Skip to content

Aquabind™ Water-based Acrylic Solution

Aquabind™, which is a water-based acrylic solution with elastomeric properties designed to be used in conjunction with permeable pavement projects. Aquabind™ is a product designed to provide stability and durability to permeable pavement projects by using its elastomeric properties. It’s mixed with water at a 1:1 ratio and is used to prevent erosion of jointing chips and decorative pebbles, especially in situations where water flow or cleaning methods might pose a risk to the integrity of the pavement.

Properties: Aquabind™ is a water-based acrylic solution that possesses elastomeric properties. This means that it has the ability to flex and move with the permeable pavement, adapting to any changes without cracking or breaking.

Application: The diluted Aquabind™ solution is applied to jointing chips and decorative pebbles. Its primary purpose is to stabilise these materials, preventing them from being washed out due to factors like steep driveways or cleaning methods involving water blasters or hose pipes.

Concentration: Aquabind™ concentrate is sold in 20-liter pails. When mixed with water at a 1:1 ratio, you get a diluted solution. For example, you would mix 1 liter of Aquabind™ with 1 liter of water.

Coverage: When the diluted Aquabind™ solution is used in a 1:1 ratio with water, one 20-liter pail of Aquabind™ can cover approximately 60 square meters (m2) of paving. This indicates the area that can be effectively treated with the given amount of product.

Complementary Products: Aquabind™ is recommended to be used alongside other products like Aqualok™ and Aquastone™ for stabilising joint chips, and with Grasslok™ when working with decorative pebbles. These complementary products likely enhance the performance of the overall pavement system.

Aquabind-water-based-acrylic-solution

This product is not subject to a warning or ban under the Building Act 2004, or a description of any warning or ban that has been made in relation to the product.

Gallery

Related Case Studies