SOLAR HEAT REFLECTIVE COATING
Ambhuti Roof Cool is a high SRI value ready to use coating. It is when used on the roofing surface, it reflects sunlight to greater extent and prevents the roofing material from getting heated up even during peak summer afternoon.
Since it works on the principle of continuous rejection of UV and IR rays the roofing substrate does not get heated up. So the air below the roof never gets hot keeping the room cool and comfortable. This also protects the building for a longer period extending the life of the building and preventing expansion and contraction.
1. Clean the surface of application properly with wire brush and clean water
2. Allow the surface to dry before application of Ambhuti Roof Cool
3. Take the required quantity of Ambhuti Roof Cool in pan and mix upto 20% water only
Note : Mix water such that 1st coat applied is thick and 2nd coat is less thick
4. Mix well before application
5. Apply 1st coat using brush/roller on surface and allow it to dry for 2-3 hours.
Note : Ensure that the 1st coat is applied early in the morning when sun heat is low
6. Once the first coat is dried, apply the second coat properly such that the surface is completely covered with Ambhuti Roof Cool
7. Allow it to dry for around 12 hours
Note : Apply 2 coats on cement surface and 3-4 coat on metal, plastic and other similar surfaces
8. Surface is ready now ready to provide desired results
Ambient Temperature : 40ºC
Uncoated Roofing : 65-70ºC
Coated Roofing : 40-45ºC
Keeps your home cool
Reduce roof heat upto 20ºC
High SRI Value
Reflects : 85% UV and 90% IR rays
Low VOC : Eco friendly
Reduce electricity cost upto 40%
Low cost application and maintenance
Dust and water repellent
Reduces roof crack and increases building life
Cleans with normal water
Last for more than 5 years
Single component ready to use material
Air conditioned building
Warehouses
Oil storage tanks
Shopping malls
Water tanks/pipelines
Factories
Apartments
Houses
Cold Storage
Hospitals
Cooling towers
Railways/Metros
Office Building
Any other surface in direct contact with sunlight