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Nippon Paint Gold Formaldehyde-Buster Odour-less All-in-1(Bamboo Charcoal technology)
Nippon Paint "Gold Formaldehyde-Buster Odour-less all in One (Bamboo Charcoal technology)" interior emulsion paint is combining both "Odour-less" and "Formaldehyde Abatement" advanced technologies. It utilizes innovative polymer synthesis to eliminate unwanted in paint odours, low VOC, as well as decreases a certain level of harmful formaldehyde in interior. It still has more than15 functions, e.g. hiding power, anti-fungus, waterproofing and washability etc., those are ideal for top quality wall decoration and particularly suitable for repainting use. Nippon Paint’s Colour Creations Centers are available for you to choose personalized colors via Nippon Paint’s unique computerized colour matching system.
   
  
Associated Product
Nippon Paint Odour-less Primer
Nippon Paint Odour-less Color Sealer
Tool
Silky Brush
Roller


Features

1. Interior Formaldehyde Abatement
2. Virtually no odour, low VOC
3. Anti-bacteria up to 99.9%
4. Good Washability (40,000 times)
5. Super Waterproof
6. Cover hairline cracks
7. Excellent anti-fungus
8. Excellent Durable
9. Stain resistance
10. Alkali resistance
11. Excellent hiding power
12. Soothes rough surface
13. Quick drying time
14. Matt Finish
15. Computerized color matching
16. Easy application



Formaldehyde Abatement

No Formaldehyde Product

Virtually no odour

Near-zero VOC

Anti-Bacterial

Anti-Fungus

Anti-Alkali

Water Resistant

Washable

Covers Hairline Cracks

Theoretical Coverage:14(m2/L/coat)
No of Coat Recommended:2 coats
Diluent:Clean Water
Dilution Rate:20% (Adjustment depends on application method)
Drying Time - Touch dry:At least 1 hour (at 25ºC)
Drying Time - Recoating:At least 2 hours (at 25ºC)
Packing:1 Litre, 5 Litres
Finish:Matt
Colour:26 standard colours & Computerized Colour Matching Service Available for 1881 colours
 
The information given applies to the product and its performance under specific test conditions. The actual data may vary slightly depending on the application conditions, methods, and surface conditions.