Product classification
Contact Us
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
Blow Bars
Martensitic blow bars are high-performance wear-resistant components engineered specifically for horizontal shaft impact (HSI) crushers, excelling in mining, quarrying, and construction waste recycling applications. Designed to handle tough materials—from hard rock (granite, iron ore) and limestone in mining to concrete debris, brick masonry, and recycled aggregates in construction recycling—they strike the perfect balance between hardness (44-57 HRC) and impact resistance (100-300 J/cm²).
wear-resistant alloy steel blow bars
Wear-resistant alloy steel blow bars are the key working parts of impact crushers, directly responsible for high-efficiency impact crushing of materials. They bear massive impact forces and wear during operation, serving as critical wear-resistant spare parts.
construction waste crusher parts
The design of construction waste crusher parts is mainly based on the particularity of the materials it handles and the process requirements of the crushing equipment. Construction waste usually contains waste with complex components and large hardness differences such as concrete blocks, bricks, and steel bars.
Mining crusher wear parts are important crusher spare parts designed to resist wear in rock crushing operations. Common types include jaw plates, blow bars, and various liners—components that directly bear the brunt of material impact and friction.
Coal crusher parts are engineered to handle coal’s brittle nature, ensuring smooth, low-waste crushing for power plants and mining. Key components like impact plates and rotor assemblies work together—impact plates guide coal into optimal trajectories, using repeated impacts to avoid over-crushing or blockages.
A crusher wear plate is a replaceable component, typically made of highly wear-resistant alloy steel, that protects the internal surfaces of a crushing machine from the intense abrasion and impact of crushing rock, ore, and other hard materials.