Materials used to manufacture Dragon gloves
PRIMALOFT
A structure of microfibres that preserves the heat and energy the body needs. Insulation will be effective against exposure and the fabric will not get wet for the microfibre woven structure has air bubbles that make water slide without penetrating.
SYMPATEX
Breathable, waterproof and windproof membrane, flexible and light, a barrier against the elements, without compromising breathability and water steam evaporation (perspiration). With billions of hydrophilic areas that send water steam to the outside. The membrane is attached to fabrics as a layer, as used in gloves.
NOMEX
Heat-resistant, flame-resistant fibre that is also resistant against chemical products and is ideal to protect against flames, electric arch and extreme temperatures. It maintains body temperature at comfortable levels, will not burn or melt in contact with flames, thus avoiding burn injuries to the hand. It is thermally stable and preserves the dimensions of the glove. Durable and resisting traction and tears.
PITTARDS
Hi-performance leather, of excellent quality and consistence. 'Cabretta' skin. Cabretta is a wooly tpe of sheep found in Ethiopia and other sub-tropical areas. Fine and resistant, the structure of this skin ensures protection and dexterity, confortable wear and duration. The material is processes to guarantee hi-performance gloves suitable for working whenever protection is needed against the heat, cold, water, grease or mechanical hazards.
POLARTEC WINDBLOC
Fabric protection against exposure, while breathable and creating a barrier against the water and cold. Keeps hands warm while light in weight and small in volume. Combining the properties of thermal fabrics with polyurethane membrane that makes gloves breathable without compromising protection against the cold and water. Durable, will not lint or peel, makes no noise, and is highly elastic. Will recover shape immediately. Machine washable.
DYNTEX
Revolutionary development by Tomás Bodero to make glove linings, for perfect fit between the lining and outside part of the glove. Based on synthetic polyethylene fibres offering cut-resistance above level 5 (maximun level as per EN 388). Offers increased resistance while light in weight. Gloves may be made to measure, for increased comfort.
KEVLAR
Highly tenacious para-aramid fibres (5 times as resistant as steel thread), flameproof and cut-resistant. Will carbonize between 425 and 475ºC. Will not melt, is auto-extinguishable, with high dimensional stability, chemical stability and smooth texture. Offers protection for full dexterity and resistance, in a safe, comfortable way. Kevlar protection is lighter in weight and more comfortable than steel mesh, improving dexterity.
SUPERFABRIC
A series of conventional fabrics modified by means of patented Superfabric technology for advanced protection properties including resistance against abrasion, cuts and punctures, flexibility and touch. Excellent grip and flame resistance.
KEPROTEC
Para aramid fibre with space-era technology. Five times stronger than steel, at equal weight. Outstanding for its extreme resistance against abrasion and tears. Resists heat, is durable, comfortable and easy to maintain. Designed to offer protection similar to that of leather (resisting friction and tears), but with increased comfort as it avoids heat buildup and improves freedom of movement.
3M SCOTCHLITE
New retro-reflecting material with aramid support, with excellent visibility on all types of clothes, both day and night light, lighter in weight (by 25%), with better thermal properties, easy to wash (including chemical washing), with high retro-reflection in contact with heat, flame retardant and will not melt if exposed to flames.