Hase Safety Gloves Collection - English Page 13
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25 BASE MATERIALS COMPARED COATINGS COMPARED The base material forms the body of the glove. Its properties affect skin compatibility, elasticity and sensitivity as well as resistance to external influences. Coatings serve to improve certain properties of protective work gloves, such as: Cow leather Properties Advantages Disadvantages › › › › + high mechanical protection + natural product + good wet grip – rough fit – low sensitivity – no water resistance robust tear-resistant durable breathable Nappa leather › thin › supple › breathable + high sensitivity + high wear comfort + natural product – absorbs liquids – low mechanical protection Cotton › breathable › durable › long lasting + high sensitivity + natural product + skin friendly – it lints – no water resistance – rough fit Polyacrylic › wool like › warming › quick drying + flexible and elastic + water repellent – heat sensitive – low temperature compensating Nylon › very robust › breathable › tear-resistant + flexible and elastic + high sensitivity + water repellent – UV-sensitive – electrostatical charge Polyester › robust › recyclable › tear-resistant + flexible and elastic + high sensitivity + water repellent – heat sensitive – oil sensitive Neoprene › soft and flexible › liquid repellent › high chemical protection + temperature sensitive + good cold and heat isolation + good cut resistance – poor wet grip • wet/oil grip • water/cold protection • grip strength • sensitivity • cut protection • tear-resistance • robustness • protection from chemicals • touch capability Properties Advantages Disadvantages Nitrile › robust › oil and grease resistance › heat resistant + good dry and oil grip + good abrasion and cut resistance + high puncture resistance – low sensitivity and flexibility – non-breathable – low tear resistance – poor wet grip Nitrile foam › roughened › breathable › sensitive + good sense of touch + good wet and oil grip + high abrasion resistance + light vibration damping – no water resistance Latex › flexible and elastic › robust › water resistant + good traction + good wet grip + protection against bacteria and viruses + high mechanical protection – may cause allergies – non-breathable – poor oil and grease grip Polyurethane › sensitive › flexible and elastic › breathable + + + + – low cut and stab resistance – not water resistance PVC / Vinyl › highly flexible › water resistant › electric isolation › chemical resistance good sweat removal temperature resistant oil resistance abrasion resistance – low cut and stab resistance Blended fabric - by interlacing different fibres (hybrid yarns), positive properties such as wearing comfort and mechanical protection are combined GAUGE - KNIT DENSITY The term gauge refers to how tightly the stitches are knitted on one inch. The higher the value, the thinner the yarn and the smoother the fit of the glove. For a high sensitivity the gloves are made with 18 gauge. Each material has its advantages and disadvantages. None is necessarily better or worse than the other. Only the specific purpose of use determines which material is best suited. The charts contains the most common materials with their essential properties and are not comprehensive. They serve as a guideline to choosing the right glove.
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