26 x 10 x 2 Shredder/Granulator Knife ECON22/VE16, 1.3207 EW9Co10 - MetavCUT

Take advantage of the combination of precise dimensions, wear-resistant 1.3207 EW9Co10 steel and a shape proven for granulation and shredding to maintain steady plant output; order the blade directly via Metav Werkzeuge or consult our advisors for fitment details.

ECON22/VE16 granulator and shredder knife — 26 x 10 x 2 mm, 1.3207 EW9Co10

The ECON22/VE16 granulator and shredding knife for ECON recycling machines, engineered to deliver consistent pellet quality and reliable feeding in industrial recycling and pelletising lines.

• High-cobalt steel 1.3207 EW9Co10
• Precision ground cutting edge for uniform pellets
• Compatible with ECON22/VE16 machine series
• Dimensions 26 x 10 x 2 mm

Durable blades that keep production flowing

The blade is manufactured from 1.3207 EW9Co10, a tool-grade material selected for its wear resistance and dimensional stability under repetitive cutting loads. That material choice translates into fewer changeovers and a longer service interval for the cutting system, which supports continuous throughput in recycling and granulation plants. Where consistent output counts, this design helps reduce rejects and prevents unexpected slowdowns by maintaining a steady cutting geometry over time.

Precision dimensions for drop-in compatibility and clean cuts

With exact 26 x 10 x 2 mm dimensions and a precision-ground edge, the knife is designed for direct installation into compatible ECON shredders and granulators. The accurate profile promotes uniform pellet size, lowers fine dust generation and reduces melt variation in downstream processing. For operators, that means improved processing efficiency and a better final product appearance; for the plant, it reduces cleaning cycles and secondary finishing work.

Practical performance in industrial recycling applications

Intended for use in shredders, cutting mills and granulation systems, this blade performs well on a range of thermoplastic streams—film, pipe, plate, sprues and regrind. Its geometry is optimised for reliable feeding and even cutting, which supports consistent bulk density and ease of handling in the material flow. Supplied under the MetavCUT label, the component benefits from quality control focused on productive, repeatable performance in demanding recycling environments.

For robust, process-ready knives from MetavCUT, contact Metav Werkzeuge in Emmerich for availability and technical advice: info@metav-werkzeuge.com, +49 2822 7131930

Technical data

• Article number: ECON-ECON22/VE16-26x10x2-13207-EW9Co10
• Product name: Zerkleinerungsmesser / Granuliermesser 26 x 10 x 2 ECON22/VE16
• Brand: MetavCUT

Facts

• Dimensions: 26 x 10 x 2 mm
• Material: 1.3207 EW9Co10
• Model: ECON22/VE16

Special features

• For use in ECON recycling and granulation systems
• Suitable for shredders, granulators and pelletising lines
• Application: plastics, sprues, films, pipes, plates
• Process-optimised wear component designed for productive use

FAQ

How does this knife differ from standard granulator blades?
The MetavCUT ECON22/VE16 knife uses 1.3207 EW9Co10 and a precision-ground edge to provide improved wear resistance and more consistent pellet geometry compared with generic blades.

Which machines are compatible with this blade?
Compatibility is aimed at ECON recycling and granulation equipment, specifically models accepting the ECON22/VE16 knife size and form factor.

What materials can be processed with this knife?
The blade is suited to a wide range of thermoplastic materials including films, pipes, plates and sprues, supporting both shredding and granulation tasks.

Does the knife help to reduce dust and fines?
The precision edge and consistent cutting geometry contribute to lower dust generation and more uniform particle size in the processed output.

Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

With MetavCUT, a cost-effective alternative to original manufacturer parts is provided: the process-optimised wear parts are made to fit precisely, built for long life and specifically developed for productive industrial use.