Crusher Spare Parts for Aggregate Production

We are a professional supplier of customized weld overlay parts. Our products are used extensively in a variety of industries, including mining machinery, petrochemical equipment, thermal power plants, construction machinery, cement machinery, and metallurgical equipment. We utilize high-quality materials, such as high-chrome welding consumables, tungsten carbide alloys, nickel-based alloys, cobalt-based alloys, and wear-resistant electrodes. Our advanced technology and expertise ensure durability and reliability. Please contact us for further information.

Manganese steel casting are high-manganese steel alloy castings with a high manganese content (usually 11.5-14%). This high manganese steel alloy offers excellent wear resistance and toughness, making it an ideal choice for wear parts in mining and construction machinery. It is particularly suited to high-wear, material impact, and vibration working conditions. In the most demanding applications such as primary rock crushers, manganese steel has proven to be the best and most economical solution.

CAFU supplies crusher liners at competitive prices to a diverse range of mining customers, offering a comprehensive solution for crusher wear liners. Our product range includes cone crusher mantle and bowl liners, jaw plates and liners, blow bars and impact plates for impact crushers, and more.

Supply of high performance cement plant wear parts for cement plants has been one of Cafu's main business. The scope of supply includes wear parts for cement ball mills and vertical mills, high temperature resistant linings and parts for rotary kilns, grid plates for cooling, wear parts for crushers, corrosion resistant pipes, conveyor wear parts, etc. Major users include well-known cement producers in South America, the Middle East, Africa, Southeast Asia and Europe. Download Brochure⇒Cement Plant Spare Parts Brochure

Oilless bushings represent a class of inlaid solid lubrication bearings. They have a high-strength copper alloy substrate which incorporates a specially formulated solid lubricant and lubricating oil. These release the lubricant and solid lubricant gradually during the friction process.