• Concrete Pump Wear-Resistant Cutting Ring

  • Concrete Pump Wear-Resistant Cutting Ring

  • Concrete Pump Wear-Resistant Cutting Ring

  • Concrete Pump Wear-Resistant Cutting Ring

  • Concrete Pump Wear-Resistant Cutting Ring

  • Concrete Pump Wear-Resistant Cutting Ring

  • Concrete Pump Wear-Resistant Cutting Ring

Concrete Pump Wear-Resistant Cutting Ring

Our concrete pump wear-plate is engineered to withstand the extreme abrasion and high-impact forces of modern concrete pumping operations.

Product Description

Premium Durability for High-Pressure Applications
Our concrete pump wear-plate is engineered to withstand the extreme abrasion and high-impact forces of modern concrete pumping operations. Crafted from ultra-hard chromium carbide alloy with a surface hardness of HRC 58-62, this component excels in resisting wear from abrasive concrete mixtures, ensuring extended service life even under continuous high-pressure conditions.

 

Optimized Design for Leakage Prevention
Featuring a dual-hardness layered structure, the cutting ring combines a hardened outer layer for wear resistance with a tough inner core to prevent cracking. The precision-machined sealing surface ensures a perfect fit with the rubber sealing ring, minimizing slurry leakage and reducing downtime for maintenance. Its unique groove design enhances concrete flow efficiency while maintaining pressure integrity.

 

Key Advantages:
✔ 2-3X Longer Lifespan vs. standard alloy steel plates
✔ Compatible with major pump brands (Schwing, Putzmeister, Zoomlion, etc.)
✔ Available in custom sizes and bolt patterns upon request
✔ Reduced friction design lowers energy consumption

 

Application Scenarios:

♢High-rise building concrete pumping

♢Tunnel and underground engineering projects

♢Precast concrete component production

♢Long-distance pipeline pumping systems

 

Why Choose Our Cutting Ring?
Every component undergoes rigorous QC testing, including ultrasonic flaw detection and hardness mapping, to ensure consistent performance. Our optimized heat treatment process eliminates stress concentrations that cause premature failure in conventional designs.

  • wechat

    Lucky Wang: +86 166 3172 1719

  • wechat

    Lynn: +86 166 3171 8277