Coldfyx

Coldfyx is an advanced, two-part solvent-free polyurethane resin system, specially formulated to serve as a cold-applied adhesive for installing surface-mounted road markers. Comprising a base and activator component, Coldfyx offers a practical and efficient alternative to traditional hot melt processes, making it ideal for situations where hot application methods are impractical or unsafe.

Key Features:

• Two-Part Resin System: Coldfyx consists of a base and an activator component that, when mixed, create a strong, durable bond. This system ensures reliable adhesion, making it perfect for securing road markers in place.
• Solvent-Free Formula: The solvent-free composition of Coldfyx makes it an environmentally friendly choice, reducing the release of harmful VOCs and ensuring safer handling and application.
• Cold Application: Designed for cold application, Coldfyx eliminates the need for specialised hot melt equipment, reducing setup time and making it easier to apply in a variety of weather conditions and environments.
• High Bond Strength: Once cured, Coldfyx provides a robust, long-lasting bond capable of withstanding the rigors of traffic, weather, and environmental factors, ensuring that road markers stay securely in place.
• Versatile Use: While specifically designed for installing surface-mounted road markers, Coldfyx’s strong adhesive properties make it suitable for various other applications where a reliable, cold-applied adhesive is required.
• Easy to Use: The two-part system is straightforward to mix and apply, making it accessible to both professional road crews and smaller contractors. It cures quickly, allowing for rapid installation and minimal downtime.

Applications:

Coldfyx is ideal for use in traffic management and road safety projects, particularly for installing surface-mounted road markers where traditional hot melt methods are impractical. It’s also suitable for other bonding applications in construction and maintenance where a cold-applied, solvent-free adhesive is advantageous.