Crusher hammers and claws, wear-resistant and durable
High-efficiency crushing: The uniquely designed blade shape and cutting edge angle ensure rapid cutting and tearing of straw at high speeds, achieving a finely shredded and uniform effect when returned to the field.
Strong and durable: Made of special alloy steel and subjected to a special heat treatment process, it achieves an optimal balance between tip hardness and overall toughness, making it wear-resistant, impact-resistant, and with a long service life.
Hammer claws, also known as hammer blades, hammer heads, or shredders, are core working components and wear parts of agricultural machinery such as straw return machines, shredders, harvesters, and balers. They are directly responsible for the high-speed impact, cutting, and shredding of crop straw, stubble, and weeds, and their performance directly determines the operating efficiency, shredding quality, and operational stability of the machinery. Our company's hammer claws utilize advanced technology and high-quality materials, dedicated to providing powerful, durable, and efficient shredding solutions for modern agricultural production.
Deep Soil Operation: Some models are specifically designed for hard stubble and root stubble crushing, effectively penetrating the soil to crush hard stubble such as corn and cotton, creating favorable conditions for subsequent cultivation.
Easy Installation: Standardized hole design ensures perfect compatibility with original parts or mainstream models, supporting quick replacement and minimizing downtime.
Reduced Power Consumption: Optimized aerodynamic structure and weight distribution help reduce rotational resistance, lower the load on the main unit, and save fuel.
Scientific Blade Design: The front and rear cutting angles are calculated using fluid dynamics to ensure high cutting efficiency and smooth throwing, preventing entanglement and blockage.
Dynamic Balance Guarantee: Each set of hammer claws undergoes rigorous weight grouping to ensure stable rotor operation after installation, reducing machine vibration and protecting bearings.
Multiple Wear-Resistant Protection: Tungsten carbide particles are welded or inlaid with hard alloy blocks in easily worn striking areas, significantly increasing wear resistance life by several times.
Safety and Reliability: Flaw detection eliminates internal cracks; the robust overall structure prevents fragmentation and splashing during operation, ensuring operator and machine safety.
