Probe Insulator Gloves - 0.5mm (Unisex) | S

These Probe Unisex INSULATOR gloves are made from 0.5 mm Metalite Titanium lined neoprene.

They have fully gusseted fingers and non-slip printing on the palms. A great alternative for those who don't like wearing thicker gloves. Perfect for underwater photography where the maximum feeling in the fingers is required.

An excellent, economically priced pair of thermal gloves ideal for diving, snorkelling, spearfishing and kayaking.

Probe INSULATOR Fabric Technology

Probe's highly popular and economically priced INSULATOR thermal garments are made from a hi-tech 0.5 mm METALITE TITANIUM lined neoprene that actively reflects heat back to the body, keeping you warmer and in the water longer.

INSULATOR'S are designed to fit like a 'second skin' and work by trapping a very thin evenly dispersed film of water against your skin. This film of water is very quickly warmed by your body heat and kept warm by the reflective nature of the internal Metalite barrier.

INSULATOR'S can be worn as a stand-alone garment or worn as an undersuit garment to dramatically increase the warmth and comfort of your current wetsuit by utilising the layering effect.

Probe Insulator Gloves Features

• 0.5mm Hi-Tech Metalite Titanium Neoprene actively reflects heat back to your skin
• Protective Printing to minimise wear
• Fully Contoured iFIT-3D Pattern Technology for a superior fit
• Provides UV Sun Protection for the areas of skin covered by the garment.

Colour: All Black only

UNISEX GLOVE SIZING GUIDE:
Measure across your palm at the base of your fingers.
XXS 50-55 mm
XS 50-65 mm
S 65-80 mm
M 80-95 mm
L 95-105 mm
XL 105 mm plus

How to Measure Your Hand

In order to get you the perfect glove fit, please download and print our Glove Size Chart (PDF file, 1 page, 120 Kb), which will help you to be able to get the right size.

Disclaimer: The Glove Size Chart has general guidelines only. Sizes are not guaranteed.

Note: When printing the PDF file, set "Actual Size", or scaling to "none", in order to get an accurate measurement.