BNL7

BNL7 1000 liter

BNL7

Water-based stone sealer

BNL7 1000 liter
€2.900,00 excl. VAT

€3.509,00

incl. VAT

  • Makes facades and walls of brick, concrete, plaster, natural stone, and joints durably water-repellent
  • Ready to use
  • Fast and deep action
  • Apply with a low-pressure sprayer (do not mist)
  • Inhoud: 1000 liter
  • |
  • EAN: 9508921965299

Online ordering only possible in the Netherlands and Belgium. Prices may differ outside the Netherlands and Belgium. For more information, please contact us.

BNL7

Product Description

BNL7 is a new generation for making facades of brick, concrete, plaster, natural stone, and grout durably water-repellent. The product contains at least 7% active substance and penetrates the substrate excellently thanks to innovative technology and is extremely fast-acting.

BNL7 is extremely fast-acting and in most cases, the facade is water-repellent within a few hours of application. After treatment, BNL7 is invisible and offers particularly durable protection.

The masonry is moisture-resistant but vapor-permeable, thereby increasing the thermal insulation value. The product prevents the growth of algae and is resistant to alkalis and acids and is unaffected by UV radiation from the sun.

Note:
If the substrate has already been hydrophobized or stones or mortars with hydrophobic properties have been used, then a water-based hydrophobic agent should not be applied. Use BNL10 or BNL25 instead.

Effective, simple, and easy to use Instructions for use

1

The substrate must be free of contamination and defects that will adversely affect successful hydrophobing.

2

Ambient temperatures during application should be at least 7°C, up to max. 25°C.

3

Protect materials not to be treated with a suitable protective layer.

4

Wear liquid-tight gloves and safety goggles.

5

Apply the product in a flowing coat (not spraying) in a horizontal motion, working from top to bottom.

6

Protect the treated facade from rain for at least 5 hours. Wind and direct sunlight can also adversely affect the penetration depth.