Neoprene for drysuits

Due to its waterproofing and thermal insulation properties, neoprene is one of the most widely used materials in the production of diving equipment. The neoprene can be used to make the entire wetsuit, or, to make only certain inserts;to date, most neoprene wetsuits are produced using two different types of neoprene: high-density neoprene and compressed neoprene .

High-density neoprene is distinguished by its compact and robust structure. This variant of neoprene is characterized by a higher density of its microcells, which makes it particularly resistant to compression under pressure.

This characteristic is critical for underwater applications, as the material must retain its shape and offer constant thermal insulation, even under the great pressures exerted by the deep sea.

High-density neoprene is ideal for wetsuits that require greater durability and reduced compression as depth increases, making it easier to balance pressure during dives.

Compressed neoprene is obtained through a process of compressing standard neoprene to reduce its original thickness. Although compression reduces the volume of the material, its insulating properties remain excellent.

The main advantage of compressed neoprene lies in its ability to reduce buoyancy and provide greater flexibility, making it particularly suitable for drysuits that require greater agility and ease of movement during diving. Also, being less compressible under pressure, compressed neoprene helps divers better manage body pressure balance during deep dives.

The choice between compressed neoprene and high-density neoprene for drysuits depends on your needs for flexibility, thermal insulation, and durability. Compressed neoprene is lighter and more flexible, ideal for providing freedom of movement and comfort during extended dives, while high-density neoprene offers greater wear resistance and better insulation power, perfect for cold environments or deep dives. Carefully evaluating the type of diving activity and environmental conditions helps to choose the most appropriate material to combine performance and safety.