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The WSHT Impact Crusher Wear Parts include high-quality blow bars, impact plates, and liner plates manufactured from premium alloys for maximum impact resistance and service life....
The WSHT Impact Crusher Wear Parts include high-quality blow bars, impact plates, and liner plates manufactured from premium alloys for maximum impact resistance and service life.
Our wear parts are available in chrome steel, martensitic steel, and manganese steel grades to suit different impact crusher applications and material abrasiveness levels.
Available in high chrome, martensitic, and manganese steel to match specific crushing requirements.
Engineered profiles maximize impact energy transfer and reduce power consumption.
Advanced heat treatment provides optimal hardness distribution for 25-40% longer wear life.
Designed to fit WSHT, Hazemag, Sandvik, and other major impact crusher brands.
| Part Name | Material Options | Hardness (HRC) | Weight Range (kg) | Applicable Models |
|---|---|---|---|---|
| Blow Bar (Primary) | High Chrome / Mn Steel | 50-62 / 180-220 HB | 30-300 | PF-1006 to PF-1520 |
| Blow Bar (Secondary) | Martensitic / Mn Steel | 45-55 / 180-220 HB | 20-200 | PF-1006 to PF-1520 |
| Impact Plate (Primary) | Mn13Cr2 / Mn18Cr2 | 180-220 HB | 50-500 | All PF Series |
| Impact Plate (Secondary) | Mn13Cr2 | 170-200 HB | 30-300 | All PF Series |
| Liner Plate | Mn13Cr2 | 170-200 HB | 15-100 | All PF Series |
Replacement wear parts for impact crushers in aggregate crushing plants.
Wear components for impact crushers processing various ore types.
Impact crusher parts for limestone and gypsum crushing in cement plants.
Durable blow bars for impact crushers processing recycled concrete and asphalt.
All WSHT WSHT-Impact series equipment undergoes rigorous quality inspection and load testing before delivery. We provide comprehensive after-sales service including installation guidance, operator training, and 24/7 technical support.
专为可靠性而设计，为性能而打造。每款WSHT产品都体现了我们对质量和创新的承诺。
高强钢结构 & 精密数控加工，确保在最恶劣的采矿条件下长期可靠运行。
优化的腔体几何形状和智能设计，实现每小时最大产量并减少停机时间。
先进的工程设计可将能耗比传统设备设计降低高达20%。
现场安装、调试、操作员培训及备件供应全球可得。
