In a world striving for energy efficiency and sustainable construction, insulation is no longer optional – it is essential for saving energy and reducing CO2 emissions from the building sector. Evonik empowers manufacturers of mineral glass wool insulation to elevate performance, durability, and environmental responsibility with advanced silane technologies. Our solutions redefine insulation.
Why Choose Evonik for Mineral Glass Wool Insulation?
- Proven Chemistry: Trusted brands like Dynasylan® and VPS deliver superior hydrophobicity, enhanced fiber bonding, and long-term durability.
- Sustainability Built-In: Reduce energy consumption, extend product life cycles, and meet green building standards.
- Tailored Innovation: Our silane-based additives are engineered to meet the specific needs of mineral wool production—whether for residential, commercial, or industrial insulation.
Solutions by Application
Hydrophobization & Fiber Bonding
- Dynasylan® – Organofunctional silanes that improve water repellency and mechanical strength in mineral wool insulation. Ideal for enhancing product longevity and performance in demanding environments.
- VPS – Vinyl-functional silanes designed for optimized fiber bonding and compatibility with various binder systems. Supports efficient production and consistent insulation quality.
The Evonik Advantage
- Reliable Performance: Our silanes are proven in large-scale insulation manufacturing worldwide.
- Process Efficiency: Improve throughput and reduce downtime with additives that integrate seamlessly into your production line.
- Expert Support: Our technical specialists work closely with you to optimize formulations and meet evolving market demands.
Ready to Build a Better Future?
Discover how Evonik’s silane technologies can help you create mineral glass wool insulation that performs better, lasts longer, and supports a more sustainable tomorrow, because it helps save energy and reduce CO2 emissions.
Explore our solutions or contact us today to start your journey toward smarter insulation.