WaveWear
Kinesiology
BWAS™
Fabric
Elecsil™
Research
Testing
WaveWear's Unique BWAS™ Technology
WaveWear Exclusive BWAS™ Technology Bio Waved Adhesive Silicone
This not only makes the BWAS™ economical, but also environmentally
friendly as it can potentially reduce single-use tape usage.

This special silicone is non-toxic, remains its adhesiveness when dry, leaves no residue and elastic. It was specially designed in wave-shaped to more effectively attach to the human skin and to remain breathable (because our skin is precious!). Also, WSF™( Wave's Silicone with Fabric) technology allows the silicone to naturally interlocks into the seams of the fabric and provide extra durability.

This special silicone is non-toxic, remains its adhesiveness when dry, leaves no residue and elastic. It was specially designed in wave-shaped to more effectively attach to the human skin and to remain breathable (because our skin is precious!). Also, WSF™( Wave's Silicone with Fabric) technology allows the silicone to naturally interlocks into the seams of the fabric and provide extra durability.

Bio Waved Adhesive Silicone
Elastic & Durable
BWAS™ is elastic and can be used comfortably during extended usage time.
Optimal Compression and Adhesiveness
Unique silicone thickness design physically attaches and compresses the skin to provide comfortable usability.
Semi-Permanent Adhesiveness
WaveWear's patented BWAS™ technology is permanent and comfortable.
Its property is soft and elastic like the human skin and was designed to closely align with and conform to the skin.
Skin-Friendly & No Residue
BWAS™ is non-toxic as it is made out of medical grade material. Even after usage, it leaves no sticky residue on the skin.
Washable & Reusable Adhesiveness
Unlike other adhesives, BWAS™'s adhesiveness increases after washing.
BWAS™'s adhesiveness returns to its original state as dust and skin particles are washed off.
Simple wash it over running water. For a more thorough cleaning, use an alcohol wipe.
Waved Pattern
Waved pattern enables the WSF to adhere to the human skin more effectively while maximizing the breathability of the fabric.