Product Introduction:
This series of products is used for surface processing of engine valve lock clamping grooves, necks, disk conical surfaces, disk outer circles, disk end surfaces, and rod end surfaces, as well as multi-part combined grinding processing.
Suitable for processing ordinary alloy steels and heat-resistant alloy steels such as 40Cr, 4Cr9si2, 4Cr10si2M, 21-4N, 23-8N, and NCF751 (nickel-based alloy steel).
Technical Note:
The maximum working line speed of this product can reach 180m/s, which is slow feed forming and grinding. The grinding wheel and workpiece have a large contact area and a high speed ratio, which can achieve high material removal rate, greatly improve processing efficiency and reduce processing costs, and maintain the shape of the grinding wheel well during use without any need for trimming.
The contour accuracy of the machining workpiece can reach 0.005mm, and the grinding wheel matrix can be reused.
Product Advantages:
● Designed specifically for wear-prone areas, greatly improving the service life of the grinding wheel.
● High-precision shape
● Grinding wheel stabilizes Hezhong technology
● Long life of the grinding wheel
● Replacing can be repeated several times
● Multi-layer electroplating process can be used in more complex shapes
Processing parts | Processing diagram | Specifications D*T/t*H*W | Linear speed | Workpiece roughness |
Single groove chamfer | 1. Single valve groove small end chamfer grinding wheel diagram | 380*(16-35)*Φ160 | 80-150 | Ra0.8-1.6 |
Three-slot chamfering wheel | 2. Three-slot valve, small end chamfer grinding wheel diagram | |||
Disc cone surface outer circle | 3. Multi-station cone surface outer cylindrical grinding wheel diagram | 380*(18-35)*Φ160 | 80-150 | - |
Disc cone surface outer circle chamfer | 4. Multi-station cone surface, outer circle, chamfer drawing grinding wheel | 380*(18-35)*Φ160 | 80-150 | - |