Industrial Epoxy Flooring Systems in Qatar
Heavy-duty resin flooring engineered for manufacturing plants, heavy machinery assembly, steel fabrication workshops, and industrial processing facilities across Qatar.
Technical Performance Metrics
Engineered for Harsh Industrial Environments in Qatar
Manufacturing and industrial facilities subject concrete floors to severe mechanical vibration, dropped heavy steel tools, continuous chemical and oil saturation, and high thermal variances. Our industrial epoxy systems provide unmatched monolithic defense.
Vibration & Mechanical Impact Resistance
Formulated with high tensile and flexural modulus to absorb heavy machinery harmonic vibrations and prevent concrete micro-fracturing beneath stamping and CNC machines.
- • Shore D 85 hardness
- • Impact energy dissipation
- • High modulus of elasticity
Hydrocarbon & Coolant Impervious
Completely seals concrete against penetration by synthetic cutting fluids, gear oils, hydraulic lubricants, and battery electrolytes that degrade standard concrete.
- • ASTM D1308 chemical defense
- • Non-staining resin matrix
- • Easily degreased surface
High-Traction Safety Profiling
Calibrated aggregate broadcast textures (silica quartz or aluminium oxide) maintain high slip resistance even in oily machining or wet washdown zones.
- • Pendulum Test Value > 40 wet
- • R11 / R12 slip rating
- • Compliant with Qatar Civil Defence
Mechanical & Chemical Engineering Parameters
Our heavy-duty industrial systems meet the rigorous demands of Qatar General Organization for Standards and Metrology (QS) and international testing standards.
| Parameter | Standard Test | Engineering Value | Operational Relevance |
|---|---|---|---|
| System Classification | BS 8204-6 | FeRFA Type 6 (Heavy-Duty Screed) | Dense multi-component epoxy resin mortar compacted for intense service. |
| Compressive Strength | ASTM C579 | 80 – 92 N/mm² | Withstands intense static machinery dead-loads and high-tonnage wheel transfer. |
| Tensile Strength | ASTM D638 | 30 N/mm² | High tensile elongation preventing cracking under dynamic thermal expansion cycles. |
| Bond Strength to Concrete | ASTM D4541 | > 3.0 N/mm² (Cohesive concrete failure) | Exceeds the tensile strength of C30/C37 structural concrete. |
| Shore D Hardness | ASTM D2240 | 84 – 86 Shore D | Impervious to indentation from steel pallet feet, dropped wrenches, and jack stands. |
| Chemical Resistance | ASTM D1308 (24h immersion) | Resistant to oils, diesel, cutting fluids, 10% sulfuric acid, 30% NaOH | No swelling, softening, or surface pitting. |
Substrate Restoration in Doha Industrial Area & Mesaieed
Industrial buildings in older zones often have contaminated, compromised concrete slabs that require specialist chemical and mechanical remediation.
Oil-Saturated Concrete Slabs
Years of uncontained machinery oil leaks saturate deep into the concrete porosity, preventing standard resin adhesion and causing rapid debonding.
Extreme Summer Ambient Temperatures
Non-air-conditioned industrial workshops reach internal ambient temperatures of 45°C to 50°C during summer, drastically shortening resin workability.
Heavy Vehicle & Machinery Point Stresses
Heavy forklifts, overhead crane loading zones, and steel transport bogies crush thin paint coatings within days.
Certified Industrial Flooring Installation Methodology
Strict quality control procedures ensure each layer achieves complete chemical cross-linking and mechanical anchoring to the structural slab.
Substrate Profiling (ICRI CSP 4)
Heavy-duty captive shot blasting or mechanical scarification to strip degraded laitance and open sound aggregate matrix.
Structural Crack Chasing & Stitching
Chasing floor fractures, installing carbon-fiber cross-stitching pins where required, and filling with high-tensile epoxy repair mortar.
Deep Penetrating Oil-Stop Primer
Applying 100% solids epoxy primer formulated to encapsulate trace hydrocarbons and bond deeply to damp or porous concrete.
Heavy-Duty Epoxy Slurry / Mortar
Trowel-applying or pin-raking the high-compressive epoxy matrix, compacting with power floats or manual screed boxes.
Intermediate Silica Quartz Broadcast
Broadcasting dried quartz aggregate to rejection for maximum mechanical wear resistance and slip-resistant texture.
Chemical-Resistant Lock Coat
Applying pigmented high-solids epoxy or polyurethane sealers to lock aggregates and deliver a clean, impervious industrial finish.
Frequently Asked Technical Questions
Detailed engineering answers regarding application parameters, substrate preparation, durability standards, and maintenance in Qatar.
We utilize a proven multi-step decontamination protocol: first, biological/chemical emulsification degreasing, followed by heavy mechanical scarification (CSP 4–5) to physically remove the top oil-soaked concrete layer. We then apply specialized oil-tolerant epoxy primer that chemically cross-links despite residual hydrocarbons.
A floor coating is typically 0.2mm to 0.5mm thick, suitable only for light foot traffic and dust-proofing. An industrial epoxy screed is a heavy-duty resin-rich mortar applied at 3.0mm to 6.0mm thickness with compressive strengths exceeding 80 MPa, engineered for heavy machinery, steel fabrication, and intense forklift traffic.
Yes. We specialize in fast-track industrial turnarounds across Qatar. We deploy multi-man mobile application teams working 24-hour shift rotations during scheduled plant maintenance windows to ensure zero disruption to production schedules.
Yes. Our industrial epoxy and polyurethane systems are classified Class 1 / Class Bfl-s1 fire-resistant according to EN 13501-1 and ASTM E648, producing minimal smoke and preventing flame propagation.
Explore Related Systems & Locations in Qatar
Schedule an On-Site Substrate Evaluation in Qatar
Our mobile technical teams conduct comprehensive substrate diagnostics across all industrial zones and municipalities in Qatar—including captive shot blasting profile testing, in-situ relative humidity (ASTM F2170), and compressive pull-off testing.