THERMIQ - 5mm Dive Gloves
£79,00

THERMIQ - 5mm Dive Gloves

£79,00
Keeps hands warmer when diving in colder environments with effective heat transfer across the gloves. Increases the skin temperature by an average of 2°C without the need for a power source. Increases dexterity underwater through greater flexibility of super-stretchy limestone neoprene.
  • Equalizes heat across the gloves for a warmer, more comfortable dive with Graphene fleece lining
  • Increases body temperature by an average of 2°C by transferring heat from between the fingers to core parts of the hand
  • Improves dexterity underwater
  • Provides maximum grip and durability with 3D silicone palm print
  • Easy to put on and take off
  • Environmentally sensitive manufacture using recycled car tires. Laminated with material from recycled bottles
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Colors : Black
Size :
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Item n°: GL1860101S
FEATURES & BENEFITS - THERMIQ - 5mm Dive Gloves

FEATURES & BENEFITS

Keeps hands warmer when diving in colder environments with effective heat transfer across the gloves. Increases the skin temperature by an average of 2°C without the need for a power source. Increases dexterity underwater through greater flexibility of super-stretchy limestone neoprene.

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FEATURES

  • Equalizes heat across the gloves for a warmer, more comfortable dive with Graphene fleece lining
  • Increases body temperature by an average of 2°C by transferring heat from between the fingers to core parts of the hand
  • Improves dexterity underwater
  • Provides maximum grip and durability with 3D silicone palm print
  • Easy to put on and take off
  • Environmentally sensitive manufacture using recycled car tires. Laminated with material from recycled bottles

What is Graphene?

Graphene is a one-atom-thick layer of carbon atoms arranged in a hexagonal lattice and conducts heat better than any material on earth. Graphene equalizes the body temperature – transferring heat from warmer parts of the body to colder parts - without the need for a power source. It increases the body temperature by an average of 2°C and has earned itself the title of ‘wonder material.’