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SABA launches two-part MS polymer adhesive in single sausage

1 min read

SABA of the Netherlands claims its new Sabatack 950 Boost adhesive is the world's first MS polymer to which a booster component is added, in a simple sausage package.

Sabatack 950 Boost offers: fast curing - parts can be moved after only two hours; suitable for any standard caulking gun; waste reduction of more than 95%.

SABA's new product is based on an MS polymer adhesive to which a booster component has been added. This means that the packaging consists of an A + B compartment. This allows you to achieve higher productivity in your production process because of the fast and independent curing.

Sabatack 950 Boost is solvent-free, resistant, UV-stable and based on MS polymer. Free of hazard symbols, silicones and isocyanates. The product is described as being easy to process, producing low odour, shows hardly any shrinkage and is insensitive to blistering. In addition, it is often not necessary to pre-treat material with a primer.

To get to work with Sabatack 950 Boost, you need a few components: standard caulking gun, adapter, static mixer and screw cap.

Wolfgang Marquordt, production manager at German commercial vehicle bodybuilder, Rapid Leichtbau, said: “After we conducted a number of tests, we were soon convinced of the benefits of this product. Sabatack 950 Boost enables us to bond our materials even faster and we are also able to make use of a handier sealant gun. In addition, the product has a higher content, namely 600 ml compared to 490 ml. Another benefit is that this product produces much less waste in comparison to cartridges. But the nicest thing is that this product produces the same result as the other SABA products, with which we were already very satisfied.”

SABA's adhesives portfolio in the transportation market consists mainly of products based on MS polymers, such as Sabatack 950 Boost. The use of MS Polymers offers advantages, such as: suitability for virtually all materials, application is fast and easy, ensures even stress distribution.