samarium Cobalt Magnet •Very high magnetic properties with good stability •High magnetic performance - up to about 32MGOe •Superior resistance to high temperature, Curie temperature of majority is over 800°C •Excellent corrosion resistance capability, no coating is needed for surface protection
XIAMEN NINESUN IMP. & EXP. CO., LTD
China
Place of Origin:China Product Name:Tungsten Powder Chemical Composition:99.99%Pure Tungsten Powder Lead time:15days Port of shipment:Xiamen Payment term:T/T,L/C Application 1 For high proportion alloy, green bullets, alloy steel, drill, and products; 2 High-active nano powder can be used as the raw materials of high performance proportion alloy additive quantity (powder from 30% ~ 50%) and preparation of the silk road, and raw materials can be used as additive, high alloy materials, tungsten powder can significantly improve performance and reduce alloy sintering temperature and shorten the production cost saving time and sintering; 3 The nanometer powder can be used as the raw material, nanometer WC preparation of nanocrystalline cemented carbides. Due to the special nanometer powder, and can be used for pore structure ceramic metallization coating W-Mn method of tungsten powder materials.