Aquastop Protect – Polyurethane UV-Resistant Protective Top-Coat for Waterproofing Membranes

Description

Aquastop Protect is a certified, single-component polyurethane top-coat designed to protect exposed waterproofing systems. Applied cold and cured through ambient conditions, it forms a durable, elastic protective layer over polyurethane membranes, significantly enhancing their lifespan and performance in outdoor environments.

This top-coat delivers excellent UV resistance and color stability, ensuring long-term protection against sunlight degradation. Its high reflectivity contributes to thermal insulation by reducing surface heat absorption. Additionally, Aquastop Protect improves abrasion resistance, making surfaces suitable for light domestic foot traffic. It is highly resistant to water, temperature fluctuations, and frost, making it suitable for both residential and commercial exposed applications.

  • Product Type: Polyurethane protective top-coat
  • Composition: Single-component PU system
  • Application Method: Brush, roller, or airless spray
  • Application Type: Cold applied and cold cured
  • Finish: Elastic protective coating
  • UV Resistance: High (UV and color stable)
  • Abrasion Resistance: Enhanced surface durability
  • Reflectivity: High solar reflectance for thermal insulation
  • Water Resistance: Excellent
  • Temperature Resistance: Resistant to heat and frost
  • Foot Traffic: Suitable for light domestic use
  • Coverage: Approx. 120 – 200 g/m² (two coats)
  • Packaging: 5 kg metal pail
  • Shelf Life: Approx. 9 months
  • Usage Area: Internal and external exposed surfaces

  • UV-Stable Polyurethane Technology: Ensures long-term resistance to sunlight exposure without degradation or discoloration.
  • Elastic Protective Layer System: Maintains flexibility, preventing cracking under thermal expansion and contraction.
  • High Reflectance Coating: Reduces heat absorption, contributing to improved energy efficiency and thermal comfort.
  • Abrasion Resistance Enhancement: Strengthens membrane surface against wear and mechanical stress.

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