Characteristics of MaSSC Clean
What is Fujico's original hybrid photocatalyst?
What is Fujico’s unique thermal spray technology?
●
Disinfection by taking the advantage of photocatalyst
●
Taking the advantage of disinfectant metal
To enhance the power of bacteria elimi
Free metal ion will deactivate the enzyme inside the bacteria and cause them to death.
When the photocatalyst is under the
light, it will generate "electron (e-)"
and "hall (h+)"!
These will react with oxygen (O
2
) and
water (H
2
O) in the air and generate
"reactive oxygen species (O
2
, O
H
)".
The reactive oxygen will disintegrate
the organic substances into carbon
dioxide and water.Attack and
damage the surfaces of cells of bacteria.
Method by application of binder
B a s e m a t e r i a l
Binder
Photocatalyst
Photocatalyst
Method by application of thermal spray technology
Anti-bacteria metal
3
This MaSSC mark represents that Fujico's unique thermal
spray technology is applied on coating of photocatalyst and
anti-bacteria metal made of hybrid highly disinfect material.
MaSSC Clean is an air deodorant and bacteria elimination
device built-in with MaSSC filters and ultra-violet light lamp and
has high capability of deodorant and bacteria elimination.
Hybrid photocatalyst
Fujico's unique thermal
spray technology
excellent capability of
"bacterial elimination"
The conventional photocatalyst coating is that the photocatalyst is mixed with a solvent having binder effects. Therefore,
the photocatalyst is buried in the binder and makes the intensity of photocatalyst reaction become less. Fujico has the
edge on “thermal spray” technology. By taking advantage of this cutting edge technology, the surface of base material
can be covered with high density photocatalyst and such significantly enhance the photocatalyst reaction.
●Due to the fact that photocatalyst is mixed with a
binder, photocatalyst is buried in the binder and
make the intensity of reaction become less.
●Due to the impact of thermal spray that make it
deeply attach to the base material and high density
photocatalyst coating is created.
B a s e m a t e r i a l
