1) science and technology fabric from the essence of breakthrough
triathlon wetsuit technology is mainly manifested in glue and tailoring and edition type, and the content of science and technology mainly comes from the use of materials, almost top of the world triathlon brand invariably chose Japanese Yamamoto company of neoprene as production triathlon wetsuit materials necessary。

2) low resistance performance
the technical coating of Yamamoto SCS makes the resistance coefficient of the material in water 0.021, while the resistance coefficient of the generic brand of neoprene is 4, which is an order of magnitude difference.

3) tensile capacity
the average tensile capacity of the Yamamoto neoprene is 7 times that of the ordinary neoprene stretching ability, which affects the fit and comfort of the players in their clothing buoyancy performance.

4) buoyancy performance
the average buoyancy of Yamamoto neoprene is 30% higher than the average brand. buoyancy can have a big impact on the speed of a player and it floats more smoothly in water, you can swim faster and more effortless.

It was Yamamoto Corporation from Osaka, Japan that first developed neoprene from limestone—and with no oil at all—thanks to an abundance of pure limestone close by in the mountains of Japan (their reserve of limestone is estimated to be sufficient for the next 3,000 years). Yamamoto has set the standard for quality and innovation in the neoprene industry with their advanced manufacturing techniques, leading to the creation of a limestone neoprene that has a completely independent cell structure and multi-directional stretch capacity.

The calcium carbonate, found in the limestone, is used as the base with chloroprene by a process of polymerization to produce limestone based-chloroprene rubber chips.

What are the advantages of limestone neoprene?
Limestone neoprene has a high micro-cell structure. These are independent closed cells (bubbles basically) within the neoprene that are packed together at an extremely high density. Oil-based neoprene has a cell penetration of 60-70%, whereas limestone neoprene has a 94% cell penetration. What this means in simple terms is that limestone neoprene has a lot more air bubbles inside the rubber than other brands (over 30% to be exact), and is way less dense than oil-based neoprene.
Because of this micro-cell structure, limestone neoprene provides several serious distinct advantages to the functionality of wetsuits compared to the traditional oil-based neoprene:

It is impermeable.
It is lighter in weight.
It is warmer.
It is more durable.
It is stretchy.

There are several different grade Neoprene materials for different application: SBR, CR and SCR.

For the difference between the high-end material ( CR ) and the basic material is elasticity. High-end material is softer, more resilient, and fits even better after wearing, and keep the body warmer. Basic materials does not stretch as CR and more fragile.

In addition, the high-end material is more expensive. The price of "CR" + "Super Stretch fabric" 5-6 times that of "SBR" + "Nylon fabric" in general, although their surfaces are similar. Some of rubber companies such as Sheico and Nam Liong developed high-end SCR that has good function. It is not as good as CR but price is low.

The completed chemical name of this material is actually called polychloroprene. DuPont renamed to neoprene when choosing a trade name for the material and the name stuck. Nowadays, all polychloroprene materials are simply referred to be as neoprene.

What is it? It is an elastic synthetic rubber material that has very good insulating properties due to the millions of tiny air bubbles (microcells) inside the material. These cells are filled with air or nitrogen (better insulators). So that they make up the basic insulation of neoprene to keep warm inside. This is why the wetsuits are also made of this material.