PVC Corrugated Roof Sheet (3.0mm) | Anti-Corrosion APVC Roof Sheet (3.0mm) | Ultra-Weathering ASA Roof Sheet (3.0mm) | Reinforced UPVC Roof Sheet (3.0mm) | Heat Insulation UPVC Roof Sheet (3.0mm) | |
Anti-Corrosion Capability | Good | Excellent | Excellent | Good | Good |
Service Life | ≥10 years | ≥15 years | ≥30 years | ≥10 years | ≥10 years |
Tensile Strength | 26 МPа | 33 МPа | 29 МPа | 30 МPа | 28 МPа |
Flexural Strength | 50 МPа | 60 МPа | 54 МPа | 56 МPа | 52 МPа |
Color Fade Time | 3~5 years | 4~6 years | 8~10 years | 3~5 years | 3~5 years |
Heat Insulation | Good | Excellent | Excellent | Excellent | Excellent |
Recommended Purlin Spacing | 700~900mm | 700~900mm | 700~900mm | 1000~1200mm | 700~900mm |
Waterproof Capability | Good | Good | Good | Excellent | Good |
Recommendation | Economy | Good Quality |
Note: The above data are provided for reference only. The data may vary with specific situations.
Comparison between Different Types of Roof Tile/Sheet
Galvanized Steel Roofing (0.6mm thickness) | Fiber Cement Roof Tile/Sheet(5mm thickness) | Plastic Roof Tile/Sheet(2.5mm thickness) | |
Stability in corrosive environment | Easy to be rusty and easy to take place chemical reactions | Not stable in corrosive environment | Highly stable in corrosive environment |
Service life | ≥ 7 years | ≥ 15 years | 10~30 years |
Tensile Strength | 50 MPa | 18 МPа | 28 МPа |
Flexural Strength | 73 MPa | 16 МPа | 50 МPа |
Bending | Easy | Can not | Easy |
Combustibility | Not combustible | Not combustible, but has micro explosions while burning | Not combustible |
Thermal Conductivity | 6.52W/m.K | 0.46W/m.K | 0.071 W/m.K |
Weight of 100m2 (kg) | 500kg | 1350 kg | 480 kg |
Sound Insulation | Very Bad | Good | Good |
Heat Insulation | Very Bad | Good | Excellent |
Anti-Acid/Alkali/ Corrosion Ability | Very Bad | Not Stable | Excellent |
Efficiency | 92% | 86% | 93% |
Transportation | Safety, Low cost | Easy to break, High cost | Safety, Low cost |
Installation | Fast, Low cost | Easy to break, High cost | Fast, Low cost |
Overlap | Small width causes lots of cost waste during overlapping | Small width and length causes lots of cost waste during overlapping | Bigger width and longer length helps users save lots of cost during overlapping |
Green and Environment Friendly | Can not be recycled | Contained asbestos will cause cancer | Green products and can be recycled |
Note: The above data are provided for reference only. The data may vary with specific situations.