Description
The Sterling 150mm Black Plastic Anvil Magic Snip is a specialised cutting tool designed for applications where spark prevention and reduced electrical conductivity are essential.
The unique plastic anvil design helps prevent sparks while minimising electrical conductivity, making these snips suitable for specialist industrial environments. Precision ground stainless steel blades provide excellent cutting performance, while the lightweight, compact construction reduces user fatigue.
A spring-loaded mechanism with integrated safety lock allows quick, efficient operation and secure storage. Manufactured in Europe, these snips are designed specifically for cutting shot-cord, Detcord® and explosive wiring where conventional metal anvils may not be suitable.
Features
- Plastic anvil prevents sparks
- Minimises electrical conductivity
- Ground stainless steel blades
- Excellent cutting capacity
- Lightweight and compact
- Spring-loaded operation
- Integrated safety lock
- Manufactured in Europe
- Professional quality
- Specialist industrial cutting tool
Suitable For
- Shot-cord
- Detcord®
- Explosive wiring
- Specialist industrial applications
- Hazard-sensitive work environments
Applications
- Cutting shot-cord
- Cutting Detcord®
- Cutting explosive wiring
- Specialist maintenance
- Industrial cutting applications
Specifications
| Property | Specification |
|---|---|
| Brand | Sterling |
| Product | Black Plastic Anvil Magic Snip |
| Overall Length | 150mm |
| Blade Material | Ground Stainless Steel |
| Anvil Material | Plastic |
| Operation | Spring Loaded |
| Safety Lock | Yes |
| Manufacture | European Made |
Available Sizes
| Product Code | Size |
|---|---|
| 29-740B | 150mm |
Why Choose Sterling Black Plastic Anvil Magic Snips?
Sterling Black Plastic Anvil Magic Snips are purpose-built for specialist applications requiring spark reduction and minimal electrical conductivity. Their lightweight construction, precision ground stainless steel blades and spring-loaded action deliver reliable cutting performance in demanding industrial environments.
