HSS Material Shearing Blades Used for Rubber Tire Cutting With High Precision

Why Choose Tool Steel Matters in Tire Shearing Machine Blades & Knives?

Your choice of steel affects blade life, cutting quality, and machine efficiency. We select tool steels that match the hardness and thickness of the metals you tire recycling process.

Strong materials improve:

Edge stability

Wear resistance

Cutting smoothness

Machine load and energy use

By offering D2, H13, Cr12MoV, and other alloys, we help your team select a blade that fits your actual working conditions, not just the machine model.

Shearing Blade Specification

Available Tool Steel Grades

We use tool steels for tire cutting blades known for strength, toughness, and wear resistance:

D2/SKD11- general shearing with high wear resistance

Cr12MoV-stable hardness for most sheet metal applications

H13-strong toughness for high-impact shearing

6CrW2Si-ideal for long production runs

High-carbon high-chromium steels

Tungsten alloy tool steels (optional for extreme workloads)

Product Production Processing:

FORGING

Selected fine steel high temperature heating, After repeated thrashing by an air hammer, tight texture.

FINISH MACHINING

CNC finishing machining is used for stable machining and high precision, which ensures

the high precision of quality and specifications.

HOT TREATMENT

Large-diameter pit quenching furnace is selected, with uniform heat treatment, stable

performance and high hardness

FINE GRINDING

The high-precision grinding machine is used to open the edge, with high sharpness, good parallelism high straightness, and good quality of finished products.

Tire Shear Blade Advantage:

The blade edge is sharp, and the error control is precise. It can easily handle the precision cutting of ultra-thin steel plates with a thickness of 0.3mm, and the cutting edge is flat without burrs. It is suitable for a variety of plate types: steel plates/iron plates, aluminum plates, wooden boards, composite materials, circuit boards, etc.

The optimized geometric design reduces resistance, lowers energy consumption, and significantly shortens the cutting time.
It is compatible with high-speed plate shearing machines and can meet the requirements of large-scale production.

High-strength alloy steel is selected, and the surface is treated with wear-resistant coating to extend the service life of the blade.
It is corrosion-resistant and high-temperature resistant, and can adapt to harsh working conditions.

It supports customized design to meet the special cutting needs of different industries and various types of plates.
It is compatible with the plate shearing machine equipment of mainstream brands and is convenient to install.