Comparison

Comparison chart for materials

Scope of Works Wood uPVC Aluminium
Thermal resistance Good Very Good Fair
Durability Variable Excellent Good
Maintenance High Very Low Low
Cost High Low Low
Energy consumption Low energy consumption during extrusion Low energy consumption during extrusion & fabrication High approx 7.5 times high energy consumption during extrusion
Convenience in installation Tough Very easy Reasonable
Does it peel corrode, rot or warp in bad weather Yes Never Yes
Does heat or cold transmit through the material? Yes No Yes
With it require coating or other maintenance? if scratched Yes Never Yes
Will scratches show as a different colour? Yes No Yes
Does soap and water cleaning make material look new again? No Yes No
Aesthetics Good Excellent Fair
Waste disposal Recycling is difficult as profiles are treated with chemicals and various protection coatinigs Up to 99% after separation from hardware and reinforcement Separation of Aluminum and coating is difficult
Waste disposal Recycling is difficult as profiles are treated with chemicals and various protection coatinigs Up to 99% after separation from hardware and reinforcement Separation of Aluminum and coating is difficult
Fire retardancy Catches fire easily Does not propagate fire Does not propagate fire
Acoustic insulation Fair Excellent Fair
Eco-friendly Poor Excellent Good

What makes ASCENT uPVC superior?


Ascent uPVC product is free from lead (Pb) and other hazardous substances, and approved for green building concept. The profiles we use are designed for Indian tropical conditions and are extruded and tested conforming to BS Enu6o8. Systems are designed and developed for a wide range of glass sizes varying from 4mm to 36mm. They are a superior substitute for conventional wooden frames taking into account the cost, strength, beauty, precision, and ecology. Doors & Windows made of an engineered profile system; don’t let Heat, Cold, Sound, and Dust enter your home.

Lead free compound Material data

Material properties conforming to BS EN 1208 Reference standard Standard values ASCENT uPVC values
Flexural modulus of elasticity BS EN ISO 178 >2200 N/mm² >2492 N/mm²
Charpy impact strength BS EN ISO 179-2 >20 KJ/m² ay. 35 KJ/m²
Vicat softening point BS EN ISO 306-B >75°C >80°C
Impact strength after artificial weathering BS EN 513 >40% ay.56%
Colour fastness after 6000 hrs climate zone 5 (severe) BS EN 513 ΔE<5 ΔE=1.25
Colour fastness after 6000 hrs climate zone 5 (severe) BS EN 513 ΔA B<3 Δb=0.96
Weldability (compression welding test) BS EN 514 >35 N/mm² av. 50 N/mm²
Tensile impact strength EN ISO 8256 >600 KJ/m² 750 KJ/m²
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