Sperian is well-known in the hand protection equipment market and is constantly developing new materials to design protective gloves that perform better and are adapted to the varying risks encountered in the workplace.
Polyurethane (PU) gloves are recognised for their ability to resist abrasion and tears, as well as their comfort (flexibility and breathability). However, the method used for their manufacture involves the use of a toxic solvent, DMF (DIMETHYLFORMAMIDE) to dilute the polyurethane.
Perfect Poly® Aqua gloves, knit polyamide/spandex with a water-based (thus solvent-free) PU coating on the palm and fingertips eliminating toxic dangers, reducing the risk of allergies and minimising their environmental impact.
What's more, this glove offers extraordinary comfort. Indeed, thanks to the water-based solution, the PU does not penetrate the glove (unlike standard polyurethane gloves) so there is no contact between the hand and the coating. The addition of lycra in the material makes it close-fitting to the hand.
New fibre technology has increased the absorption properties of the polyamide, reducing the feeling of perspiration. The volume of water soaked up by the ultra-absorbent knitted material in the Perfect Poly Aqua gloves is 76% greater than that absorbed by standard polyamide gloves. This glove also garners better marks than its cotton counterparts. Thus, Perfect Poly Aqua offers workers long-lasting comfort and a perfect fit.
Sold in lots of 10 pairs packaged in a polyethylene pouch that is 100% photodegradable in three years, Perfect Poly Aqua gloves help to protect the environment.
Admired for their natural feel and high breathability, leather handling gloves are sometimes considered uncomfortable. Thanks to the glove's polyamide/cotton/lycra woven material, Polytril Air Comfort offers a high level of comfort and grip.
Its foam nitrile coating on the palm and the fingertips ensures excellent abrasion resistance and good impermeability to oils. Foam nitrile contains air bubbles which help to limit perspiration without affecting the user's sense of touch.
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