High-strength, high-anti-friction hard alloy, and manufacture method and application thereof

Abstract

The invention refers to high-intensity high-wearable hard carbide. Adopt tungsten carbide as hard phase and Fe, Co and Ni as felting phase, and additionally add carbide of Ti or V, boride or chloride and tantalum carbide or niobium carbide and also carbon, and after wet grinding, comprssing and vacuum sintering, make the hard carbide.

Description

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AI Technical Summary

Benefits of technology

This patented technology relates to making better quality glass panels and cutting members made from this type of metal called molybrons. These improvements include increasing their abrasion resistances, reducing cracks during use, enhancing its lifespan, adding extra layers like zirconia powder, silicon dioxynitride, copper oxide, tantaluminum, manganese sulfate, tin compounds, and others. By combining different types of metallics together, we have developed new compositions that improve upon existing ones while maintaining excellent properties over time.

Problems solved by technology

This patented technical problem addressed in this patents relates to selecting suitable material compositions for use during high pressure deliveries from different sources such as industrial pumps, pipeline systems, and hydraulic power plants. These materials have specific properties that make them difficult to break down over time without losing their effectiveness when subjected to severe shock conditions caused by hitting against other objects on site.