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    Hot Cutter Blade

    Our hot cutter blades are manufactured from premium alloy steel, featuring high hardness, excellent wear‑resistance and stable high‑temperature performance. Pre‑drilled mounting holes on both ends enable fast installation and replacement. The precision ground cutting edge delivers clean cuts with fewer burrs. Custom dimensions and lengths are supported to fit various hot cutting machines.

Detailed Description

Specification Item Description
Material High-strength alloy steel
Surface Treatment Black oxidation
Customization Customizable length, width, and thickness
Mounting Design Mounting holes at both ends
Working Temperature Up to 300℃
Application Features High strength, corrosion resistance, heat resistance, suitable for demanding industrial applications

Mainly used for thermal cutting of foam, plastic strips, chemical fiber fabrics, synthetic materials and packaging accessories. Widely applied in hot cutting machines for packaging, toy, textile and plastic processing industries.

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Key Features

Custom Blade Dimensions

Tailor length, width and thickness to the hot-cutting machine's requirements.

End-Mounted Blade Design

Mounting holes at both ends support matching to the specified holder arrangement.

Precision-Ground Cutting Edge

A ground edge provides the specified cutting geometry for application trials.

Black-Oxide Surface Finish

The published finish provides a defined surface-treatment specification for custom orders.

Applications & Use Cases

Frequently Asked Questions

Q Is this hot cutter blade suitable for my material and machine?
A
Provide the material identity, thickness, cutting method and heating arrangement. "Plastic" or "synthetic fabric" alone is insufficient. Confirm mechanical compatibility and evaluate the required cut quality using representative material before approving the blade.
Q Can the blade operate continuously at 300°C?
A
The product page lists a temperature of up to 300°C, but does not define continuous exposure conditions. Confirm steel grade, blade temperature, heating cycle and loading with the supplier before treating this figure as a continuous-duty rating.
Q Why does hot cutting produce sticking, distortion or rough edges?
A
Investigate material behavior, blade condition, temperature control, cutting speed and support of the workpiece. The visible defect alone does not establish its cause. Controlled trials should separate process-setting problems from blade geometry or material issues.
Q What information is needed for a custom hot cutter blade?
A
Provide length, width, thickness, mounting-hole positions, edge geometry and dimensional tolerances. Include operating temperature, heating method, cycle time and workpiece material. If supplying a used sample, identify worn areas so they are not reproduced.

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