Uvex Unilite Nitrile Oil Utility Gloves 7710F
A fantastic choice for handling tools and materials in damp and oily work conditions, the Uvex Unilite Nitrile Oil Utility Gloves 7710F are constructed with a seam-free design and a sanded NBR nitrile finish. Especially useful in the gas and oil industries, these highly grippy gloves will also resist contact surface temperatures up to 100°C.
The product code for these gloves is 7710F.
What's Included?
Physical Resistance of the Uvex Gloves
The Uvex Unilite Gloves have been tested to EN 388, which is the European standard for gauging how effectively a glove protects your hands against mechanical risks. Please check the table below to find out the results for these gloves.
Property | Resistance Level |
Abrasion Resistance | Level 4 |
Cut Resistance | Level 1 |
Tear Resistance | Level 2 |
Puncture Resistance | Level 1 |
Blade Cut Resistance | X |
Heat Resistance of the Uvex Gloves
The Uvex Unilite have also been tested to EN 407, which is the European standard for protection against thermal risks. Please check the table below to find out the results for these gloves.
Property | Resistance Level |
Burning | X |
Contact Heat | 1 (100°C) |
Convective Heat | X |
Radiant Heat | X |
Molten Metal (Small Splashes) | X |
Molten Metal (Large Splashes) | X |
What These Tables Mean
The gloves have achieved a level 4 for abrasion resistance which means they are durable, reliable gloves for handling coarse tools and items. These gloves also achieved a level 1 in their burning resistance test under EN 407, which means they provide suitable protection against contact surface temperatures up to 100°C.
Key Features and Benefits
- Resilience: By blending a strong nylon mesh with a tough nitrile dip, the Unilite 7710F are able to withstand superficial abrasion damage
- Superior Grip: The sanded nitrile NBR rubber dip across the palms and fingers allow for a superior grip in damp and oily conditions
- Burn Resistance: Working with hot liquids and materials can be dangerous, which is why the 7710F resist burns from heat up to 100°C
- Seamless: With a seamless design, the Unilite 7710F remain both durable and intact for longer
Applications for the Unilite Gloves
Thanks to their resilient heat-resistant design and a high level of grip in damp/dry conditions, the Unilite 7710F perform well in work environments where oil and hot, slippery tools are daily factors. Some of the industries and tasks the gloves are suitable for are listed here:
- Oil & gas
- Offshore oil work
- Mechanical engineering
- Automotive repairs
- Manufacturing
- Factory work
- Assembly lines
- General handling
- Utilities
- Construction work
- Manual handling
How Grippy Are the Uvex Unilite 7710F Gloves?
Perform better in a range of wet/dry work environments with the Uvex Unilite 7710F. Dipped in quality nitrile NBR rubber and sanded for superior gripping power, the Unilite 7710F allow wearers to handle greasy tools and materials with renewed power.
How Protective Are the Uvex Utility Gloves?
Working in busy and dynamic work environments with dangerous machinery can leave your hands vulnerable to burns and scratches. The Uvex Unilite 7710F are built to survive moderate abrasions, while their blend of NBR and nylon allows for protection against 100°C contact temperatures, preventing a range of burns and workplace accidents.
Sizing Information
The Uvex Unilite Work Gloves are available in five different sizes. Please measure the circumference of your hand around the knuckles (excluding the thumb) with your hand open and your fingers together and the length of your hand from the tip of your middle finger to your wrist. Next, refer to the table below to find out which size will fit your hands best.
Size | Circumference (mm) | Length (mm) |
Size 7 | 178mm | 171mm |
Size 8 | 203mm | 182mm |
Size 9 | 229mm | 192mm |
Size 10 | 254mm | 204mm |
Size 11 | 279mm | 215mm |
Materials of the Uvex Unilite Gloves
- Material: Nylon
- Coating Material: Nitrile rubber
Documentation for the Uvex Unilite Nitrile Gloves
Conformity Statement | Product Sheet |
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