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ISO-CONNECT VARIOFLEX SD+

3-fold variable sealing foil for internal and external sealing

Film sealing for all situations

ISO-CONNECT VARIOFLEX SD+ is a highly flexible and stretchy special foil that can be used for connection joints for- windows, doors and panels to create a seal that is airtight and windproof. ISO-CONNECT VARIOFLEX SD+ is made from a pliable soft polymer fleece and is self-adhesive over the entire surface. When the fold (20 mm) is closed, the foil is used as a COMPLETE foil with adhesive tape applied on one side. Opening the fold (20 mm) creates the COMPLETE DUO foil with self-adhesive strips on alternating sides. A single foil can thus be used for all sealing applications between window frame and building structure.

 

Product benefits

Variable sd value, variable adhesive surfaces, variable length

  • fold technology for universal usability high stretchability and flexible adaptation
  • variable sd value, can be used inside and out
  • low inherent rigidity combined with high tensile strength for simple and precise application
  • airtight and windproof
  • resistant to driving rain and impermeable to water
  • special fleece surface which is easy to plaster, paint or glue
  • with self-adhesive strip for quick and effective fitting
  • complies with the requirements of the Building Energy Act (EnEV was vaild 31.10.20) and the recommendations of
    the RAL “installation guide”
  • 10 Year Function Warranty*

* On the conditions of the manufacturer (available on request).

Application Areas

Easier, faster, more flexible

ISO-CONNECT VARIOFLEX SD+ is used in the interior and exterior of buildings for bonding over window connection joints; with its variable sd-value, it is particularly adaptable to the substrate. The principle of “tighter on the inside than on the outside” is therefore guaranteed at all times and in any climate. The foil creates a reliable seal for movement joints. As it is extremely good for absorbing movement whilst offering high tensile strength, it can compensate even for significant component movements.