FIRE RETARDANT PAINTS
Technical Data Sheet
RAKSHAK FIRE RETARDANT PAINT (WATER THINNABLE)
Rakshak Fire Retardant Paint WT is a water based Intumescent Paint. It is formulated so as to resist fire on Concrete, Mild Steel, wood and electrical ducts for 90 to 120 minutes.
It has the following characteristics-
- Colour : White, Grey or any light shade on demand
2. Gloss : Eggshell
3. Solid contents (% by volume): 50 ± 2 %
4. Specific Gravity: 1.30 ± 0.03
5. Recommended Film Thickness: 700 To 1500 microns (depends on suitability and application conditions.)
6. Flash Point: Non flammable
7. Drying Time at 35°C room temperature : 2.5 hours dry to touch
5 to 6 hours dry to handle
8. Hardness Test : Test Passes (After 8 days)
9. Viscosity at 25°C (B4 cup) : 150 Seconds by ford cup B4
10. Covering & Fire retardant rating (combination with base & mid coat)
: 1 Kg per sq/mt For one hour : 2 Kg per sq /mt for two hour
11. Fire Test(After 15 days) : 120 minute test passes with fire blower. (subject to 2 Kg per sq/mt with base and top coat)
12. Storage Life : 1 Year
13. Layer Thickness :
D.F.T. : 175-186 Microns per Coat ; W.F.T. : 225-235 Micron per coat
APPLICATION RECOMMENDATION
14. On Concrete Substrates :
| 1001 FR Concrete Primer WT | 1 to 2 coats |
| Rakshak Fire Retardant Paint WB (Top Coat) | 4 to 6 Coats |
15. On Wooden Substrates :
| 1001 Wood PS Primer ST | 1 to 2 coats |
| Rakshak Fire Retardant Paint WB (Top Coat) | 4 to 6 Coats |
16. On Mild Steel Substrates :
| 1001 / Elite/ Infinity -Epoxy Zinc Phosphate Primer ST | 2 to 3 coats |
| Rakshak Fire Retardant Paint WB (Top Coat) | 4 to 7 Coats |
17. Pack Sizes: 1 L, 4 L, 10 L, 20 L
18. Application Process :
Surface Preparation: The surface should be properly primed with suitable primer.
Application Conditions: Minimum temperature at 10° C and relative humidity 20 – 85%.
Recoating Interval: 2 hours or more till paint dries
Use brush, roller or airless spray for application.
Disclaimer- Information contained within this page is based on information believed to be reliable at the end of its preparation. The Company will not be liable for loss or damage howsoever caused including liability of negligence which may be suffered by the user of the data contained herein.
It is the user’s responsibility to conduct all necessary tests to confirm the suitability of any product or system for their intended use. No guarantee of results is implied since conditions of use are beyond our control.
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TECHNICAL DATA SHEET
1001 C.R. Based Fire Retardant Paints (Solvent Based)
1001 Fire Retardant Paints ST are based on high quality of intumescence pigments and, chemically inert extenders properly blended with Isoprene based binders. It can be applied either on Asbestos, Wood, or Mild Steel.
It has the following features-
1. Finish: Smooth, Uniform and Semi- Glossy
2. Supply Viscosity at 30°C with Ford Cup B4 : 60 to 120 seconds.
3. Colours: White, Grey, Light Pink or Any other shade on order
4. Drying Time:
(a) Surface dry: 15 to 30 Minutes
(b) Hard Dry: 3 to 4 Hours
5. Covering capacity per liter per coat : 8 to 10 Sq Meter per litre per coat (25 microns DFT)
6. Mode of application : By Spray Or By brush
7. Thinner for adjustment : Glossy’s Reducer OCR 2T
8. Fire Retardant Test: It withstands the temperature up to 500 to 550°C
9. Shelf Life : 12 Months under Sealed condition from the date of manufacturing.
10. Number of Coats: Minimum two coat after interval of 2 to 4 Hours
11. Pack sizes: 20 Litres , 4 Litres , 1 Litre
Note: For Fire Retardant Paint ST for fibre glass wool and plastic specifications are different.
Disclaimer- Information contained within this page is based on information believed to be reliable at the end of its preparation. The Company will not be liable for loss or damage howsoever caused including liability of negligence which may be suffered by the user of the data contained herein.
It is the user’s responsibility to conduct all necessary tests to confirm the suitability of any product or system for their intended use. No guarantee of results is implied since conditions of use are beyond our control.
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