# Wiss® CW7T Utility Shears, 7.5 in OAL, Glass Filled Nylon Handle, Right/Left Hand

**Brand:** [WISS](https://dev.maxsupplyco.com/brands/WISS)
**SKU:** cw7t-10143
**MPN:** CW7T
**Price:** $16.53 · in stock
**URL:** https://dev.maxsupplyco.com/product/crescent-wiss-cw7t

## Features

- Heavy-duty blades feature premium grade stainless steel and are precision engineered for knife-like cutting edges
- Compact 7.5 in design allows for easy storage and provides excellent portability
- Titanium coated blades provide corrosion resistance and are 3X harder than steel for durability and tool life
- Quick release ergonomic latch provides consistent easy operation and secures the tool in the closed and locked position for safe storage
- TPR comfort grip handles with soft-grip texture provide best-in-class comfort and control
- Touch point ergonomics optimize hand and finger contact points in handles to maximize fit, control, and user ergonomics

## Specifications

| Spec | Value |
|---|---|
| UPC | 037103333247 |
| Brands | WISS |
| Manufacturer | Apex Tool Group |
| Package Quantity | 1/Each |
| Manufacturer Part Number | CW7T |

## Description

Wiss® shears, utility, serrated blade, 2 in blade, 7.5 in OAL, ergonomic handle, glass filled nylon handle, right/left hand, applicable materials: vinyl/plastics/cardboard/rope/wire/cable/siding/roofing, titanium coated, rawhide.

Features

- Heavy-duty blades feature premium grade stainless steel and are precision engineered for knife-like cutting edges

- Compact 7.5 in design allows for easy storage and provides excellent portability

- Titanium coated blades provide corrosion resistance and are 3X harder than steel for durability and tool life

- Quick release ergonomic latch provides consistent easy operation and secures the tool in the closed and locked position for safe storage

- TPR comfort grip handles with soft-grip texture provide best-in-class comfort and control

- Touch point ergonomics optimize hand and finger contact points in handles to maximize fit, control, and user ergonomics