Supported or not supported ?
Supported : what type of support?
- Cotton: Natural fibre
Exceptional comfort - Excellent capacity to absorb moisture - Insulating properties. - Polyamide: Synthetic fibre, also called Nylon
Resistance to traction and abrasion - Elasticity and shape memory - Washable. - Polyester: Synthetic fibre
Resistance to traction and abrasion - Possibility to blend with cotton to enhance comfort. - Kevlar® : Para-aramid fibre
Heat and Cut Resistance - Carbonised between 425° and 475° - Self extinguishing - Softness and high dexterity - Washable. - Heatnocut®: Synthetic High-strength polyethylene fibre
Heat and Cut Resistance - Exceptional mechanical properties (abrasion and cut resistance) - Softness and high dexterity -Washable. - Softnocut®: Synthetic High-strength polyethylene fibre
Exceptional mechanical properties (abrasion and cut resistance) -Softness and high dexterity - Washable. - Deltanocut®: High performance polyethylene fibre
Highly cut resistant mono fibre polymer - Softness and high dexterity -Washable. - Econocut®: High performance polyethylene fibre (Light version)
Good mechanical properties - Combines resistance (abrasion, cut) and very good price/quality ratio.
Non-supported:
The mould is dipped directly into the material bath. Thus, the glove is very supple and allows high dexterity.
The mould is dipped directly into the material bath. Thus, the glove is very supple and allows high dexterity.
Different types of non supported gloves
- Flocked (finished with a deposit of cotton particles):
Pleasant to the touch, limits transpiration and facilitates donning and removal. - Chlorinated (finished by washing the glove in chlorinated water):
Gives a velvety touch and limits the effects of latex protein allergies.
Different types of disposable glove:
- Powdered (finished with a deposit of powder):
Pleasant to the touch, limits transpiration and facilitates donning and removal. - Non powdered (finished by washing the glove in chlorinated water):
Gives a velvety touch and limits the effects of latex protein allergies.