Ergodyne Adds Hi-Vis To Trades Series Top-Sellers
Ergodyne announced recently that it has added hi-vis color options to best-selling models in its ProFlex Trades Gloves Series. The 710 Hi-Vis Heavy-Duty Utility Gloves and the 812 Hi-Vis Utility Gloves provide the tried-and-true protection of the Trades Series while also improving a worker’s visibility and conspicuity.
“Like all Trades Gloves, the primary purpose of these is hand protection,” said Andy Olson, product director, Ergodyne. “But incorporating hi-vis lime options for workers who also want their gloves to improve their visibility makes these new gloves a dual-threat.”
Besides boosting worker conspicuity, adding hi-vis to a hand protection program helps hand visibility and promotes a culture of hand safety awareness.
The patent-pending 710 Hi-Vis Heavy-Duty Utility Gloves feature a neoprene knuckle pad, hi-vis hex stretch poly knit body with reflective accents, and hi-vis orange Tena-Grip in the palm, fingertips and thumb saddle for better abrasion-resistance and grip.
The patent-pending 812 Hi-Vis Utility Gloves boast a durable synthetic leather palm, breathable hi-vis poly mesh, and a reinforced thumb saddle wear area.
“Led by the new Trades Series Gloves launch in April, the ProFlex Line took a dramatic step forward in design, function and technology in 2016,” said Tom Votel, president and CEO, Ergodyne. “Making hi-vis versions of our staple models only adds to this series’ truly bright future.”
Key Features:
710:
- Padded palm with hi-vis Tena-Grip reinforcement
- Hi-vis Tena-Grip-reinforced fingertips and thumb saddle
- Technical hex-stretch hi-vis lime poly knit construction with reflective logo
- Neoprene knuckle pad
- Low-profile molded hook and loop closure with ID space
- Pull-on tab for easy on/off
- EN 388: 3132 X
- Patent-pending
812:
- Durable synthetic leather palm
- Reinforced thumb saddle wear area
- Breathable hi-vis lime poly mesh construction
- Low-profile molded hook and loop closure with ID space
- Pull-on tab for easy on/off
- EN 388: 2121 X
- Patent-pending
Source: Ergodyne