ACTFLEX EPOXY GROUT
High Strength, Low Viscosity Epoxy Resin
Designed for structural repair and consolidation, achieving compressive strength of 80 MPa and high bond performance exceeding concrete failure limits.
ACTFLEX EPOXY GROUT is a two-component, high-strength, low-viscosity structural epoxy resin designed for crack injection, structural consolidation, and precision grouting applications. It penetrates deep into cracks and porous substrates to restore structural integrity in concrete, masonry, and stone. The solvent-free, non-shrink formulation delivers high mechanical strength, excellent chemical resistance, and strong adhesion, making it suitable for industrial, civil, marine, and heavy-duty structural repair applications. It is also used as a primer for epoxy mortars such as ACTFLEX HBR.
specs
Technical Specifications.
Waterproof Time:
N/A
Coverage:
0.2–0.3 L/m² (primer/crack consolidation)
Usable period after opening:
Pot Life: 40 minutes at 25°C
Touch dry time minimum:
Initial set: 10–12 hours at 25°C
Vapor Pressure @ 25oC:
N/A
Application Temperature:
10°C – 35°C
Shelf Life:
24 months
Membrane
Classification:
N/A
Colour:
Light grey (mixed)
Tack Free Time:
N/A
Recoat Time:
30–60 minutes (tacky window)
Elongation at Break:
N/A
Recommended
Thickness:
N/A (penetrating resin / grout)
Chemical
Resistant:
Yes
Full Cure:
7 days at 25°C
Chemical Base:
Epoxy
Cure Mechanism:
Two-component chemical cure
Tear Propagation
Resistance:
N/A
Service
Temperature:
N/A
Solid Contents:
Low-viscosity structural epoxy
Bond Strength:
>2.5 MPa (concrete failure)
Density:
~1.05 g/cm³
Compressive
Strength:
80 MPa
Flow:
80 MPa
Acceptance of Cyclic Movement:
Ultra-low viscosity (250–450 cps)
Dimensional Stability:
Ultra-low viscosity (250–450 cps)
Control Elongation at Break:
Ultra-low viscosity (250–450 cps)
Control Tensile Strength:
Ultra-low viscosity (250–450 cps)
Water Immersion Elongation at Break:
Ultra-low viscosity (250–450 cps)
Water Immersion Tensile Strength:
Ultra-low viscosity (250–450 cps)
Detergent Immersion Elongation at Break:
Ultra-low viscosity (250–450 cps)
Detergent Immersion Tensile Strength:
Ultra-low viscosity (250–450 cps)
Heat Aging Elongation at Break:
Ultra-low viscosity (250–450 cps)
Heat Aging Tensile Strength:
Ultra-low viscosity (250–450 cps)
Field Seam Strength:
Ultra-low viscosity (250–450 cps)
Temperature Resistance:
Water Vapour Transmission
Ultra-low viscosity (250–450 cps)
Water Vapour Transmission:
Ultra-low viscosity (250–450 cps)
Application Method:
Ultra-low viscosity (250–450 cps)
VOC Content:
Ultra-low viscosity (250–450 cps)
Mixing Ratio:
Ultra-low viscosity (250–450 cps)
Viscosity:
Ultra-low viscosity (250–450 cps)
Storage Temperature:
Ultra-low viscosity (250–450 cps)
Flash Point:
Ultra-low viscosity (250–450 cps)
UV Resistance:
Ultra-low viscosity (250–450 cps)
Hydrostatic Pressure Resistance:
Ultra-low viscosity (250–450 cps)
Water Vapour Transmission Rate (WVTR):
Ultra-low viscosity (250–450 cps)
Abrasion Resistance:
Ultra-low viscosity (250–450 cps)
Bacterial/Algae Resistance:
Ultra-low viscosity (250–450 cps)
Application Time:
Ultra-low viscosity (250–450 cps)
Environmental Impact:
Ultra-low viscosity (250–450 cps)
Packaging Sizes:
Ultra-low viscosity (250–450 cps)
Hardness:
Ultra-low viscosity (250–450 cps)
Adhesion to Substrate:
Ultra-low viscosity (250–450 cps)
Appearance After Curing:
Ultra-low viscosity (250–450 cps)
Clean-up Requirements:
Ultra-low viscosity (250–450 cps)
Certification Standards:
Ultra-low viscosity (250–450 cps)
calculator
Coverage Calculator.
Based on a manufacturers average recommended coverage of 0.2–0.3 L/m² (primer/crack consolidation)
Required:
NaN Lr
3d
Application Model
