Continuous Cold-Rolled Blades represent a significant advancement in spiral blade manufacturing technology. Utilizing advanced continuous cold-rolling techniques, these blades overcome traditional production challenges including poor precision, difficult molding, high material loss, and low production efficiency. The result is a meticulously crafted blade that ensures stability and consistency throughout the manufacturing process.

After forming, Continuous Cold-Rolled Blades feature a clean surface, high radial perpendicularity, and exceptional dimensional accuracy and surface hardness. These attributes enhance overall product performance while significantly reducing resistance during spiral propulsion, thereby boosting operational efficiency.

These blades are renowned for their robustness, capable of withstanding greater workloads and ensuring stable equipment operation. Their ease of welding and assembly simplifies the installation process, reducing complexity and providing customers with a more convenient and efficient user experience.

• Concrete mixing stations - used in material conveying systems to enhance material handling efficiency and reduce clogging
• Open-pit mines and large-scale ore extraction sites - widely applied to transportation equipment due to superior wear resistance, improving operational efficiency and extending equipment lifespan
• Agricultural production - including grain storage and processing machinery, valued for durability and stability
• Wastewater treatment equipment - characterized by strong corrosion resistance, effectively conveying and treating solid particles and impurities in wastewater
• Livestock farming, chemical, and light industries - employed for material conveying, mixing, and blending processes to improve production efficiency and quality