Men Triathlon Swimming Wetsuit | Men's Tri NJOY Wetsuits

Men Triathlon Swimming Wetsuit

NECESSARY FLEXIBILITY

SUMARPO proposes the concept of low modulus for the first time in the triathlon field. Low modular technology(LMT) can reduce physical consumption and improve swim stroke efficiency. For instance, the LMT material consumes less energy by swinging the arm 300 times in the same unit. By adopting the LMT tested hundreds of times, 2mm Yamamoto neoprene panels with the 550% highly flexible SQ flex inner liner in the arms and shoulders make you swim without limitations.

IMPROVED SPEED

The Yamamoto SCS coating layer and GSP water grippers reduce the water resistance and increase the speed through the water.

ECO-BASED & SAFETY MATERIALS：

100% LIMESTONE NEOPRENE

Premium Yamamoto neoprene is derived from limestone instead of petroleum. Unlike NR (natural rubber), limestone neoprene is a kind of CR (chloroprene rubber), excluding allergens, which is totally healthy for human beings. The exploitation and production process is eco-friendly, with renewable energy sources such as hydroelectricity.

WATER-BASED & NON-BENZENE ADHESIVE

SUMARPO, as the first, adopts water-based and non-benzene adhesives for triathlon wetsuits, which are more eco-friendly than other oil-based and benzene-containing adhesives. This is a historical milestone of the triathlon career in environmental protection.

RECYCLED LINING FABRICS

Made from fibres certified by OEKO-TEX Standard 100, these recycled & degradable lining fabrics are born from nature and able to go back to nature, which helps to protect the environment.

NEOPRENE THICKNESS:

● Chest: 3mm
● Back: 2mm/2.5mm
● Arms: 2mm
● Upper legs: 3mm
● Lower legs: 2.5mm

WETSUIT FEATURES

● Yamamoto SCS neoprene
● Low modular tech
● Stable Trinity support system
● Engineered groove shape paddles
● Quick-release ankle panels
● Eco-based & Hypoallergenic materials
● 2-year warranty

DETAIL FEATURES:

EXTRA BUOYANCY

2mm/3mm Yamamoto neoprene generates graduated thickness panels for extra buoyancy.