40 x 25 x 2.8 x 35D Granulator/Crusher Knife, 1.3207 EW9Co10 - MetavCUT

Take advantage of the combination of durable cobalt-alloyed high-speed steel, precise 40 x 25 x 2.8 x 35D dimensions and a design tailored for ECON recycling systems to ensure consistent pellet quality and reduced downtime. Order the Granulator knife 40 x 25 x 2.8 x 35D for ECON directly via Metav Werkzeuge or ask our consultants if needed.

Granulator knife 40 x 25 x 2.8 x 35D for ECON machines — MetavCUT, 1.3207 EW9Co10

The Granulator knife 40 x 25 x 2.8 x 35D is a precision cutting blade engineered for use in ECON recycling and granulation machinery to produce uniform granulate from plastic waste streams.

• 1.3207 EW9Co10 cobalt-alloyed steel
• Precision ground cutting edges
• Compatible with ECON recycling machines
• Consistent granulate, reduced dust

Durable material for prolonged cutting performance

The blade is manufactured from 1.3207 EW9Co10, a cobalt-alloyed high-speed steel grade chosen for its enhanced wear resistance and thermal stability under demanding cutting conditions. This material selection reduces micro-chipping and edge wear when processing common feedstocks such as film, pipes or sprues, meaning fewer unscheduled stops for replacement. The use of a cobalt-alloyed substrate is particularly beneficial for continuous operation, where blade temperature can rise and conventional tool steels would lose hardness; the result is a more reliable production rhythm and lower overall tooling consumption.

Precision dimensions that deliver consistent output

With nominal dimensions of 40 x 25 x 2.8 x 35D, the cutting geometry is matched to the rotor and stator tolerances of ECON units, supporting even chip formation and uniform pellet size. Precision grinding of the cutting edge and controlled tolerances contribute to reduced dust generation and better downstream handling of material. For operators, this translates into improved product quality and reduced sorting or rework. The blade geometry also supports predictable cutting forces, which benefits motor load stability and can help extend the service life of other machine components.

Engineered for straightforward maintenance and process efficiency

The blade design focuses on interchangeability and a clean interface with standard ECON mounts, enabling quick replacement and minimal adjustment time. Sharp, accurately finished edges reduce friction and heat build-up during cutting, which lowers the risk of polymer melting and agglomeration at the knife face. This contributes to stable throughput and consistent granulate quality over longer production runs. As part of MetavCUT’s process-optimised wear parts, the knife is intended to contribute to lower lifetime costs through reduced frequency of replacement and predictable maintenance intervals.

Wir bieten eine wirtschaftliche Alternative zu Hersteller-Originalteilen von MetavCUT: Unsere prozessoptimierten Verschleißteile sind passgenau, langlebig und speziell für den produktiven Einsatz entwickelt.

Discuss MetavCUT granulator knives with Metav Werkzeuge for fast, reliable supply from Emmerich—call +49 2822 7131930 or email info@metav-werkzeuge.com

Technical Data

• Article number: ECON--40x25x2.8x35D-13207-EW9Co10
• Name: Granulator knife / shredder blade 40 x 25 x 2.8 x 35D for ECON machines
• Brand: MetavCUT

Facts

• Dimensions: 40 x 25 x 2.8 x 35D

Special features

• Material: 1.3207 EW9Co10
• Application: Recycling plants, shredding and pelletising systems for ECON equipment

FAQ

What materials can be processed with this blade?
The MetavCUT granulator knife made from 1.3207 EW9Co10 is suitable for conventional plastic waste streams such as films, sprues, pipes and plates when used in ECON shredders and granulators.

Is this knife compatible with standard ECON rotors and holders?
Yes. The knife is specified to the 40 x 25 x 2.8 x 35D interface and is intended for direct fitment in ECON recycling and pelletising machines.

How does the material choice affect blade life?
The cobalt-alloyed 1.3207 EW9Co10 composition provides improved wear resistance and thermal stability, which helps maintain edge sharpness and extend operational life under continuous cutting loads.

Can the blade be resharpened or is it a one-time component?
Resharpening may be possible depending on wear pattern and remaining edge geometry; however, the blade is supplied as a process-optimised replacement part designed for reliable performance and predictable life cycles.

MetavCUT — Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com