ABA patented technology

Daily life is often ill due to indirect infection of germs, and constant contact with the surrounding environment with hands is the root cause behind the illness, such as in public places, transportation utilities, schoolshospitalPublic toilets are all susceptible to infection and get sick. To prevent self-infection or indirect infection, the best way is to start with sterilization and inhibiting the growth of bacteria.

ABA antiseptic coating products can continuously kill bacteria and achieve 99.9% of high efficiency.

"ABA Contact Killing function", as long as the hand touches the ABA coating surface of the product for more than 10 seconds, the part in contact with the product will have a sterilization function. ABA coating is non-toxic, does not contain chemicals and alcohol, does not require electric power, and will not cause sensitivity. The hard coating is extremely durable, very durable and environmentally friendly.

ABA coating adopts nano silver ion technology, which can not only kill bacteria, but also inhibit the growth of bacteria and reduce its infectious ability. The high hardness coating is also very heat resistant and will not release toxic substances.

It has SGS bactericidal activity and antibacterial test certificate, which proves to kill 99.99% of Staphylococcus aureus, Escherichia coli and Salmonella. This test is tested in accordance with the JIS standard and is the most stringent test, because it requires 99.99% sterilization ability to write Anti-bacteria on the product.

Coating applied to metal

◎ stainless steel copper

Coating name: ABAG
Color: gray and black
Thickness: 0.8 microns

*The coating will cover the primary color of the metal


Coating applied to plastic


Coating name: ABAPY
colour:Transparent with slight yellow (not recommended for use on white)
Thickness: 0.1 microns


Coating applied to fabric

◎ PP ◎ PU ◎ PVC ◎ Fiber cloth ◎ nylon cloth ◎ Film roll

Coating name: ABAPY
Color: transparent with slight yellow (not recommended for white)
Thickness: 0.1 microns