BNL7

BNL7

Water-based stone sealer

€34,00 excl. VAT

€41,14

incl. VAT

Excl. shipping costs of €9.95 per item.
Free shipping from €65,-

  • 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: 10 liter
  • |
  • EAN: 6152419435400

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

Recycled packaging

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.