Panda -10

–10°C Cold Flexibility | ≥120°C Heat Resistance

Panda Series APP modified waterproofing membranes are plastomeric waterproofing solutions specifically designed for continental climate zones where structures are exposed to both high summer temperatures and cold winter conditions. The incorporation of Atactic Polypropylene (APP) enhances the durability, heat resistance, and long-term performance of the bitumen.

To improve physical strength and mechanical resistance, Panda Series membranes are reinforced with fiberglass or polyester carrier layers, ensuring reliable performance under structural stress and temperature fluctuations.

Key Features & Performance Benefits

• High Tensile Strength & Elasticity
  Superior longitudinal and transverse tensile strength provides the elasticity required during application and throughout service life. Effectively withstands building movements and thermal expansion differences.
• Proven Performance in Various Climates
  A versatile waterproofing membrane series with wide application areas, distinguished by its reliable performance across different climate conditions.
• Excellent Detail Adaptation
  Easily adapts to complex construction details such as expansion joints, concrete channels, parapet turn-ups, and chimney bases, ensuring continuous waterproofing integrity.
• Strong Adhesion & Long-Lasting Bonding
  Exhibits excellent adhesion to applied surfaces, maintaining bonding performance even after installation. Particularly effective in foundation and retaining wall waterproofing applications.
• Outstanding Thermal Resistance
  Does not melt or flow under high temperatures up to at least 120°C, and remains flexible at –10°C without cracking or becoming brittle.
• Torch-Applied Ease of Installation
  Designed for efficient and reliable torch-applied installation, ensuring consistent on-site performance.
• Lifetime Waterproofing Performance
  When properly applied and adequately protected, Panda Series membranes provide durable waterproofing throughout the service life of the building.