Product Overview

MC-Floor EP is a two-component 100 percent solids (solvent-free) epoxy floor coating from MC-Bauchemie at the heavy-duty, high-build end of the MC-Floor product range — positioned above the water-borne light-duty MC-Floor WB and providing a harder, thicker, more abrasion-resistant and chemical-resistant floor finish than the polyurethane-topcoated MC-Floor PU system for applications where the floor receives the most severe industrial traffic and chemical exposure. The distinction from MC-Floor PU lies in the matrix chemistry: MC-Floor EP cures to a rigid, high-modulus epoxy polymer network with compressive strength of 70 to 90 MPa and Shore D hardness of 80 to 90 — providing the maximum hardness and load-bearing capacity among the MC-Floor coatings; the trade-off versus the polyurethane topcoat of MC-Floor PU is that the rigid epoxy matrix is more brittle and less UV-stable (epoxy coatings yellow under UV in naturally lit spaces), making MC-Floor EP most suitable for covered industrial spaces with no direct UV exposure. The 100 percent solids formulation of MC-Floor EP means every litre of mixed product deposited on the floor remains as a cured film (no solvent evaporates out of the cured film) — providing a high build of 250 to 500 micrometres dry film thickness per coat versus 50 to 150 micrometres for solvent-borne thin-film epoxy coatings; the higher film build provides greater protection against the substrate surface irregularities (small honeycombs, aggregate pullout pockets, trowel marks) that would show through a thin-film coating, and provides greater total epoxy film thickness to resist abrasion and chemical attack. Space Arc Engineering supplies MC-Floor EP for industrial flooring contractors, factory facility managers, and warehouse operators in Ghaziabad, Delhi NCR, Noida, and Uttar Pradesh.

Applications

• Heavy-duty manufacturing plant and production floor coating — application of MC-Floor EP to the concrete floors of automobile manufacturing plants, auto component factories, engineering workshops, metal fabrication plants, and general manufacturing facilities in Gurgaon, Manesar, Noida, and Ghaziabad industrial areas where the floor must withstand the combined loading of: counterbalance forklift trucks (3 to 5 tonne capacity, hard polyurethane wheels creating point loading of 30 to 60 MPa at the tyre-floor contact patch); heavy machine foundation pads and bolted machine bases; frequent metal swarf, cutting fluid, and lubricating oil contamination requiring regular floor washing; the high compressive strength (70 to 90 MPa) and Shore D hardness (80 to 90) of cured MC-Floor EP provides the resistance to indentation and abrasion at the forklift wheel contact that lighter-duty coatings cannot sustain
• Chemical processing and pharmaceutical plant floor coating — application to the concrete floors of chemical plant production areas, pharmaceutical API synthesis floors, solvent storage rooms, battery manufacturing facilities, and industrial laboratory floors where the floor must resist chemical spills of: dilute mineral acids (sulfuric acid up to 10 percent, hydrochloric acid up to 10 percent, nitric acid up to 5 percent); alkalis (sodium hydroxide, ammonia solutions); petroleum products (crude oil, diesel, petrol, hydraulic fluids); organic solvents (acetone, ethanol, isopropanol — resistance depends on concentration and contact time, verify with chemical resistance table for MC-Floor EP); the 100 percent solids epoxy matrix provides excellent chemical resistance that withstands short-term spillage and splashing of these chemicals without coating degradation, discolouration, or loss of bond to the concrete substrate
• Warehouse and logistics centre floor coating for intensive traffic — application to the concrete floors of distribution centres, cold store ante-rooms (floor areas outside the cold room where ambient temperature allows epoxy curing), goods-in and dispatch areas, and general warehouse floors with intensive counterbalance forklift traffic and VNA (very narrow aisle) reach truck traffic; MC-Floor EP at 500 to 800 micrometre total dry film thickness provides the abrasion resistance needed for 5-day week, 2-shift operation of forklift fleets without visible traffic lane wear that would require premature recoating
• Workshop and maintenance facility floor coating — application to the floors of automotive service workshops, heavy vehicle maintenance depots, railway rolling stock maintenance sheds, power plant turbine maintenance halls, and general industrial maintenance workshops where the floor must resist: oil, grease, and hydraulic fluid contamination; impact from dropped tools and components (metal-to-metal impact); abrasion from metal castors and wheels on maintenance trolleys; the MC-Floor EP system in a pigmented finish colour (standard red oxide, grey, or cream base colours available) also provides the visual hygiene and housekeeping management of a brightly coloured, easy-to-inspect floor surface that contrasts with oil and contamination for immediate visibility

Key Advantages

• 100 percent solids — maximum dry film build per coat, near-zero VOC — every litre of mixed MC-Floor EP converts to cured dry film (no solvent carrier evaporating out), providing 250 to 500 micrometres dry film thickness per coat — 3 to 5 times the film build of a standard solvent-borne thin-film epoxy coating; the high film build protects against substrate surface irregularities and builds up the abrasion-resistant epoxy mass that outlasts thin-film coatings in heavy traffic environments; the near-zero solvent content eliminates flammability risk during application and reduces VOC emissions to near zero, improving site safety and worker health during floor coating operations in enclosed buildings
• Compressive strength above 70 to 90 MPa — hardest and most load-resistant MC-Floor coating — the 100 percent solids epoxy cures to a compressive strength higher than standard concrete (28 to 40 MPa), matching or exceeding structural concrete quality; this high hardness (Shore D 80 to 90) provides resistance to the indentation and abrasion at the hard nylon or polyurethane tyre contact points of heavy forklift trucks where softer floor coatings (polyurethane, acrylate) show visible wheel tracks and surface wear within 1 to 2 years of intensive forklift use
• Excellent chemical resistance for industrial environment service — the three-dimensionally cross-linked epoxy polymer network of cured MC-Floor EP provides resistance to the broad range of industrial chemicals encountered in manufacturing and processing environments: the epoxy C-C and C-O backbone bonds are resistant to hydrolysis by water, alkalis, and dilute acids; the absence of ester groups (which are present in some epoxy acrylate coatings and are susceptible to saponification by alkalis) makes MC-Floor EP resistant to the strong alkali floor cleaning solutions (sodium hydroxide, quaternary ammonium cleaners) used in food and pharmaceutical facilities; verify resistance to specific chemicals using the MC-Bauchemie chemical resistance table before specifying for aggressive chemical service
• Anti-slip finish options — safety in wet and oily conditions — MC-Floor EP can be finished with a broadcast layer of aluminium oxide or silica sand aggregate (broadcast into the wet second coat before cure) to provide an anti-slip surface texture; anti-slip finish is particularly important in areas subject to water or oil contamination where the smooth epoxy surface would be dangerously slippery without a textured finish; the anti-slip texture is factory-specified and provides a Coefficient of Friction (COF) suitable for heavy industrial floor safety requirements under wet conditions