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Elucidating the Functions of Tungsten Carbide Liners
October 23, 2024
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- Streamlined Maintenance, Enhanced Efficiency: Tungsten carbide liners, with their exceptional mechanical machinability, notably simplify machine maintenance processes, substantially reducing labor costs and significantly boosting labor productivity.
- Remarkable Resilience, Enduring Toughness: These liners demonstrate outstanding resilience, maintaining their shape even under bending without deformation, while also sustaining high toughness to effectively withstand repeated impact damage.
- Self-Lubricating Wear Resistance, Energy-Efficient: Their unique self-lubricating and wear-resistant properties enable tungsten carbide liners to outperform bronze, cast iron, carbon steel, and phenolic laminates in no-oil (or oil-free) lubrication applications, dramatically lowering consumption and conserving energy.
- Noise Absorption, Vibration Damping: Due to MC nylon’s much lower modulus compared to metals, it exhibits superior vibration absorption capabilities. Consequently, tungsten carbide liners provide a more effective solution for noise suppression and vibration reduction than metal materials, creating a quieter working environment.
- Protective Mating, Reduced Wear: Compared to metals, MC nylon has a lower hardness, meaning tungsten carbide liners can reduce damage to mating components during use, thereby extending the lifespan of related parts.
- Low Friction Coefficient, Wide Applicability: Benefiting from their low friction coefficient (mc coefficient), tungsten carbide liners showcase extensive application potential in various friction components, offering efficient and reliable solutions for diverse industrial applications.
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