• Colour Coated metal sheet facing on both sides.
• Crown type overlapping joints on external facing.
• Excellent weatherproof cladding.
• External facing profile overlaps over the adjacent panel
• Unique fitting arrangement to prevent water leakage from the roof.
• Thickness available 30mm, 40mm, 50mm, 75mm & 100mm.
• Colour Coated metal sheet facing on both sides.
• Special Tongue and Groove type joining system.
• Perfect panel to panel finish.
• Snug insulation to insulation fitment.
• Thickness available 30mm, 40mm, 50mm, 75mm & 100mm.
• Asbestos free Cement Sheet facing on both sides.
• Special biscuit type joining system for perfect panel to panel finish.
• Looks, feels and behaves just like finished plaster wall.
• Can be easily painted with distemper or other wall paint.
• Joints are not visible after painting.
• Tiles etc can be fixed just like traditional plastered brick walls.
• Thickness available 50mm, 75mm & 100mm.
From energy savings perspective, a building made from Pronto Panels will need 7 times lesser energy to cool when compared with building of same size and shape constructed using 9″ brick-work.
We can produce panels with much higher R Value to achieve any desired U value to match requirement of specialized projects including Zero-Energy Buildings, Green Buildings, Cold-storage’s and project requiring compliance with Energy Conservation Building Code of Government of India.
Pronto’s panel comes with world’s most advanced insulation with R value of over 7/inch, that saves huge energy cost throughout its life. To give a comparative, our 2” thick panel provides thermal insulation equivalent to that of a 3 feet thick concrete wall.
Pronto panels requires less building material and less energy to manufacture thus they have a very small carbon footprint. Further, its advance insulation saves heating and cooling cost thereby saving energy bills through its life. Lesser Waste makes if eco-friendly.
Pronto’s panel can withstand high compressive and tensile loads. Each panel’s core alone (without facings) can withstand compressive load of over 1250 Kg/SqFt. With glue-free bonded metal/cement facing, the combined strength of panels increases multi-fold.
It requires very short construction time at site. And on-site installation requires only 3-7 days. These panels are modular as they can be easily shifted without any wastage.
It’s light weigh with typical weight of 2 Kg/SqFt only. This enables easy lifting of large size wall and roof over tall heights and it can be easily installed over low-load bearing structures and old buildings without need for any special reinforcement.
| Property | ProntoPanel | 9″ BrickWork | Tin-Shed | PVC Roof |
|---|---|---|---|---|
| Thermal Conductivity (U) | 0.026 | 0.80 | 50 | 0.19 |
| Thickness | 50mm | 225mm | 1mm | 3mm |
| Thermal Resistance (R Value-US) | 11 | 1.6 | 0.0001 | 0.09 |
| Comparison of Insulation (Thermal Resistance) with Pronto | Base | 7 times poor | 103800 times poor | 122 times poor |
| Thermal Conductivity of PU Foam | 0.025 W/mK |
| Temperature Range | Long term -80 Deg C to +100 Deg CShort term temperature of 250 Deg C |
| Long Term Deformation with continuous 40KPa stress over 20 to 50 years | 1.7% |
| Water Absorption (28 Day immersion) | 1.3% max |
| Chemical resistance and Odour | Resistant to most common chemicals. Odour free. |
| Termite Resistance | Not a food for borer insects |
| Compressive Strength perpendicular to plane | 1250kg/SqFt (at 10% deformation) |
| Flammability Grade | B3 DIN 4102 |
| Tensile Strength of PU | 4kg/SqCm |
New Building Code called Energy Conservation Building Code (2007) of Government of India, Ministry of Power requires buildings having connected load over 500KW or above to keep their thermal “U” value at designated levels which can be achieved only with proper insulation of walls and roof. These levels can be effectively and easily achieved with Pronto Panels. Compliance with these U value helps to achieve massive savings in energy bills by bringing down energy load. Such Energy savings may even result in payback of building cost within 4-5 years.
From energy savings perspective, a building made from Pronto Panels will need 7 times lesser energy to cool when compared with building of same size and shape constructed using 9″ brick-work.
We can produce panels with much higher R Value to achieve any desired U value to match requirement of specialized projects including Zero-Energy Buildings, Green Buildings, Cold-storage’s and project requiring compliance with Energy Conservation Building Code of Government of India.
The first step at installing panels is to fix Pronto Angles to concrete slabs. With the help of mechanical fasteners, the steel angle is connected at the right center to the concrete slab to lay a sound foundation.
Pronto panels are lifted easily, then, with the help of a cradle trolley.
Pronto panels are lifted easily, then, with the help of a cradle trolley.
The next step is to fix the panel to the steel angle by using screws, available easily. Screws should be nominally placed at 300 centres for best results. Insertion of 4 screws per panel is recommended; 2 for top and 2 for the bottom angle.
Wherever required, fire resistant acrylic sealant is applied at the top of the panel to make sure effective fire resistance and acoustic insulation are in place.
After placing the panel in place, adhesive is applied to the groove of the panel and then the second panel is put into place by following the same application.
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