Liquid Water Based Fire Resistant Primer

The policy made by our company makes us occupied in exporting, manufacturing and supplying a quality assured Water Based Fire Resistant Primer in Vadodara, Gujarat, India. Features: Balanced composition Reliable usage Long shelf life Product Description: Water based Fire Resistant Primer. Recommended Use: Applied on doors, windows, wall paneling, false ceilings, fiber board tiles to render them fire resistant to class 1 surface spread of flame as per BS-476 part 7. Physical Data: Soft Wood: 3Sq meter/liter Plywood, Particle Boards etc: 3.5 Sq meter/liter Hard Wood, Teak Wood: 4.0 Sq meter/liter Fiber insulation board, Plaster board, Gypsum board: 6.0Sq meter/liter Shelf Life: One year at room temperature Application By brush/ spray Thinner: Water Recommended DFT: 75 microns per coat Over coating Interval Min: 8 hours; Max: 24 hours If exceeds, the surface should be roughened by emery scuffing Over coating Interval Min: 8 hours; Max: 24 hours Drying Characteristics: Touch dry: 2 Hours Hard dry: 8 Hours Full cure: 7 Days (At 30 degree C and 65% relative humidity) Resistance Guide: Fire: Meets the requirements of BS-476 part 6 & 7, IS-163 and ASTM 1360 Acid: No effect (5% HCl) Alkali: No effect ( 5 % NaOH ) Water: No effect ( 40 degree C 7 days ) Termite: 1 coat of FR Primer AK 402 and 2 coats of AK-414 on termite affected area kills all the termites Surface Preparation: Clean the surface thoroughly of dust and water before applying FR primer and paint. Health & Safety: This is water based primer and as such no precautions are necessary. Application Method: Stir the primer thoroughly to attain homogeneity. Add clean water into the primer as required, depending on application method, and stir thoroughly for few minutes. Strain the paint through Nylon filter cloth of 300 mesh size and apply uniformly over the surface. The temperature of the substrate should be minimum 3C above the dew point of the air, temperature and relative humidity measured in the vicinity of the substrate. Good ventilation is usually required in confined areas to ensure correct drying. All equipments used for above should be properly cleaned.