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Telephone: +86-13792621099
sales@sdjjiu.com
Weifang Binhai New Area Sino-foreign Cooperation Industrial Park, about 260 meters west of the intersection of Hai 'an Road and Zhenhai Street
Products
high-manganese steel crusher hammers – superior wear resistance for heavy duty crushing | Jiujiu
High‑manganese steel crusher hammers deliver superior wear resistance, impact toughness, and reliable performance for mining and aggregate crushing.
heavy duty high wear-resistant hammers – high-manganese steel for impact crushers | Jiujiu
Heavy duty high wear-resistant hammers made of high-manganese steel for impact crushers. Superior abrasion resistance, impact toughness & long service life | Jiujiu
Lost Foam Jaw Plate Germany | Verschäumtes Gussteil Backenbrecherplatte
The Lost Foam Jaw Plate Germany | Verschäumtes Gussteil Backenbrecherplatte process is particularly suitable for producing crusher plates with complex structures and high dimensional accuracy requirements.
The distributor plate of the crusher is a key functional component in crushing equipment. Through the specially designed guide grooves, protrusions or layered structures on its surface, the distributor plate actively guides materials to disperse in a specific direction within the crushing chamber.
A crusher liner plate (often referred to as a crusher liner) is a critical wear-resistant and impact-resistant component installed on the inner surfaces of crusher chambers (such as jaw crushers, cone crushers, or impact crushers) that come into direct contact with raw materials. The selection of crusher liner mainly considers three core factors: wear resistance, impact resistance and economy.
High-Chrome Blow Bar for Impact Crusher—Wear-Resistant Hammers | China Supplier
High-Chrome Blow Bar for Impact Crusher - Wear Resistant Hammers | China Supplier is the definitive metallurgical solution for operators facing the aggressive erosion of high-silica aggregates. At Shandong Jiujiu Machinery, we specialize in resolving the "rounding" effect that compromises crushing efficiency in standard manganese components.