Features
Outstanding durability
Excellent wear resistance: With hard alloy as the core material, its hardness is much higher than that of traditional high manganese steel and alloy steel blades. When facing the friction of hard materials such as ores and metal waste, the cutting edge is less likely to crack or wear, significantly extending the service life. Meanwhile, the high elastic modulus characteristic of cemented carbide enables it to maintain structural integrity under repeated impacts and reduces the risk of deformation.
Good impact toughness: By adjusting the composition ratio of cemented carbide (such as optimizing cobalt content) and the microstructure (such as refining grains), the brittleness defect of traditional cemented carbide has been improved, which can withstand the high-frequency material impact during crushing operations and is not easy to break. Some products adopt a composite structure of brazing hard alloy and steel parts. The steel base can buffer impact stress and further enhance the overall impact resistance.
Applications:
Recycling Industry: Perfect for shredding various recyclable materials, including plastic, metal, and rubber, enhancing recycling efficiency.
Waste Management: Ideal for reducing the volume of waste materials, ensuring efficient waste processing and disposal.
Industrial Processing: Suitable for use in industrial shredding equipment, providing reliable performance in heavy-duty applications.
Wood Processing: Efficiently shreds wood and wood-based materials, ideal for wood recycling and biomass production.
Paper and Cardboard: Ensures precise and efficient shredding of paper and cardboard materials, suitable for recycling facilities.
Product Specifications and Customization Requirements
• Specification: The size of the zigzag button teeth can be varied. The number of teeth on the bit may also vary depending on the specific application and the desired drilling performance. The overall length of the stabilizer bit can be adjusted to suit different drilling depths.
• Customization: Customization options are available. Customers can request specific tooth geometries, such as different serration patterns or angles, to optimize the bit's performance for particular rock or soil conditions. The tungsten carbide material can also be modified with additives to enhance certain properties, like increasing corrosion resistance for use in acidic environments. Additionally, the connection type of the stabilizer bit to the drill string can be customized to match existing equipment.
Grade