LEVELX PRO
High-strength, self-levelling
High-strength, self-levelling and smoothing compound for internal and external applications.
FORSPEC LEVELX PRO is a next-generation, high-performance self-smoothing floor leveller designed for internal and external areas requiring maximum durability, smoothness, and structural strength. Formulated with MINERALCORE technology, it provides compressive strength up to 40 MPa, abrasion resistance, and levelling versatility from 1.5 mm to 100 mm in a single pour. Suitable for high-traffic areas, resilient finishes, polished overlays, or temporary exposed use. Compatible with vinyl, carpet, membranes, and tile finishes.
specs
Technical Specifications.
Waterproof Time:
Not stated; LEVELX PRO is not a waterproofing membrane.
Coverage:
Approx. 4.4–4.8 L water per 20 kg; yields ~1.5 m² at 10 mm thickness
Usable period after opening:
20–30 minutes open time
Touch dry time minimum:
Walkable in 2 hours @ 23°C
Vapor Pressure @ 25oC:
Substrate moisture ≤4.5% (if higher, use EP 250 primer)
Application Temperature:
+5°C to +30°C
Shelf Life:
Minimum 12 months in unopened bags stored dry
Membrane
Classification:
Not applicable — cementitious levelling material
Colour:
Grey
Tack Free Time:
~2 hours (walkable).
Recoat Time:
4 hours between layers
Elongation at Break:
Recommended
Thickness:
1.5 mm to 100 mm in one pou
Chemical
Resistant:
High abrasion resistance, not designed for chemical immersion.
Full Cure:
7 days for max strength
Chemical Base:
Cementitious compound
Cure Mechanism:
Hydration (cement-based).
Tear Propagation
Resistance:
Service
Temperature:
-10°C to +70°C
Solid Contents:
Bond Strength:
Density:
2100 kg/m³ (mixed)
Compressive
Strength:
40 MPa at 28 days
Flow:
40 MPa at 28 days
Acceptance of Cyclic Movement:
Self-levelling, high-flow formula
Dimensional Stability:
Self-levelling, high-flow formula
Control Elongation at Break:
Self-levelling, high-flow formula
Control Tensile Strength:
Self-levelling, high-flow formula
Water Immersion Elongation at Break:
Self-levelling, high-flow formula
Water Immersion Tensile Strength:
Self-levelling, high-flow formula
Detergent Immersion Elongation at Break:
Self-levelling, high-flow formula
Detergent Immersion Tensile Strength:
Self-levelling, high-flow formula
Heat Aging Elongation at Break:
Self-levelling, high-flow formula
Heat Aging Tensile Strength:
Self-levelling, high-flow formula
Field Seam Strength:
Self-levelling, high-flow formula
Temperature Resistance:
Water Vapour Transmission
Self-levelling, high-flow formula
Water Vapour Transmission:
Self-levelling, high-flow formula
Application Method:
Self-levelling, high-flow formula
VOC Content:
Self-levelling, high-flow formula
Mixing Ratio:
Self-levelling, high-flow formula
Viscosity:
Self-levelling, high-flow formula
Storage Temperature:
Self-levelling, high-flow formula
Flash Point:
Self-levelling, high-flow formula
UV Resistance:
Self-levelling, high-flow formula
Hydrostatic Pressure Resistance:
Self-levelling, high-flow formula
Water Vapour Transmission Rate (WVTR):
Self-levelling, high-flow formula
Abrasion Resistance:
Self-levelling, high-flow formula
Bacterial/Algae Resistance:
Self-levelling, high-flow formula
Application Time:
Self-levelling, high-flow formula
Environmental Impact:
Self-levelling, high-flow formula
Packaging Sizes:
Self-levelling, high-flow formula
Hardness:
Self-levelling, high-flow formula
Adhesion to Substrate:
Self-levelling, high-flow formula
Appearance After Curing:
Self-levelling, high-flow formula
Clean-up Requirements:
Self-levelling, high-flow formula
Certification Standards:
Self-levelling, high-flow formula
calculator
Coverage Calculator.
Based on a manufacturers average recommended coverage of Approx. 4.4–4.8 L water per 20 kg; yields ~1.5 m² at 10 mm thickness
Required:
NaN Lr
pdfs
Product Documentation.
Safety Data Sheet 2 (PDF Download)
Compliance Testing Report 1 (PDF Download)
Compliance Testing Report 2 (PDF Download)
Compliance Testing Report 3 (PDF Download)
Low VOC Certificate (PDF Download)
Product How To Guide (PDF Download)
3d
Application Model
