Horizontal Slurry Pump Spare Part spare part include: Impeller, sheath, rear guard plate, split packing gland, shaft sleeve, water seal ring, import and export seal ring, etc. There are a variety of metals available for the over-current parts, and increase the depth. It is widely used in metallurgy, mining, petroleum, chemical, coal, electric power, transportation, river dredging, building materials and municipal engineering departments.
The very nature of pumping solids means that destructive wear of internal components is an unavoidable part of the life cycle of a mud pump.
The sealing surfaces are made of high quality, pressure free sintered silicon carbide and high quality cemented carbide. The base materials are SUS316L and 2205. The structure has the advantages of anti blocking, anti-wear and corrosion resistance, and its service life is more than twice that of ordinary mechanical seal.You can rest assured to buy slurry pump mechanical seal from us.
The shield of slurry pump is an important part of slurry pump, which is the same as the sheath and impeller
You can rest assured to buy Slurry Pump Fpl Insert from us.
What sets the Impeller of Corrosion Resistant Slurry Pump apart from other pumps is its innovative design. The unique impeller design ensures maximum efficiency and reliability, which reduces downtime and maintenance costs.
Our rubber slurry pump volute liner is designed to offer superior protection against abrasive wear and tear, providing an extended pump and liner life. Made with high-quality rubber materials, it provides exceptional resistance to corrosion, erosion, and impact, making it an ideal choice for a wide range of industrial and mining applications.
Our volute liner slurry pump parts are specially designed and developed to provide superior slurry handling solutions for your applications.Volute liner slurry pump parts are made with high-quality materials and advanced technology to ensure reliable performance and long-lasting durability.
Volute of slurry pump is an essential part of the pump's design that helps convert the kinetic energy gained from the impeller into pressure energy, thus increasing the pump's efficiency.
