Quality Standards
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Coated Steel Roof and Wall Panels |
Roof and Wall Panels
Actual Width 1060mm
Effective Width 1000mm
Thickness available .40mm to .7mm
Length available .50 to 12meters
Coated Steel Sheet
Coated Steel Sheet has been used extensively by the construction industry throughout the world for nearly two centuries. Because of its excellent corrosion resistances, it has become the preferred material for a wide range of construction uses, particularly roofing and walling.
Coated steel sheet is unique as a building material. It combines the strength of steel with the excellent corrosion protection of zinc or zinc/aluminum alloy coatings. It can be punched, pressed, roll-formed and joined into a limitless number of structural and decorative building products.
Product Features
- Good design & secure fastening systems ensure the security and weathertight performance of coated steel roofing during extreme weather
- Coated steel sheet is fire resistant, with many insurance companies offer lower premiums as a result
- Excellent thermal properties to keep your building cooler in summer and warmer in winter
- Provides a quite roofing system particularly when used in combination with appropriate insulation systems.
Technical specification of Aluminum Zinc Alloy Coated Steel
Base Metal High Tensile Steel
Coating Mass AZ 150
Coated Std AS 1397-1993
Yeild Strength 550Mpa/ 300Mpa
Thichkness 0.5mm
Tolerance +_0.04 as per AS/NZS 1397
Technical Specification of Galvanised Colour Coated Sheets
Base Metal High Tensile Steel
Coating Mass 120 GSM
Coated Std IS: 277 / JIS: 3302
Yeild Strength 240 Mpa
Thichkness 0.5mm & .6mm
Tolerance +_0.03 as per IS:513
Crimped Sheet
Crimped Sheet - (More uses than you could ever imagine)
CRIMPED Curved sheets developed to provide versatility and creativity to bring new and refreshing design to commercial industrial and domestic buildings.
The Combination of curves and contours in concave and convex shapes with flats and angles produce many aesthetically pleasing buildings.
This design freedom can result in significant cost saving in construction mainly due to:
- Less supporting framework required for parapets and roofs.
- Reduction or elimination of many flashing/cappings.
- Less cladding material required for covering a given curve.
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