UCi Hantex EkoTherm Hi-Vis Latex Winter Work Gloves (Orange)
Made with premium crinkle latex, the UCi Hantex EkoTherm Hi-Vis Latex Winter Gloves (Orange) offer protection against contact cold temperatures as low as -100°C. Their crinkle palm texture means their grip is brilliant in both wet and dry conditions, and their bright orange colour affords greater visibility when working in low and dimly lit environments.
Key Information
- SKU Codes:
- G_HTX-EKOTHERM-ORANGE_8
- G_HTX-EKOTHERM-ORANGE_9
- G_HTX-EKOTHERM-ORANGE_10
- G_HTX-EKOTHERM-ORANGE_11
- EN 388:2016 Rating: 2242X
- EN 511:2006 Rating: X1X
- EN 420:2003
- Available Sizes: 8 - 11
- Supplied as a Pair
Resistance Ratings for Hantex EkoTherm Hi-Viz Gloves
The Hantex EkoTherm Hi-Viz Work Gloves have been tested under two European regulation standards: EN 388 (Protection Against Mechanical Risks) and EN 511 (Protection Against Cold). Please see the results of each test below.
EN 388 (Mechanical Risks)
Hazard | Level of Resistance |
Abrasion Resistance | Level 2 |
Cut Resistance | Level 2 |
Tear Resistance | Level 4 |
Puncture Resistance | Level 2 |
ISO Cut Resistance | N/A |
EN 511 (Protection Against Cold)
Hazard | Level of Resistance |
Convective Cold Resistance | N/A |
Contact Cold Resistance | Level 1 |
Water Permeability | N/A |
Which Professions and Environments Suit Hantex EkoTherm Gloves?
Hantex EkoTherm Hi-Vis Cold Weather Gloves are thermally lined and feature a tough latex coating that gives you an excellent grip in wet or dry conditions, as well as a thin and flexible build that retains the dexterity and sensitivity of your hands.
This combination makes them excellent for a large range of jobs and industries, including (but not limited) to:
- Assembly
- Automotive
- Builders
- Construction
- Cold storage
- Cold weather work
- General handling
- Industrial work
- Emergency
- Industrial work
- Local authorities
- Machinery use
- Maintenance
- Mechanics
- Packaging
- Packing
- Roofing
- Scaffolding
- Transport
Key Features and Benefits
- Thermal lining maximises heat retention during seriously cold weather
- Thin 10gg liner maximises dexterity and precision
- Bright orange design increases visibility in dimly lit conditions
- Highly affordable price tag is great for mass outfitting a workforce
- Available in four different sizes
Sizing Information for Hantex Cold Weather Gloves
To make sure you get the right size for you, please measure the circumference of your palm and the length of your hand as shown in the diagram below. Once you have your measurements, simply match them to the sizing table, then select your size from the drop-down menu at the top of the page before purchase.
Glove Size | Palm Circumference (mm) | Hand Length (mm) |
Size 8 | 203mm | 182mm |
Size 9 | 229mm | 192mm |
Size 10 | 254mm | 204mm |
Size 11 | 279mm | 215mm |
Crinkled Latex with Sensitive Skin-Friendly Polyester Lining
The palms of these gloves have been dipped in a crinkled latex layer to ensure great protection and a fantastic grip. While latex can cause some people skin issues, these gloves are lined with soft polyester, for warmth and comfort, removing the chance for allergic reactions and dermatitis flareups.
Bright Orange Colour Enhances Visibility
The bright orange design of these Hantex Work Gloves gives them greater visibility in low light conditions. This makes working during evenings and nights safer.
A hi-vis design is also ideal if you're working on or near roads and motorways, where being seen by drivers is vital for avoiding accidents and serious injury.
10-Gauge Palms For Flexibility and Sensitivity
Despite the protection and cold-resistance provided by the latex coating, these EkoTherm Gloves retain their flexibility and touch sensitivity thanks to thin, 10gg palms. These gloves protect you from contact cold and cold weather, while still leaving them dextrous enough for application with more technical tasks.
Are These Gloves Available in Other Colours?
Absolutely. Along with their hi-vis orange model, these Hantex EkoTherm Gloves are also available in high-vis yellow.
Additional Documentation