Ultra-Wear-Resistant Tungsten Carbide Cylinder with Silicon Nitride Shaft Assembly

Product Description

Ultra-Wear-Resistant Tungsten Carbide Cylinder with Silicon Nitride Shaft Assembly

Product Overview

The high-performance assembly combining a tungsten carbide cylinder with a silicon nitride shaft is specifically engineered for extreme operating conditions. This combination significantly outperforms traditional metal materials in wear resistance, corrosion resistance, and high-temperature stability, extending service life by 3 to 5 times while dramatically reducing maintenance frequency and costs.

Tungsten Carbide Manufacturing Process

We employ advanced powder metallurgy techniques to manufacture tungsten carbide cylinders:

1.    Material formulation: High-purity tungsten carbide powder is precisely mixed with cobalt binder in specific ratios

2.    Forming process: Isostatic pressing technology ensures uniform material density with forming accuracy of ±0.01mm

3.    Sintering: Vacuum sintering at 1400-1600℃ creates a dense microstructure

4.    Precision machining: Diamond grinding tools achieve surface roughness below Ra0.05μm

5.    Quality inspection: Multiple testing procedures including ultrasonic flaw detection and hardness testing

Core Technical Advantages

•    Material properties: Tungsten carbide hardness exceeds HRA 90, while silicon nitride provides self-lubrication with friction coefficient as low as 0.1

•    Precision manufacturing: Mirror-polished cylinder interior (surface roughness Ra≤0.05μm), shaft machining tolerance controlled within ±0.001mm

•    Customization: Available in diameters from 10-500mm with various surface coating options Key Benefits Summary

•    Extended service life: 5 times more durable than traditional stainless steel components

•    Energy efficiency: Reduces friction losses by 60%

•    Maintenance-free design: Corrosion-resistant materials require no additional lubrication

•    Easy installation: Standardized interface design compliant with ISO/DIN specifications

Technical Parameter Comparison

Industry Application Examples

Oil Industry: Extended replacement cycle from 3 months to 2 years in oilfield plunger pumps
Food Processing: FDA-certified for acidic food filling production lines
New Energy Manufacturing: Solved shaft wear issues in lithium battery electrode rolling mills, maintaining 1μm precision