ACTFLEX ATC UV Top Coat
ACTFLEX ATC is a high-performance, high chemical and UV resistant, hand-applied, moisture curing single-pack polyurethane topcoat. ACTFLEX ATC is vehicle or foot trafficable. ACTFLEX ATC has been tested to pass accelerated UV testing using UVB light at 2000 hours. It is designed for coating Polyurethane or Polyurea waterproofing membranes to bring trafficability, easy cleaning, and gloss.
Available in (sizes)
20kg
UV and traffic Resistant top coat
ACTFLEX ATC
ACTFLEX ATC can be applied over FORSPEC waterproofing membranes such as ACTFLEX 929 HV, ACTFLEX 929 SL, ACTFLEX 906 WPU, or ACTFLEX 101 UV. This combination enhances the durability and performance of the waterproofing systems, providing additional protection against UV radiation, chemicals, and mechanical wear. The seamless integration of these products ensures long-lasting and reliable waterproofing solutions for various construction and industrial applications.
specs
Technical Specifications.
Waterproof Time:
5 Hours
Coverage:
1 coat of 250-400 g/m² will provide a durable layer of 0.15-0.25 mm. Final dry film thickness must be a minimum of 0.2 mm (200 microns). The number of coats will depend on the degree and type of traffic. For light foot traffic, a single coat at 400 g/m² is recommended. For heavy foot traffic and vehicular traffic, two coats of 400 g/m² are recommended.
Usable period after opening:
Touch dry time minimum:
Touch-dry in 3 hours; recoat in 12 hours
Vapor Pressure @ 25oC:
Low permeability (μ > 1500 estimated for aliphatic PU)
Application Temperature:
+5°C to +35°C
Shelf Life:
12 months (in original sealed container, cool/dry storage)
Membrane
Classification:
Colour:
Grey (standard); other colours available on request
Tack Free Time:
3 Hours
Recoat Time:
12 hours
Elongation at Break:
>140%
Recommended
Thickness:
0.2mm
Chemical
Resistant:
Resistant to a wide range of chemicals, extending its usability.
Full Cure:
12 Hours
Chemical Base:
Aliphatic Polyurethane
Cure Mechanism:
Moisture curing
Tear Propagation
Resistance:
High resistance to punctures makes it suitable for demanding environments.
Service
Temperature:
-20°C to 80°C
Solid Contents:
68%(+/- 2%)
Bond Strength:
≥1.5 MPa (typical on primed surfaces)
Density:
1.12 g/cm³
Compressive
Strength:
25–30 MPa (estimated range for aliphatic PU coatings)
Flow:
25–30 MPa (estimated range for aliphatic PU coatings)
Acceptance of Cyclic Movement:
Self-levelling; suitable for roller/squeegee application
Dimensional Stability:
Self-levelling; suitable for roller/squeegee application
Control Elongation at Break:
Self-levelling; suitable for roller/squeegee application
Control Tensile Strength:
Self-levelling; suitable for roller/squeegee application
Water Immersion Elongation at Break:
Self-levelling; suitable for roller/squeegee application
Water Immersion Tensile Strength:
Self-levelling; suitable for roller/squeegee application
Detergent Immersion Elongation at Break:
Self-levelling; suitable for roller/squeegee application
Detergent Immersion Tensile Strength:
Self-levelling; suitable for roller/squeegee application
Heat Aging Elongation at Break:
Self-levelling; suitable for roller/squeegee application
Heat Aging Tensile Strength:
Self-levelling; suitable for roller/squeegee application
Field Seam Strength:
Self-levelling; suitable for roller/squeegee application
Temperature Resistance:
Water Vapour Transmission
Self-levelling; suitable for roller/squeegee application
Water Vapour Transmission:
Self-levelling; suitable for roller/squeegee application
Application Method:
Self-levelling; suitable for roller/squeegee application
VOC Content:
Self-levelling; suitable for roller/squeegee application
Mixing Ratio:
Self-levelling; suitable for roller/squeegee application
Viscosity:
Self-levelling; suitable for roller/squeegee application
Storage Temperature:
Self-levelling; suitable for roller/squeegee application
Flash Point:
Self-levelling; suitable for roller/squeegee application
UV Resistance:
Self-levelling; suitable for roller/squeegee application
Hydrostatic Pressure Resistance:
Self-levelling; suitable for roller/squeegee application
Water Vapour Transmission Rate (WVTR):
Self-levelling; suitable for roller/squeegee application
Abrasion Resistance:
Self-levelling; suitable for roller/squeegee application
Bacterial/Algae Resistance:
Self-levelling; suitable for roller/squeegee application
Application Time:
Self-levelling; suitable for roller/squeegee application
Environmental Impact:
Self-levelling; suitable for roller/squeegee application
Packaging Sizes:
Self-levelling; suitable for roller/squeegee application
Hardness:
Self-levelling; suitable for roller/squeegee application
Adhesion to Substrate:
Self-levelling; suitable for roller/squeegee application
Appearance After Curing:
Self-levelling; suitable for roller/squeegee application
Clean-up Requirements:
Self-levelling; suitable for roller/squeegee application
Certification Standards:
Self-levelling; suitable for roller/squeegee application
calculator
Coverage Calculator.
Based on a manufacturers average recommended coverage of 1 coat of 250-400 g/m² will provide a durable layer of 0.15-0.25 mm. Final dry film thickness must be a minimum of 0.2 mm (200 microns). The number of coats will depend on the degree and type of traffic. For light foot traffic, a single coat at 400 g/m² is recommended. For heavy foot traffic and vehicular traffic, two coats of 400 g/m² are recommended.
Required:
20 Lr
3d
Application Model
