x
 » Ampacoll RS 20 mm

Ampacoll RS 20 mm

Self adhesive round cords of butyl rubber

Product photo: Ampacoll RS 20 mm, self adhesive round cords of butyl rubber
Application photo: Ampacoll RS 20 mm, self adhesive round cords of butyl rubber

Self-adhesive round cord made from high-quality butyl rubber.

  • Vapour-barrier properties
  • For component connections on uneven surfaces
  • For connections on structured substrates
  • Ideal in joist areas
  • > 300 % elasticity
  • Permanently elastic

Self-adhesive round cord made from high-quality butyl rubber.

Ampacoll RS 20 mm: Air-tight fitting of wall elements onto masonry or concrete work carried out on-site, with a gap width up to 15 mm.


20-year Ampack premium warranty

Conditions for the twenty-year premium warranty include registering the building object and the Ampack products used. In addition, our products must be used as part of a system. For further details, please see our General Warranty Conditions.

ISO 9001

Article number Roll dimensions Carton content

7640115533227

2,35 m × 20 mm

10 rolls = 23,5 m

Property Value Standard

Storage

cool and dry

Durability

> 20 years

Operating temperature for product

above 0 °C

Temperature resistance

-40 to +90 °C

Outdoor weathering

3 months
Technical data sheets
pdf Technical data sheet: Ampacoll RS Technical data sheet: Ampacoll RS, self adhesive round cords of butyl rubber
Product photos
jpg Product photo: Ampacoll RS 20 mm Product photo: Ampacoll RS 20 mm, self adhesive round cords of butyl rubber
Application photos
jpg Application photo: Ampacoll RS 20 mm Application photo: Ampacoll RS 20 mm, self adhesive round cords of butyl rubber

Please note, bonding on wet or damp surfaces generally presents a problem. The surface to be repaired must be dry, clean and free of dust and grease. For floors and edge connectors on a highly textured or dirty surface such as concrete or masonry, Ampacoll Primax must be applied first. The joints to be sealed may not be more than 2/3 of the bead diameter used. This is achieved by leveling out the corresponding part.

Back to overview