William Whiteley & Sons 250mm High Carbon Steel General Purpose Composite Material Shears Black 3700T-10/R

William Whiteley & Sons 3700T-10/R composite material shears feature a 250mm overall length and are forged from high carbon tool steel, offering exceptional durability and precision for cutting advanced composite materials. Their design targets industrial, laboratory, and manufacturing applications involving glass, aramid (Kevlar), and carbon fibers.

The shears include specially ground and set blades delivering a cutting life that is ten times longer than standard shears. Coated with Xylan, the blades minimize friction and enhance performance when cutting difficult fibers. The serrated blade design securely holds loose fibers to improve cutting accuracy and minimize fraying.

Engineered with rounded tips, these shears avoid snagging loose weave fibers common in composite materials. They are tailored for use in both dry cutting and pre-peg wet processes frequently encountered in composite material fabrication.

The handle is constructed from steel with a straight style and finished in black, ensuring a firm grip and comfortable handling during repetitive tasks. The scissors are height safe to guarantee operator safety.

These shears are manufactured in the United Kingdom and are ideal for applications in aerospace, automotive composites manufacturing, research laboratories, and other advanced material processing environments.

Forged high carbon steel for extreme durability. Ten-fold blade life improvement with specially set blades. Xylan coating reduces friction and improves cutting performance. Serrated blade design holds loose fibers securely.

Rounded tips prevent fibre snagging. Compatible with wet pre-peg processes. Steel straight handle with black finish for grip and durability. Height safe cutting tool for user protection. Made in the United Kingdom ensuring quality standards.

Explore more precision hand tools and Scissors in the Industrial Tools & Equipment category on EnvMart for your composite material handling needs.