Seamless, chemical-resistant, and hygienic epoxy floor coatings engineered for pharmaceutical, biotech, food, and industrial laboratories across India — installed by Metrolabs’ certified application teams.
Each epoxy system is engineered for specific laboratory demands — from heavy chemical exposure to static-sensitive electronics manufacturing:
A smooth, seamless, high-gloss surface ideal for cleanrooms and pharmaceutical labs. Applied at 2–3mm thickness, it creates a perfectly flat, dust-free environment resistant to most laboratory chemicals and cleaning agents.
Electrically conductive or dissipative epoxy systems for electronics manufacturing, semiconductor labs, and defence facilities. Maintains surface resistivity within ESD-safe limits (10⁶⁻10⁹ Ohm) to protect sensitive components during handling.
A heavy-duty, 4–6mm thick system for chemical laboratories, solvent stores, and industrial processing areas. Formulated to withstand concentrated acids, alkalis, solvents, and oils — with a textured, slip-resistant finish for safety.
Specifically formulated for food processing facilities, FSSAI-regulated labs, and beverage production areas. Non-toxic, HACCP-compliant, and resistant to thermal shock from hot water wash-downs, fats, oils, and dilute acids.
Seamless coved epoxy skirting that eliminates the wall-floor angle — the single most common bacterial harbourage point in laboratories and cleanrooms. Essential for GMP and NABL-accredited facilities requiring total hygienic enclosure.
A quartz-broadcast system providing enhanced slip resistance, aesthetic colour options, and exceptional durability for high-traffic labs, corridors, and amenity areas. Available in over 20 colour combinations — contributing to zone colour-coding strategies.
Epoxy flooring outperforms every other flooring option in professional laboratory and cleanroom environments:
Zero joints, cracks, or grout lines where bacteria, fungi, or chemical residues can accumulate.
Withstands pH 2–12 range — acids, alkalis, solvents, disinfectants, and industrial cleaning agents.
Non-porous surface allows rapid decontamination using standard lab disinfectants and mopping.
Compressive strength >70 MPa supports heavy laboratory equipment, tanks, and machinery without cracking.
Designate specific zones, walkways, and hazard areas using a range of solid and decorative colour options.
Properly applied epoxy systems typically last 10–20 years in laboratory environments, significantly reducing lifecycle costs.
GMP-grade self-leveling epoxy with cove skirting for strict regulatory compliance.
Seamless hygienic systems preventing bacterial harbourage in BSL-2 and BSL-3 facilities.
HACCP-compliant food-grade epoxy for FSSAI-regulated testing and processing environments.
ESD-safe anti-static epoxy protecting sensitive components and PCB assembly areas.
Heavy-duty chemical-resistant screed for solvent stores, acid baths, and processing areas.
Hygienic, non-porous flooring for pathology, microbiology, and patient care areas.
Cleanroom-grade epoxy for cell culture, genomics, and sterile research environments.
Heavy-duty, high-traffic epoxy screed for production floors and warehouse environments.
Traditional floor tiles and vinyl sheeting develop cracks and grout lines over time. Epoxy’s seamless, non-porous surface denies bacteria, fungi, and endotoxins any surface to colonize — critical for GMP, NABL, and biosafety compliance.
Solvent and acid spills that penetrate conventional flooring contaminate the structural slab, creating long-term hygiene and structural risks. Epoxy creates an impermeable barrier protecting the concrete substrate.
Worn concrete and unsealed surfaces are constant sources of particles — the enemy of cleanroom environments and precision analytical work. Epoxy dramatically reduces particle shedding from the floor surface.
While epoxy has a higher installation cost than standard tiles, its 10–20 year service life, minimal maintenance requirements, and zero grout re-pointing costs deliver significantly lower lifecycle expenses.
A rigorously controlled, multi-stage application process ensuring maximum bond strength, durability, and finish quality:
Concrete moisture testing, surface hardness measurement, and crack mapping to select the correct epoxy system and primer.
Diamond grinding or shot-blasting to achieve the specified surface profile (CSP 3–5), removing laitance and contaminants.
Epoxy primer applied to seal the substrate, followed by base coat mixed to precise resin-to-hardener ratios under controlled conditions.
Intermediate coats, quartz broadcast (if specified), and fill coats applied in sequence to achieve the designed thickness.
UV-stable topcoat applied, followed by adhesion pull-off testing, gloss measurement, and final compliance sign-off.
Contact Metrolabs today for a free site survey and epoxy flooring quotation. Our certified application specialists will assess your floor condition, recommend the optimal system, and deliver a complete turnkey solution.
Our epoxy flooring specialists will contact you within 24 working hours.
For immediate assistance: 9840931231