Advantages and applications of high wear-resistant tungsten carbide plungers

Tungsten carbide plungers are essential key parts in industrial fields such as petroleum machinery, high-pressure cleaning equipment, and ultra-high-pressure compressors. The fundamental reason why it can perform well under high-pressure extreme conditions is its unique material composition and physical properties. Tungsten carbide itself is a compound with extremely high hardness, with a Mohs hardness of 9~9.5, second only to diamond, and the addition of cobalt provides it with the necessary toughness, allowing this plunger to withstand high-intensity pressure without being easily brittle.

In addition, tungsten carbide plungers also have good corrosion resistance. In the production of petroleum, chemical and other industries, the conveyed fluids often contain corrosive substances such as acids and alkalis, and tungsten carbide plungers show good stability to most acidic or neutral corrosive media, but they still need to be matched with coatings or reasonable material selection under strong oxidizing or alkaline high temperature conditions. Contact Jinxin to help you choose the right tungsten carbide plunger.

High wear-resistant tungsten carbide plungers have a wide range of applications. In oil production, high-pressure jet drilling equipment relies on it to achieve stable delivery of high-pressure mud, helping the drill bit to efficiently break rocks; in chemical production, it is the core component of high-pressure reactors and fluid metering pumps, ensuring the accurate transmission of corrosive media in a closed environment; in the power industry, the tungsten carbide plunger in the ultra-high-pressure water jet cleaning equipment can generate a strong water flow impact force, easily removing dirt from the surface of pipes and equipment.

If you are paying attention to high-wear-resistant tungsten carbide plunger products, you can contact us for recommendations. It can inject a lasting "durable gene" into your production equipment, making industrial production more stable and efficient.