Full-Mold Casting Of Impact-Resistant Toothed Components

We specialize in the production of wear-resistant tooth plates, with our core advantage rooted in the monoblock casting process. By abandoning traditional welded assembly methods and adopting one-piece casting technology, we ensure a dense, uniform internal structure free of weak joints, significantly enhancing the overall strength and impact toughness of our products. For material selection, we provide various high-quality options including high-manganese steel, high-chromium cast iron, low-alloy steel, and low-carbon steel tailored to different operating conditions. High-manganese steel demonstrates exceptional work-hardening capability under heavy impact; high-chromium cast iron offers superior wear resistance; while low-alloy steel and low-carbon steel deliver excellent cost-effectiveness and fatigue resistance in specific abrasive environments. We precisely match materials with processes to customize optimal tooth plate solutions for your specific requirements.

Our wear-resistant tooth plates are extensively applied in demanding abrasive environments, serving as the ideal choice for mining crushing, cement grinding, power plant slag removal, sand and aggregate processing, concrete mixing, and dry-mix mortar production. They effectively withstand severe impact, compression, and cutting wear from materials like ores, clinker, coal gangue, and gravel in critical components of jaw crushers, impact crushers, cone crushers, vertical mills, roller presses, and mixers. By implementing our monoblock cast tooth plates, customers significantly reduce equipment downtime for replacements, enhance production efficiency, and lower comprehensive cost per ton consumed. We are committed to elevating your equipment operational rates and generating greater economic returns through reliable quality and enduring wear performance.