S.A.L.T.: The Sharkskin Amphibious Layering System

The right layer for the right environment beats any single garment trying to do everything. This chapter explains S.A.L.T., the Sharkskin Amphibious Layering System, the framework that connects every product in the range. You will learn what the four letters mean, how six layers cover six distinct thermal jobs, and how to build the right system for your activity, water temperature and conditions.

What the letters mean

S is for Sharkskin. The shark survived 400 million years by adapting to every aquatic environment it met, not one but all of them, and that capacity for adaptation is the design philosophy behind the system.

A is for Amphibious. Modern aquatic users do not live in the water. They move continuously between water, wind, sun, boat, shore, recovery and travel, and the system was built for that whole reality, not just the immersion.

L is for Layering. No single garment serves every condition well. The right layer for the right environment, added or removed as conditions change, produces better outcomes than any single product chosen in isolation.

T is for Technology. Breathable membranes, Far Infrared nanoparticles, DWR treatments, hollow yarn fleece and hydrophobic compression. Each technology addresses a specific mechanism of heat loss or gain. Not more material, smarter material.

The lesson the mountains taught first

Mountaineers understood this long before the aquatic industry did. A single jacket cannot serve the warm valley approach, the exposed ridge, the wet traverse and the cold summit at once. The outdoor industry built technical layering systems decades ago around three jobs. A base layer next to the skin for moisture management and wicking. A mid layer to trap warmed air and provide insulation. And a breathable shell to block wind and weather. Each layer is optimised for its role, and together they adapt to changing conditions as layers are added or removed.

The aquatic industry never made that shift. It kept asking what single garment could be made better, instead of what system could be built smarter. S.A.L.T. is the answer to the question the aquatic industry never asked, the same proven base, insulation and shell logic, rebuilt for the water.

What S.A.L.T. is

S.A.L.T. stands for Sharkskin Amphibious Layering Technology. It is not a product, it is a framework, a way of thinking that starts with the environment and the activity and selects layers to match, rather than starting with a product and working backwards to justify it. The foundation is a simple observation. No two aquatic environments are identical, no two activities are identical, and no two users are identical. A single garment cannot serve all of them optimally. A system can.

The six layers

Each layer does a specific job, and together they cover the complete experience from immersion to recovery.

Base layer, moisture and sun

The layer closest to the skin manages moisture, provides UV protection and sets the comfort foundation for everything above it. A snug fit matters, because a loose base layer bunches and loses its thermal benefit. Rapid Dry is a hydrophobic single layer, water beads and sheds, UPF 50+, the fastest drying base layer available. Dura Flex is the durable construction for demanding professional use.

Thermal layer, insulation and wind

This is where the system separates most clearly from traditional thinking. Thermal protection is not achieved by adding more neoprene, it is achieved by choosing the right fabric architecture. Chillproof is a three layer architecture giving warmth equivalent to a 2 to 3 mm wetsuit, 100% windproof, breathable and neutrally buoyant. T2 Chillproof is the same architecture with titanium Far Infrared nanoparticles added, warmth equivalent to a 4 to 5 mm wetsuit, for colder conditions and longer exposure.

Performance layer, active sport

For users whose demands swing between hard effort and rest in the same session. Thermal Flex is wind resistant with FIR and maximum mobility, for warmer conditions and high output. Performance Wear adds a Chillproof core from waist to neck with Thermal Flex arms for full movement. High Performance Wear uses a T2 Chillproof core for maximum core warmth. The arms and shoulders never change across the range, only the core does, so you escalate warmth exactly where the body needs it without losing freedom of movement.

Compression layer, performance and recovery

R-Series Compression uses liquid titanium FIR technology alongside structural compression, supporting efficient movement during activity and accelerated recovery afterwards. It is the range Damien Rider relied on across 18 world records.

Immersion layer, sustained cold water

When sustained immersion in very cold water demands full neoprene, the Neptune wetsuit is the immersion layer, Australian made from the same factory as the rest of the system. The critical point is this. The wetsuit is the immersion layer, and Chillproof and T2 manage everything above it. They are not competing solutions, they are complementary layers in the same system.

Accessories, core to extremities

A system that protects the core but ignores the hands, feet and head is incomplete, because the extremities are the first to lose dexterity and confidence. Gloves, hoods and socks extend the thermal range of the whole system, and footwear, bags and hooded towels handle the transitions between water and land.

How the system is built

S.A.L.T. is not a prescription, it is a way of thinking, and it always starts with four questions. What is the water temperature, which sets the immersion insulation. What is the surface environment, the wind, air temperature and how long you will be exposed, which sets the windchill management. What is the activity and intensity, since low output needs more insulation and high output needs more breathability. And what does the complete experience look like, including preparation, transitions, recovery and travel. The product selection follows from the answers, not the other way around.

Why layers beat single solutions

The instinct is always to find one garment that does everything, because it seems simpler and cheaper. The problem is that a garment optimised for immersion is wrong for wind, one optimised for hard effort is wrong for rest, and one optimised for warmth in cold water overheats in warm water. Layers solve this because they are additive and removable.

A diver in the tropics might wear Rapid Dry alone, then add a Chillproof vest as it cools. The same diver in temperate water runs Chillproof or T2 on its own, then adds a Neptune wetsuit over the top as the water drops. On a liveaboard where the water temperature changes across sites, T2 runs standalone in the warmer ones and under a 3 mm Neptune in the colder ones. The same garment serves different roles as conditions change. This is exactly what the science of thermoregulation calls for. Not more layers, the right layers.