Description
Sharkskin Titanium T2 Chillproof Vest
Sharkskin Titanium T2 Chillproof Vest is representing a massive leap forward from standard thermal wear, the T2 series integrates advanced Titanium Far Infrared (FIR) nano-technology directly into the fabric. This is designed for scuba diving and freediving this high-performance vest traps your body’s natural heat while boosting circulation.
Whether worn standalone in temperate waters or layered under a wetsuit or drysuit for extreme cold. It delivers unmatched core warmth without the bulk of thick neoprene.
Key Features
- Titanium Far Infrared (FIR) Technology: Titanium nano-technology captures and generates FIR energy, recycling your body heat for superior thermal insulation, better circulation, and faster recovery.
- 100% Windproof Membrane: A high-performance 10K+ breathable middle membrane completely blocks windchill on the surface, keeping you comfortable during boat rides or breezy shore intervals.
- Advanced Trilaminate Construction:
- Outer Layer: DWR-treated, high-stability nylon-blend offers abrasion resistance, UV protection (UPF 50+), and low water absorption.
- Middle Layer: 10,000+ breathable technical membrane regulates temperature to prevent overheating.
- Inner Layer: Hollow-fibre fleece retains water for insulation when submerged and wicks moisture rapidly when dry.
- Neutral Buoyancy: Unlike thick neoprene vests that compress at depth, the T2 Chillproof maintains consistent insulation without adding excessive positive buoyancy to your dive rig.
- 4-Way Stretch Flexibility: Provides complete freedom of movement for paddling, swimming, and reaching without restriction.
Ideal Applications
- Scuba Diving & Freediving: Wear as an insulated core layer under a wetsuit or drysuit, or use standalone in warm tropical waters.
- Paddlesports & Surface Action: Perfect for kayaking, SUP, jet skiing, sailing, and surfing where windchill is a constant factor.
- Post-Activity Recovery: Keeps you warm and aids physical recovery on the boat deck long after you’ve exited the water.
