"Grafton" is the trade mark of Grafton Inc. Ltd, Japan. The patented technology is newly invented. Our products were produced base on the new technology, and it shows higher performance compare to products make of older version of patented technology.
Grafton is the high efficiency molecular material based on the radiation chemistry in polymeric system technology (patented), by copolymerising the functional group (Anion. Cation), which has the capturing function, with the polymer molecular.
The chemically adsorbed target material on a molecular level such as acid and alkaline material are converted into the environmental safe material without the desorption.
High Speed
To effectively reduce formaldehyde concentration in the indoor, the decomposition speed shall be higher than formaldehyde emission speed from the source.
No Desorption
Compare to physical reaction where the captured substance might be desorb, and re-polluted the indoor environment, there is no issue of desorption of adsorbed substances occur in our product.
Long Durability
Functional group retain their effectiveness without released from substrate. One treatment is all you need.
Easy Application- Suitable for DIY
Time saving and cost effective.
The product is also suitable for homeowners to do the treatment on their own. No high technology equipment is needed.
Patented Technology (New & Revise)
Excellent and better performance compare to products made by using older version of patented technology.
Before vs After FG-S6S-PRO Coating
FG-S6S-PRO is effectively transformed engineered woods (Plywood, Blockboard, Chipboard &, etc) use for indoor carpentry to better quality, and make your home healthier to stay.
Before FG-S6S-PRO Coating, HCHO concentration = 0.96ppm
After FG-S6S-PRO Coating, HCHO concentration reduces from 0.96ppm to 0.08ppm
Effective, Safe, Easy to apply.
Before and After Coating Ceiling With FG-S68
To effectively treat the indoor formaldehyde pollution issue, one of the important steps is the rate of adsorbing and decomposing of formaldehyde must be greater than the rate of formaldehyde off-gassing from the source.
Only under this circumstance will the formaldehyde concentration index of the space drop.
The video proves that our formaldehyde decomposition agent can quickly adsorb and decompose formaldehyde, and reducing formaldehyde concentration in the space.