In Stock Resdev Intrica Pas Coloured | Fast Curing Coloured Polyaspartic Coating Massive 85% Savings [AGEgPDkx]

Resdev Intrica PAS Coloured: Fast-Curing Polyaspartic Coating

Resdev Intrica PAS Coloured is a cutting-edge, fast-curing two-component solvent-free polyaspartic floor coating designed for concrete surfaces. This high-performance coating stands out for its exceptional UV resistance, durability, and hard-wearing properties. With Intrica PAS Coloured, you can achieve a decorative flake system in conjunction with Intrica PAS Clear, offering a versatile solution for a wide range of applications.

• UV-resistant for long-lasting protection against fading and degradation.
• Fast curing for quick turnaround and reduced downtime.

Product Specifications and Technical Details

Optimized for use over decorative flake or quartz broadcast systems, Intrica PAS Coloured provides a tough and hard-wearing coating system. The coverage rate varies based on the substrate texture and porosity, with a recommended application rate of 3 to 5 m²/kg to achieve a film thickness of 250 to 150 microns on smooth, non-porous surfaces. It is crucial to avoid applying thicknesses greater than 250 microns, as these films will take longer to fully cure. The mixed density of the material is approximately 1350 kg/m³, ensuring a stable and reliable coating solution.

• Highly durable for long-term performance.
• Customizable to match various decorative needs.

Practical Applications and Target Audience

Whether you're looking to enhance the aesthetic appeal of your concrete floor or require a tough, UV-resistant coating for industrial environments, Intrica PAS Coloured is the ideal choice. This versatile product is perfect for use in commercial, residential, and industrial settings, including retail stores, showrooms, warehouses, and more. Its fast curing time and ease of application make it an excellent solution for projects with tight deadlines.

• Decorative for enhancing the visual appeal of any space.
• Industrial for durable protection in high-traffic areas.