Portwest A742 Impact- and Heat-Resistant White Leather Drive Gloves
Accredited to multiple safety standards, the Portwest A742 Impact- and Heat-Resistant White Leather Drive Gloves offer reliable hand protection in high risk environments. Shielding you against high temperatures and mechanical risks, these gloves ensure professionals can work efficiently with a lowered risk of injury at work. They also have a dextrous design, with a flexible wrist and thumb area for ease of movement and good precision.
Key Information
- Product Code: A742
- EN ISO 201420 Rating: Dexterity 4
- EN 388 Rating: 2143XP
- EN 407 Rating: X12222
- Size Range: Size 7 (Small) - Size 11 (XX-Large)
- Supplied as a pair
Find the Right Size for You
The Portwest A742 Gloves are supplied in five sizes. To find the correct size for you, please measure the circumference and length of your hand (as shown in the diagram below). You can then consult the table below and select the size for you using the drop-down menu at the top of the page.
| Size | Circumference | Length |
| Size 7 (Small) | 178mm | 171mm |
| Size 8 (Medium) | 203mm | 182mm |
| Size 9 (Large) | 229mm | 192mm |
| Size 10 (Extra Large) | 254mm | 204mm |
| Size 11 (XX-Large) | 279 mm | 215 mm |
How Do the Impact and Heat Resistant Gloves Protect My Hands?
Optimising your safety during high risk applications, these gloves are highly resistant to impact, and can be used in temperatures up to 100°C. Their durable leather construction with a padded backing effectively shields your hands from a number of mechanical risks, with a flexible keystone thumb and wrist area that provides you with unrestricted movement to improve your overall performance at work.
Performance Ratings
EN 388 (Protection Against Mechanical Risks): 2143XP
| Test | Result |
| Abrasion | Level 2 |
| Cut | Level 1 |
| Tear | Level 4 |
| Puncture | Level 3 |
| Blade Cut | N/A |
| Impact | Level P |
Read our guide to EN 388 for more information.
EN 407 (Protection Against Thermal Risks): X12222
| Test | Result |
| Resistance to Flammability | N/A |
| Contact Heat Resistance | Level 1 (Up to 100°C) |
| Convective Heat Resistance | Level 2 |
| Radiant Heat Resistance | Level 2 |
| Resistance to Small Splashes of Molten Metal | Level 2 |
| Resistance to Large Splashes of Molten Metal | Level 2 |
Read our guide to EN 407 for more information.
Key Features and Benefits
- Classic white leather driver glove design
- Ideal for medium-energy impact protection and heavy-duty tasks
- Padded backing further protects hands from impact
- Resistant to temperatures up to 100°C for safety when handling hot objects
- Elasticated cuffs provide secure fit and unrestricted movement
- Keystone thumb increases flexibility and comfort, for a better grip
- Made with a durable cow split leather for long-lasting use
Who Can Benefit From the Driver Gloves?
Due to their highly protective design, these gloves offer a reliable hand protection solution for those in high risk environments. Suitable applications include (but aren't limited to):
- Construction
- Building
- Machine operation
- General handling
- Assembly
- Manufacturing
- Engineering
- Warehousing
Designed for Heavy-Duty Tasks
The Portwest A742 Driver Gloves are crafted to withstand medium-energy impact, with a padded backing that provides an additional layer of protection. Whether you're handling machinery or working on a construction site, these gloves promise you the protection needed to remain safe and productive throughout your day at work.
Flexible Design
For a secure fit and freedom of movement, the unlined leather gloves feature elasticated cuffs at the wrist area. They additionally boast a keystone design, helping to improve your grip and dexterity. These thoughtful features contribute to a reduction of hand fatigue and ensure a comfortable wearing experience over long periods.
Durable Construction
These gloves are manufactured using a durable cow split leather, which are built to last. For professionals working in tough environments, they offer reliability and long-lasting performance, reducing the need for frequent replacements.
Materials
Documentation
