Fermacell® Greenline JointStick | 310ml Tube

Fermacell® Greenline JointStick | 310ml Tube

310ml Fermacell® Greenline JointStick: The Professional's Adhesive for Gypsum Board Jointing

The 310ml Fermacell® Greenline JointStick stands at the forefront of construction adhesive technology, offering a robust solution for achieving strong, durable joints between square edge Fermacell® Gypsum Fibreboards. Crafted for both ease of use and environmental safety, this polyurethane-based adhesive is a must-have for professionals aiming for excellence in their projects.

Key Characteristics and Advantages:

• Precision Application: Equipped with a special applicator nozzle, the Greenline JointStick delivers the exact amount of adhesive needed directly into the joint, ensuring efficient use and optimal bonding strength.

• High-Strength Joint: Once hardened, the adhesive transforms into a plastic-like material, providing a high-strength joint that is built to last. This characteristic makes it ideal for installations requiring durability and longevity.

• Eco-Conscious Composition: Free of isocyanates, plasticizers, silicone, and solvents, the Fermacell® Greenline JointStick is not only low in harmful substances and emissions but also lacks a hazard label. It's been tested and approved by the Eco-Institut Cologne, affirming its safety and environmental friendliness.

• Non-Foaming Formula: Unique among adhesives, it does not foam up during the drying process. This feature allows for a cleaner and more controlled application, resulting in a neat finish and reduced clean-up time.

• Optimal Drying Time: For best results, a drying time of 18 to 36 hours is recommended. This timeframe ensures the adhesive has sufficiently set, providing a secure and stable joint.

Designed specifically for Fermacell® Gypsum Fibreboards and Fermacell® PowerPanel H2O boards, the 310ml Fermacell® Greenline JointStick is an essential tool for anyone looking to achieve professional-grade results in their construction projects. Its blend of easy application, eco-friendliness, and strong bonding capabilities make it a superior choice for constructing durable, high-quality structures.