Heavy-Duty Single Shaft Shredder Blades For Paper, Plastic & Tire Recycling

About Our Heavy-Duty Single Shaft Shredder Blades

The heavy-duty single shaft shredder rotor blade and counter blade are the core components of industrial shredding systems, engineered to efficiently reduce the size of materials for easier handling, recycling, disposal, or further processing. Our custom-made blades are specifically designed for maximum performance and durability in demanding recycling applications. Engineered with high toughness and high wear resistance, these blades deliver exceptional cutting efficiency, enhanced throughput, and reduced downtime in continuous industrial operations for paper, plastic, and tire recycling facilities.

Premium Material & Construction

Our heavy-duty single shaft shredder blades are manufactured from premium-grade high-speed steel and alloy tool steel, specifically selected for exceptional wear resistance, toughness, and ability to maintain sharp cutting edges under extreme conditions. We offer fully customized material options including specialized alloys to suit specific operational needs. Each blade undergoes precision machining to achieve exact dimensional accuracy, followed by specialized heat treatment processes to optimize hardness and durability. The final product features a high-precision, burr-free cutting surface that ensures smooth operation and consistent particle size output throughout extended service periods.

Key Features & Benefits

Engineered specifically for paper, plastic, and tire recycling applications, these heavy-duty shredder blades deliver significant operational advantages. The high wear resistance extends service life by 40-60% compared to standard blades, dramatically reducing replacement frequency and maintenance downtime. High toughness prevents chipping and cracking when processing reinforced materials, steel-belted tires, or contaminated waste streams. Precision manufacturing ensures perfect fit and balanced operation, minimizing vibration and stress on shredder components. With comprehensive quality documentation (Machinery Test Reports and Video Outgoing-Inspection), ISO 9001 certification, a competitive 1-year warranty, and complete OEM/ODM support, these blades deliver reliable performance and excellent value for industrial recycling operations.

Application Industries & Materials

These versatile heavy-duty shredder blades are designed for a broad spectrum of size reduction tasks in demanding recycling industries. They excel in processing paper and cardboard (OCC, mixed paper, cardboard boxes), plastics (PET bottles, HDPE containers, plastic films, engineering plastics), tires and rubber (passenger tires, truck tires, industrial rubber products), wood waste, and mixed industrial waste streams. Key industries that rely on their performance include paper recycling facilities, plastic recycling plants, tire recycling operations, wood processing facilities, and material recovery facilities (MRFs). The blades are particularly effective for single shaft shredders used in processing diverse material streams with varying contamination levels and reinforcement materials.

Customization & Quality Assurance

We specialize in providing complete OEM & ODM blade solutions with extensive customization capabilities. From customized dimensions and side profiles to specific material specifications and cutting geometries, we can tailor every aspect to fit your specific single shaft shredder model and material processing requirements. Our commitment to quality is demonstrated through comprehensive documentation including Machinery Test Reports, Video Outgoing-Inspection, and ISO 9001 certification that verify material composition, hardness, dimensional accuracy, and performance characteristics. Backed by a 1-year warranty with online support and video technical support after warranty, we provide reliable cutting solutions with a standard 40-day lead time for 1-10 pieces. Our comprehensive after-sales service ensures continued performance optimization for your recycling operations.