Application
Forklift traffic, point loads and dropped tools. The failure mode here is abrasion, not chemistry — so hardness and impact resistance come first.
Understand the failure mode before choosing a system.
Forklifts and heavy vehicles run back and forth all day; steel and hard wheels wear ordinary coatings through and lift their edges.
Dropped workpieces and tools create point impacts; a small crater soon spreads into large-scale flaking along its edges.
Machine oil, cutting fluid and cleaning agents soften ordinary coatings over time, causing blistering and delamination.
Production rarely stops, so the floor has to be done zone by zone, cure fast and be walkable the same day.
Selected by duty — there is no universal system, only the one that fits.
Seamless and dense, easy to clean and resistant to oil. The best value for assembly, packaging and light-to-medium load workshops.
Products in this system
Wear and scratch resistance rise sharply at the surface. For forklift lanes, heavy logistics zones and outdoor areas exposed to weather.
Products in this system
A thick-build structural floor: tolerant of hot washdown, thermal cycling and damp substrates — the reliable choice for heavy load and tight build programmes.
Products in this system
The same floor with the same materials can last years longer when the work is carried out carefully. The six steps below are our standard sequence for epoxy floors: what each step does, to what standard, and what we check on handover. For your workshop we fine-tune the number of layers and the thickness to the actual loads, chemicals and shutdown window.
Grinding, repair and dust extraction; confirm the strength, flatness and moisture of the slab before anything is applied. Large areas are ground with dust-free grinders, while edges, movement joints and old coatings are treated separately; where slab humidity is too high, a moisture barrier is applied first.
Roll on the epoxy primer to seal the capillaries and lock the coating onto the slab. The primer penetrates to form a sealing film; once touch-dry we check for whitening or skips and spot-roll a second coat where pinholes show.
Trowel a graded quartz-sand mortar to level the floor and build structural strength. The mortar is applied in one or two passes to the specified build, then ground and vacuumed once cured.
A fine-sand filler seals pinholes and leaves a smooth base for the topcoat. Once dry, the filler is fine-ground overall and vacuumed clean before the topcoat, so no grit is carried into the self-levelling layer.
The self-levelling topcoat is poured and trowelled; the material flows out to a seamless surface. It is poured continuously zone by zone in one pass, de-aerated with a spike roller, and the area is closed off during the work to avoid cross-contamination.
The ultra-abrasion polyurethane topcoat is rolled in crossing passes, leaving an even sand texture that resists wear and scratching. Lanes are rolled and reopened progressively; foot and forklift traffic is barred during cure, and the floor is inspected and handed over after full curing.
Finished floors photographed on site — click to enlarge and inspect the detail.
Self-levelling with an ultra-abrasion polyurethane topcoat; the sand-textured surface resists the constant scrubbing of forklift traffic.
Seamless solvent-free epoxy self-levelling; dense, easy to clean and it keeps the workshop tidy.
Self-levelling around production equipment; even gloss, resistant to pressure and impact, easy to keep clean.
A selection of projects delivered by the group.
Full-floor epoxy self-levelling across 200,000 m² of heavy-machinery production buildings. Works were phased by production-line installation milestones, with thickened screeds in heavy-traffic lanes; the seamless finished floor is easy to clean and meets the demands of heavy equipment handling.
Large-area flooring across 190,000 m² of smart-manufacturing workshops. Wide spans and overlapping trades called for continuous large-bay pours and mechanised application to hold both flatness and schedule.
A floor project with dedicated AGV traffic zones. Because AGVs navigate on floor flatness and markings, flatness was controlled to a dedicated specification; the dark-grey abrasion-resistant surface is line-marked to the logistics paths and has carried stable AGV operation since handover.
Paint shops combine dust control, slip resistance, chemical resistance and cleanability requirements. We deliver combined epoxy and polyurethane systems zone by zone, sequenced around the owner's maintenance calendar — for automotive clients including FAW, SAIC, Dongfeng, Beijing Benz, Shanghai GM, Geely, GAC Honda, BYD, XPeng, NIO, Li Auto and Shacman heavy trucks.
Following Chinese manufacturers abroad, we supplied and applied flooring for the OPPO smart manufacturing centre in Indonesia and overseas plants of MINTH Group and Changyou Group, executed to local schedules and acceptance standards.
Beyond single projects, we have supplied flooring materials and application services for years to plants of FAW Group, Foxconn, China Mobile, State Grid and Shougang Group — sites where continuous production, cleanliness and wear resistance all matter at once.
Industrial and commercial floors are usually handed over under a general contractor. We serve as the flooring-package supplier and applicator alongside China Construction Eighth, Third and Fifth Engineering Divisions, Shanghai Construction Group and Jiangsu Construction Engineering Group, taking the floor off the main contractor's critical path.
What buyers ask most when specifying a floor coating.
It depends on the duty. For light-to-medium loads, dry conditions and a clean, presentable finish, epoxy self-levelling is the best value. For heavy forklift traffic, hot washdown, damp or oily environments, waterborne polyurethane mortar is more reliable.
Learn moreEpoxy systems need a properly dry substrate. If the programme is tight or the slab is damp, a waterborne polyurethane mortar system tolerates more moisture. We check the substrate before starting.
Learn moreThe floor can be applied zone by zone so you hand back areas as they are finished and minimise disruption. The schedule depends on area and system; we set out the zoning and timing before work starts.
Learn moreNot directly. The substrate has to be assessed first: dusting, hollow and cracked areas are ground out and repaired, levelled with repair mortar where needed, then the chosen system is applied.
Learn moreThe load is carried mainly by the concrete slab together with the system build-up. Light-to-medium loads suit epoxy self-levelling; heavy forklift lanes benefit from an ultra-abrasion topcoat or a polyurethane mortar system. We select by load and traffic frequency.
Learn moreSolvent-free and waterborne systems use water or low-volatile media as the carrier, so odour and VOC are low. The measured values are listed on each product page.
Learn moreKeep people and heavy loads off during the curing period, then use normally. Routine cleaning with water or a neutral detergent is enough; avoid steel-wheel rolling and sharp scraping, and inspect periodically so small repairs stay small.
Learn moreMatched to the systems above; open a product page for technical data and test reports.
Epoxy systemsA new composite floor topping that pairs decorative appeal with abrasion and slip resistance — for industrial and commercial spaces alike.
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Epoxy systemsRoller-applied solvent-free self-levelling epoxy — levels into a seamless mirror finish with fast installation and easy maintenance.
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Epoxy systemsSolvent-free, build-coat self-levelling epoxy with a mirror-smooth finish — abrasion, load and chemical resistant.
View detailsSend the substrate, the area and what the floor has to survive. You will get a recommended system, a build-up drawing and a quotation — usually within one business day.
