PVC corrugated sheets, clear PVC corrugated sheets, clear
 PVC corrugated sheets, bronze PVC corrugated sheets, bronze
 PVC corrugated sheets, trapeze, clear PVC corrugated sheets, trapeze, clear
 PVC corrugated sheets, trapeze, bronze PVC corrugated sheets, trapeze, bronze
 PVC corrugated sheets, P8, clear PVC corrugated sheets, P8, clear
 PVC corrugated sheets, P5, clear PVC corrugated sheets, P5, clear
 PVC corrugated sheets, microsinus PVC corrugated sheets, microsinus
 PVC corrugated sheets, clear
 PVC corrugated sheets, bronze
 PVC corrugated sheets, trapeze, clear
 PVC corrugated sheets, trapeze, bronze
 PVC corrugated sheets, P8, clear
 PVC corrugated sheets, P5, clear
 PVC corrugated sheets, microsinus

PVC corrugated sheets

PVC corrugated sheets: The many cases roofing solution

PVC corrugated sheets from Gutta are a suitable, cost-effective solution for standard roofs without upscale aesthetic requirements. The material combines good transparency with easy handling and great durability. This means a basic quality standard that will surprise you with its numerous applications.

Standard quality Polyvinyl chloride (PVC) Cost-effective and sturdy Light and handy High transparency Fire class B1 (DIN 4102)

An affordable alternative to many types of roofing

PVC is often a viable roofing solution, especially for light strips, canopies or shelters. In addition to its sturdiness, low weight and excellent price-performance ratio, the particular ease in handling the plastic material makes it a good choice. Here are some basic instructions to keep in mind when roofing:

  • Standard roof pitch should be 10°, minimum 7°.
  • The substructure can be made with wooden or metal slats of 40 x 60 mm.
  • The distances between the slats should be max. 50 cm for average snow and wind loads. The distance should be reduced accordingly for regions with higher loads.
  • Cover the cross slats first with silver masking tape.
  • Laying should occur against the prevailing direction of the wind, proceeding from the eaves to the roof ridge.
  • First, pre-drill the plates with a plastic hole cutter, with holes measuring about 4-5 mm larger than the screw shank.
  • The cross coverage should be one wave, or two waves for a roof pitch below 10°.
  • Longitudinal overlap should measure 15 cm, or 20 cm for a roof pitch below 10°.
  • Attach screws on each third wave crest at the edge of ​​each wave.
  • Use spacers!
  • Plan on 15 to 20 fixtures per square metre.
  • Finally, use fittings as needed.

Warranty and quality for our PVC corrugated sheets

The warranty for our PVC corrugated sheets is regulated by the BGB. Depending on the weather, the transparency and flexibility of the panels may decrease more or less within the warranty period. Deviations in color and size, etc. within usual tolerances are reserved. Observe local building regulations. Our recommendations do not exempt customers from an obligation to verify the product independently. In case of doubt, we advise expert consultation.

Raw materials Polyvinyl chloride (PVC)
Material/wall thickness 0.7 mm or 1.1 mm
Specific density 1.38 g/cm³
Profile variants sinus 76/18, trapezoid 70/18, micros-sinus 32/8, P5 177/51, P8 130/30
Colors clear, bronze
Temperature resistance  20 up to + 60 °C
Lengths 2,000 – 3,000 mm
Widths/usable widths sinus 76/18: 900 mm/820 mm
trapezoid 70/18: 1090 mm/1,020 mm
micro-sinus: 750 mm/710 mm
P5: 920 mm/740 mm
P8 1000 mm/870 mm
U-value 5.40 W/m
Light transmission clear approx. 84 % (related to visible light)
Fire behaviour B – s2, d0 according to DIN EN 13501-1
Elongation at yield 50%
Linear thermal expansion 0.08 mm/m °C
Bending strength 29,00 Mpa
E-module 3100 Mpa
Charpy impact strength 2.20 KJ / m²
Roof pitch at least 7
Thermal conductivity 0.17 W /mK
Warranty according to German BGB
Note subject to technical changes. Data according to manufacturer’s specifications.

 

An affordable alternative to many types of roofing

PVC is often a viable roofing solution, especially for light strips, canopies or shelters. In addition to its sturdiness, low weight and excellent price-performance ratio, the particular ease in handling the plastic material makes it a good choice. Here are some basic instructions to keep in mind when roofing:

  • Standard roof pitch should be 10°, minimum 7°.
  • The substructure can be made with wooden or metal slats of 40 x 60 mm.
  • The distances between the slats should be max. 50 cm for average snow and wind loads. The distance should be reduced accordingly for regions with higher loads.
  • Cover the cross slats first with silver masking tape.
  • Laying should occur against the prevailing direction of the wind, proceeding from the eaves to the roof ridge.
  • First, pre-drill the plates with a plastic hole cutter, with holes measuring about 4-5 mm larger than the screw shank.
  • The cross coverage should be one wave, or two waves for a roof pitch below 10°.
  • Longitudinal overlap should measure 15 cm, or 20 cm for a roof pitch below 10°.
  • Attach screws on each third wave crest at the edge of ​​each wave.
  • Use spacers!
  • Plan on 15 to 20 fixtures per square metre.
  • Finally, use fittings as needed.

Warranty and quality for our PVC corrugated sheets

The warranty for our PVC corrugated sheets is regulated by the BGB. Depending on the weather, the transparency and flexibility of the panels may decrease more or less within the warranty period. Deviations in color and size, etc. within usual tolerances are reserved. Observe local building regulations. Our recommendations do not exempt customers from an obligation to verify the product independently. In case of doubt, we advise expert consultation.

Raw materials Polyvinyl chloride (PVC)
Material/wall thickness 0.7 mm or 1.1 mm
Specific density 1.38 g/cm³
Profile variants sinus 76/18, trapezoid 70/18, micros-sinus 32/8, P5 177/51, P8 130/30
Colors clear, bronze
Temperature resistance  20 up to + 60 °C
Lengths 2,000 – 3,000 mm
Widths/usable widths sinus 76/18: 900 mm/820 mm
trapezoid 70/18: 1090 mm/1,020 mm
micro-sinus: 750 mm/710 mm
P5: 920 mm/740 mm
P8 1000 mm/870 mm
U-value 5.40 W/m
Light transmission clear approx. 84 % (related to visible light)
Fire behaviour B – s2, d0 according to DIN EN 13501-1
Elongation at yield 50%
Linear thermal expansion 0.08 mm/m °C
Bending strength 29,00 Mpa
E-module 3100 Mpa
Charpy impact strength 2.20 KJ / m²
Roof pitch at least 7
Thermal conductivity 0.17 W /mK
Warranty according to German BGB
Note subject to technical changes. Data according to manufacturer’s specifications.

 

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