MV-6 is used next generation type of photocatalyst particle. Reacted visible ray is more effective than former visible reaction type of photocatalyst particle. MV-6 has high decomposed effect and gas absorbed effect.

Character	> High photocatalysis effect > Can use low-light intensity more than other M-Clean series. > Absorbed several gas substance > Coated surface can catch up several bacterial > Used several materials surface > Promote formation of inorganic film (Does not use any organic substance) > Does not use any basecoat (single application)
Appearance	White
Fluid type	Water based fluid (not DG)
Main component	TiO2 and SiO2
Dry temperature	At normal temperature
Dry out time	Over 24 hours
Application method	Spray gun, Roller, Brush, etc
Spread quantities	15 - 50 g / 1 m2 (large of the amount used is high effect)
Appearance of dry out	A little white surface (poor transparency)
Bottle label
Bottle type
	4L	10L (Option)	20L (Option)

2. Decomposed effect in a room

(1) Fluorescent lump test

(2) Vertical wall surface condition

3. Decompose effective test on clothes (indoor room under 1300 lux by fluorescent) 　

(1)Photograph and graph

(2) Comparative figure of decomposed chromaticity

Name	Chromaticity	Chromaticity of after 6 days	Chromaticity differential	decomposition rate	comparative activity
Other mfr UV type	326	339	13	4.26%	4.26%
M-Clean MO-1	335	389	54	17.70%	17.70%
M-Clean MV-6	318	623	305	100.00%	100.00%
Note:	MV-6 is about 5.6 times of decomposed activational effect more than MO-1.

4. Gas decomposed effect

4-1. Data of decomposed acetaldehyde gas

(1) Using lamp: Mercury lamp (Include UV ray)

 (2) Using lamp: Mercury lamp (Exclude UV ray)

Note: M-1V STV and M-1V STV is used former visible reaction type of photocatalyst. MV-6 of photocatalyst particle is used new type of visible reaction type of photocatalyst.

5. Application method

It applies MV-6 by spray gun or roller method.

Wall surface: Spray gun, Ceiling: roller