Shredder Wearpart
Forging is a high-strength metalworking process that produces shredder blades with exceptional durability and mechanical performance, making them ideal for demanding shredding applications.
- High dimensional accuracy
- Excellent surface finish
- Applicable to a variety of metal materials
How we do the shredder blade
At our facility, we use the open die forging process—a proven metalworking method—to produce high-performance shredder blades. This technique shapes heated metal between flat or simple dies without full enclosure.
Key benefits of open die forging:
Enhanced structural integrity: Forging refines the grain structure, increasing strength, impact resistance, and wear life. For example, round bars are squared for single-shaft blades, while cylindrical billets are flattened for stronger dual-shaft blades.
Design flexibility: Without closed-die limits, we can customize blade sizes and shapes for diverse shredding applications.
After forging, each blade is precisely machined and heat-treated to meet strict hardness and dimensional standards. The result is a durable, high-performance blade built for tough working conditions.
For industries seeking reliable and cost-effective shredder and pulverizer blades, our open die forging process delivers trusted results
Contact
ONE-STOP SOLUTION
WearpartsMFG provides complete support from design and mold making to forging, machining, and wear-resistance treatment. Our one-stop process helps you cut lead times, boost user satisfaction, and reach more markets.
SHREDDER TECH
At WearpartsMFG, we focus on the development and application of cutting-edge wear-resistant materials. Our continued investment in technology ensures that each tool delivers superior strength, durability, and impact resistance.
TOP-GRADE QUALITY
All our tools are manufactured under the ISO9001:2015 quality system. With a thorough inspection process throughout production, WearpartsMFG guarantees consistent performance and long-lasting reliability in every product we deliver.
Customized shredder blade
1. Drawing Confirmation
We start by confirming the drawings. Once the deposit is received, we will convert production drawings based on the customer’s sample or technical files.
2. If Only Samples Are Provided
If there are no drawings, we will analyze the sample to measure thickness, hole diameter, spacing, and cutting edge design, and confirm the processing method.
3. Application Scenarios
(1) Does the material contain stone or metal?
(2) Is there organic or mixed waste?
(3) What hardness is needed, or what do we recommend?
4. Logo Customization
Do you need a logo? Let us know the method (laser, engraved) and placement
How We Test these blade
- For Material: Spectroscopic and manual quantitative analysis
- For Forging process: Metallographic analysis
- For Machining: Dimensional testing
- For Special Precision Sequirement: Coordinate measuring machine
- For Mechanical Property, Rockwell and Vickers hardness testing
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Have Questions Left Unanswered?
With years of experience in forging and precision machining, WearpartsMFG provides end-to-end support for your projects. Our skilled team enhances product durability by integrating advanced machining techniques, efficient forging methods, and specialized heat treatment—ensuring every solution is tailored to your exact requirements.