Kincrome Torquemaster Ball Hex Screwdriver 6 x 125mm - Chrome - Durable Design
Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is a high-quality tool designed for enhanced torque and precision in fastening applications.
The Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is engineered for durability and efficiency, making it suitable for various industries, including automotive, construction, and agriculture. Constructed from S3 SVCM alloy steel, this screwdriver is hardened, tempered, and satin chrome plated for longevity. Its tri-lobe design provides an ergonomic grip, allowing for up to 50% more turning power compared to conventional screwdrivers. Additionally, the magnetic tips enhance fastener control, making it easier to work in tight spaces or with small components.
Features
- S3 SVCM alloy steel construction for durability
- Colour coding and drive indicators for easy identification
- Tri-lobe design for improved grip and turning power
- Magnetic tips for enhanced fastener control
- Manufactured to high standards for reliability
Specifications
| Dimensions (W x H x D) | 47mm x 28mm x 290mm |
| Weight | 0.111kg |
| Material | S3 SVCM Alloy Steel |
| Colour | Chrome |
| Model Number | K5585 |
The Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is designed for reliable performance in various applications.
Original: $34.50
-65%$34.50
$12.07More Images
Kincrome Torquemaster Ball Hex Screwdriver 6 x 125mm - Chrome - Durable Design
Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is a high-quality tool designed for enhanced torque and precision in fastening applications.
The Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is engineered for durability and efficiency, making it suitable for various industries, including automotive, construction, and agriculture. Constructed from S3 SVCM alloy steel, this screwdriver is hardened, tempered, and satin chrome plated for longevity. Its tri-lobe design provides an ergonomic grip, allowing for up to 50% more turning power compared to conventional screwdrivers. Additionally, the magnetic tips enhance fastener control, making it easier to work in tight spaces or with small components.
Features
- S3 SVCM alloy steel construction for durability
- Colour coding and drive indicators for easy identification
- Tri-lobe design for improved grip and turning power
- Magnetic tips for enhanced fastener control
- Manufactured to high standards for reliability
Specifications
| Dimensions (W x H x D) | 47mm x 28mm x 290mm |
| Weight | 0.111kg |
| Material | S3 SVCM Alloy Steel |
| Colour | Chrome |
| Model Number | K5585 |
The Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is designed for reliable performance in various applications.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is a high-quality tool designed for enhanced torque and precision in fastening applications.
The Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is engineered for durability and efficiency, making it suitable for various industries, including automotive, construction, and agriculture. Constructed from S3 SVCM alloy steel, this screwdriver is hardened, tempered, and satin chrome plated for longevity. Its tri-lobe design provides an ergonomic grip, allowing for up to 50% more turning power compared to conventional screwdrivers. Additionally, the magnetic tips enhance fastener control, making it easier to work in tight spaces or with small components.
Features
- S3 SVCM alloy steel construction for durability
- Colour coding and drive indicators for easy identification
- Tri-lobe design for improved grip and turning power
- Magnetic tips for enhanced fastener control
- Manufactured to high standards for reliability
Specifications
| Dimensions (W x H x D) | 47mm x 28mm x 290mm |
| Weight | 0.111kg |
| Material | S3 SVCM Alloy Steel |
| Colour | Chrome |
| Model Number | K5585 |
The Kincrome 6 x 125mm Torquemaster Ball Hex Screwdriver is designed for reliable performance in various applications.
