High Performance Tungsten Carbide Side Block for HPGR with TRS > 3000 N/mm3, Hardness 85-92 HRA, and 10000-30000hrs Service Life
Price:
$49
MOQ:
1
Delivery Time:
Negotiable
Brand:
Rixin
Product Description
Direct Factory High Compressive Strength HPGR Tungsten Carbide Wear Plates
Polished customizable OEM tool parts designed for iron ore processing with exceptional durability and performance.
Tungsten Carbide Side Block for HPGR Edge Protection
| Item | Tungsten carbide edge block |
|---|---|
| Grade | YG11C, YG15, YG15C, YG18, YG20 |
| Sizes | Standard or customized |
| Brand | Rixin |
| Country of Origin | Zhuzhou, China |
| Usage | High pressure grinding roller, iron ore, cement crushing |
Tungsten carbide edge blocks are essential components for High Pressure Grinding Rollers. With superior hardness, strength and impact resistance, these components significantly enhance HPGR machine service life and operational efficiency. Compared to traditional hardfacing rollers, tungsten carbide edge blocks offer 10 times longer service life.
Product Specifications
Manufacturing Capabilities
We specialize in tungsten carbide profiles, dies, cutting tools, mining tools, wear parts, and custom tool parts for industrial applications. Our facility includes:
- Powder mixing, pressing, and sintering workshops
- Finishing and surface treatment facilities
- Mould design capabilities
- Physical and chemical testing laboratories
- Monthly production capacity of 50 tons
Quality Assurance
All products undergo strict ultrasonic inspection to ensure they are free from defects. Our components feature:
- High density construction
- Exceptional wear resistance
- Superior impact resistance
- Extended operational lifetime
Company Profile
Similar Products
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Zhuzhou Mingri Cemented Carbide Co., Ltd.
Location
Add: No. 88, Mingri Road, Liyu Industrial Area, Tianyuan District, Zhuzhou City, Hunan Province.P.R.C. P.C:412007
Contact Person
Linda Chen