Skip to Content
  1. Home
  2. Products
  3. Construction Materials
  4. Waterproofing
  5. Sarnavap® 500 E, Vapor Diffusion Control Layer
  1. All Products
  2. Sarnavap® 500 E, Vapor Diffusion Control Layer
Sarnavap® 500 E, Vapor Diffusion Control Layer

Sarnavap® 500 E, Vapor Diffusion Control Layer

Waterproofing
SIKA

Sika is a global leader in specialty chemicals for the construction and industrial sectors. The company develops and supplies innovative products and systems for bonding, sealing, damping, reinforcing, and protecting structures. With a strong focus on sustainability and performance, Sika serves a wide range of applications including concrete production, waterproofing, roofing, flooring, and structural strengthening.

Read more
https://www.polytrade.global/web/image/product.template/40775/image_1920?unique=c88dc28

1,681.90 lei Tax Included
1681.9 RON

Not Available For Sale

You have already submitted a query for this product today.

This combination does not exist.

Contact Us
Preview TDS
Download TDS
General Specifications
Packaging Roll 25 m × 5 m
Width 5.00 m (± 1 %) mm
Length 25.00 m (± 2 %) m
Weight 145 g/m² (± 15 %) Kg
Usage Vapour control layer over common substrates
Chemical Base Low density polyethylene film (PE-LD)
Usage Area -
Color Surface: smooth, low-density polyethylene film PE-LD, printed on one side with Sarnavap®. Color: white
Storage Conditions Rolls: +5…+30 °C, horizontal on pallet, away from sun/rain/snow
Density -
Consumption -

VAPOR DIFFUSION CONTROL LAYER

Sarnavap®-500 E is a vapor diffusion control layer, without additional support layer, based on polyethylene (PE).

Use
  • The vapor control layer (VCL) is applied over the most common types of backing layers. Substrates must be smooth, dry and strong enough to support foot traffic.
  • If the surfaces of the support layers are rough (eg damaged concrete or slope screed), apply a leveling layer before applying the Sarnavap®-500 E film or use Sarnavap® 3000M with a release layer on the underside.
  • Sarnavap®-500 E vapor control layer is used for flat roofs (for PVC systems only).
Advantages
  • It is easy and quick to assemble.
  • Remains flexible at low temperatures.
  • It does not deteriorate over time.
  • Permanent resistance to water vapor diffusion.
  • Recyclable.
pack
Packaging unit:see price list
Roll length:25.00 m (82 ft)
Roll width:5.00 m (16.4 ft)
Roll weight:18.125 kg (40 lb)
Color
Surface:smooth, low-density polyethylene film PE-LD, printed on one side with Sarnavap®.
Color:white
Typical technical data
APPROVALS / CERTIFICATIONS 

- CE marking according to the EN 13984 standard
- Reaction to fire according to the EN 13501-1 standard.
- EN ISO 9001/14001 quality management system.

Chemical base 

Low density polyethylene film (PE-LD).

Validity period 

5 years from the date of production and in accordance with the storage conditions in the original, unopened and undamaged packaging.

Storage conditions 

The rolls must be stored between +5 °C (+41 °F) and +30 °C (+86 °F), in a horizontal position on the pallet, protected from direct sunlight, rain and snow. Do not stack roller pallets during transport or storage.

Product statement 

EN 13984

Visible defects 

They are not (EN 1850-2)

Length 

25.00 m (82 ft) (± 2 %) (EN 1848-2)

Width 

5.00 m (16.4 ft) (± 1 %) (EN 1848-2)

Effective thickness 

0.15 mm (0.0059 in) (± 20 %) (EN 1849-2)

Linearity 

Hi (EN 1848-2)

Mass per unit area 

145 g/m² (± 15 %) (EN 1849-2)

System structure 

Auxiliary, complementary products:
- Sarnavap Tape F (for sealing overlapping areas).
- Sarnatape® 20 (for sealing against drafts in the attic area, porous substrates must first be treated with Primer 130).
- Primer 130.

Compatibility 

Not applicable for permanent exposure to UV radiation.

Impact resistance 

≤ 100 mm (3.94 in) (EN 12691)

Tensile strength 

longitudinal ≥ 130 N/50 mm (1.97 in)
transverse ≥ 130 N/50 mm (1.97 in)

Elongation 

longitudinal ≥ 400 %
transverse ≥ 400 %

Tear resistance 

longitudinal ≥ 60 N
transverse ≥ 60 N

Reaction to fire 

Class E (EN ISO 11925-2:2002) (EN 13501-1)

Artificial aging 

Good (EN 1296) (EN 1931)

Impermeability 

Hello (EN 1928)

Application

Ambient air temperature

-20 °C (68 °F) min. / +60 °C (+140 °F) max.

Support temperature

-30 °C (86 °F) min. / +60 °C (+140 °F) max.

SUPPORT QUALITY

Substrates must be smooth, dry and strong enough to support foot traffic.

PREPARATION OF THE SUPPORT

If the surfaces of the support layers are rough (e.g. damaged concrete or slope screed), apply a leveling layer before applying the Sarnavap®-500 E film.

APPLICATION

  1. Unroll the roll of Sarnavap®-500 E over the structural support layer and temporarily orient it into position.
  2. Roll out the next roll of Sarnavap®-500 E laying it so that the overlaps between the strips are at least 80 mm (3.15 in).
  3. Fold the upper sheet of Sarnavap®-500 E and apply the Sarnavap® Tape F (double-sided joint tape) to the lower sheet.
  4. Peel off the protective strip of the adhesive tape and carefully fold the top sheet of Sarnavap®-500 E making sure no creases form.
  5. Press the upper sheet of Sarnavap®-500 E with a pressure roller to ensure good adhesion with the Sarnavap® Tape F adhesive tape. When applying the sheet to corrugated sheet, the overlap must be made on the upper fold of the sheet, so that we can apply adequate pressure for optimal sealing of the overlaps.
  6. At transverse joints, sealing is achieved by cutting the edge of the upper sheet at 45°.
  7. In the perimeter and perforation areas, the Sarnavap®-500 E film will rise on the vertical sides and stick with Sarnatape® 20 double-adhesive tape on a smooth structure of the vertical element. Porous surfaces will first be treated with Primer 130.

Installation work must only be carried out by Sika authorized roofing membrane applicators.

Application of auxiliary products, e.g. the double-adhesive contact tape and the primer, is limited to temperatures above +5 °C (+41 °F). Please consult the technical data sheets of the respective products. For application at an ambient temperature below +5 °C (+41 °F), mandatory measures may be required due to safety requirements according to national regulations.