Plastic Granulator Blades
Plastic Granulator Blades
FUSHUN SPECIAL STEEL proudly presents our high-performance Plastic Granulator Blades, engineered to meet the demanding needs of the plastic processing and recycling industries.
Key Features:
- Superior Materials: Our blades are crafted from premium steel grades including D2, SKD-11, Cr12MoV, 6CrW2Si, 9CrSi, 60Si2Mo, T10, and high-speed steel (tungsten steel).
- Optimal Hardness: Precisely heat-treated to achieve a hardness range of 50°-63° HRC, ensuring excellent wear resistance and long-lasting performance.
- Precision Manufacturing: Manufactured to tight tolerances with a precision of ±01 mm, guaranteeing consistent cutting performance.
- Versatile Applications: Suitable for various plastic granulators, recycling machines, and plastic reprocessing equipment from domestic and international brands.
Product Range:
– Standard plastic granulator blades
– Plastic recycling granulator blades
– Waste plastic crusher blades
– Granulator tools
– BOPP film granulator blades
– Plastic film granulator blades
– Waste plastic recycling machine blades
– Crusher fixed blades
– Rotor blades
Custom Solutions:
We offer customization services for non-standard granulator blades. Our team can produce blades according to customer specifications, drawings, or samples.
Additional Services:
– Blade resharpening
– Repair and maintenance
– Technical support
At FUSHUN SPECIAL STEEL, we understand the critical role that blade quality plays in granulation efficiency and end-product quality. Our blades are designed to deliver clean cuts, minimize dust generation, and withstand the rigors of continuous operation. Whether you’re processing virgin plastics or recycling post-consumer materials, our granulator blades provide the cutting edge you need for optimal performance.
Choose FUSHUN SPECIAL STEEL for uncompromising quality, precision, and durability in your plastic granulation operations. Contact us today to discuss your specific requirements and discover how our expertise can enhance your granulation processes.
