FORZAFLEX BASE 3mm
High-performance APP modified bitumen
Commercial-grade torch-applied APP membrane reinforced with non-woven polyester composite.
FORZAFLEX BASE 3mm is a premium torch-applied APP modified bituminous waterproofing membrane engineered for demanding commercial and residential waterproofing applications. Reinforced with a high-strength non-woven polyester composite, the membrane delivers outstanding tensile strength, elongation, dimensional stability, and resistance to puncture and substrate movement.
Designed as a base or intermediate layer within multi-layer membrane systems, FORZAFLEX BASE 3mm provides reliable waterproofing performance across Australian climatic conditions. The membrane features thermofusible polyethylene film on both sides for full torch bonding adhesion to compatible substrates and overlying membrane layers.
specs
Technical Specifications.
Waterproof Time:
Immediate waterproofing performance after correct installation.
Coverage:
1 roll covers approximately 10m² excluding overlaps and wastage.
Usable period after opening:
Foot traffic only after protection layer installation.
Touch dry time minimum:
Not applicable – torch-applied membrane system.
Vapor Pressure @ 25oC:
Low water vapour transmission.
Application Temperature:
Recommended application temperature: 5°C to 45°C.
Shelf Life:
12 months when stored unopened in original packaging under dry protected conditions.
Membrane
Classification:
Colour:
Black
Tack Free Time:
Recoat Time:
Can be overlaid immediately after installation and cooling.
Elongation at Break:
≥ 35%
Recommended
Thickness:
3.0 mm
Chemical
Resistant:
Resistant to water, mild salts, diluted acids, and alkalis commonly encountered in building environments.
Full Cure:
Fully bonded upon cooling after torch application.
Chemical Base:
APP Modified Bitumen
Cure Mechanism:
Torch-applied heat fusion bonding.
Tear Propagation
Resistance:
High tear and puncture resistance due to polyester reinforcement.
Service
Temperature:
-10°C to +90°C
Solid Contents:
100% (sheet membrane — no solvents)
Bond Strength:
≥ 25 N / 25 mm
Density:
Approx. 1.2–1.4 g/cm³
Compressive
Strength:
Suitable for protected membrane systems under screeds and overlays.
Flow:
Suitable for protected membrane systems under screeds and overlays.
Acceptance of Cyclic Movement:
Controlled molten flow during torch application.
Dimensional Stability:
Controlled molten flow during torch application.
Control Elongation at Break:
Controlled molten flow during torch application.
Control Tensile Strength:
Controlled molten flow during torch application.
Water Immersion Elongation at Break:
Controlled molten flow during torch application.
Water Immersion Tensile Strength:
Controlled molten flow during torch application.
Detergent Immersion Elongation at Break:
Controlled molten flow during torch application.
Detergent Immersion Tensile Strength:
Controlled molten flow during torch application.
Heat Aging Elongation at Break:
Controlled molten flow during torch application.
Heat Aging Tensile Strength:
Controlled molten flow during torch application.
Field Seam Strength:
Controlled molten flow during torch application.
Temperature Resistance:
Water Vapour Transmission
Controlled molten flow during torch application.
Water Vapour Transmission:
Controlled molten flow during torch application.
Application Method:
Controlled molten flow during torch application.
VOC Content:
Controlled molten flow during torch application.
Mixing Ratio:
Controlled molten flow during torch application.
Viscosity:
Controlled molten flow during torch application.
Storage Temperature:
Controlled molten flow during torch application.
Flash Point:
Controlled molten flow during torch application.
UV Resistance:
Controlled molten flow during torch application.
Hydrostatic Pressure Resistance:
Controlled molten flow during torch application.
Water Vapour Transmission Rate (WVTR):
Controlled molten flow during torch application.
Abrasion Resistance:
Controlled molten flow during torch application.
Bacterial/Algae Resistance:
Controlled molten flow during torch application.
Application Time:
Controlled molten flow during torch application.
Environmental Impact:
Controlled molten flow during torch application.
Packaging Sizes:
Controlled molten flow during torch application.
Hardness:
Controlled molten flow during torch application.
Adhesion to Substrate:
Controlled molten flow during torch application.
Appearance After Curing:
Controlled molten flow during torch application.
Clean-up Requirements:
Controlled molten flow during torch application.
Certification Standards:
Controlled molten flow during torch application.
calculator
Coverage Calculator.
Based on a manufacturers average recommended coverage of 1 roll covers approximately 10m² excluding overlaps and wastage.
Required:
NaN Lr
3d
Application Model
