Application
Static discharge will destroy product and possibly people. Anti-static systems with controlled surface resistance, plus chemical resistance to electrolyte spillage.
Understand the failure mode before choosing a system.
A single static discharge destroys components — and can ignite solvents. Surface resistance must be controlled and grounded.
Electrolytes and process chemicals spill; the floor has to resist them, not just survive them.
Cleanliness expectations are high: the floor should not shed dust and must be easy to wipe clean.
Production lines keep running; upgrades and repairs have to fit short shutdown windows.
Selected by duty — there is no universal system, only the one that fits.
Static drains through the conductive layers into the grounding grid; seamless surface keeps dust down. For SMT, semiconductor and battery plants.
Products in this system
For areas where flatness matters as much as static control: assembly zones, labs and warehouses in electronics plants. The epoxy mortar levels the slab first, the copper grid is laid in and bonded to the building earth, then the anti-static self-levelling topcoat goes down — seamless and dust-free. In areas with heavy foot or trolley traffic, a conductive polyurethane wear coat can be added.
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 and dust extraction to a sound, dry, level slab. Electronics plants demand tighter flatness than ordinary workshops; high spots found by straightedge are patched before coating.
Epoxy primer seals the slab and ensures the conductive system bonds to it. Sealing is confirmed on site against the slab's porosity to prevent blistering later.
Conductive coating with a copper grid laid in, connected to the building earth — the backbone of the whole ESD system. Copper strip spacing follows the designed resistance target, and every joint is crimped solid.
Conductive filler closes pinholes without breaking the electrical path. Interlayer resistance is measured right after application so any anomaly is corrected while access is easy.
Anti-static self-levelling is poured and finished seamless. The surface is left to cure undisturbed in a clean, dust-free environment.
Surface resistance is measured point by point before handover, and documented. Test points are laid out on a grid across the whole area; the record is archived as the acceptance baseline.
Finished floors photographed on site — click to enlarge and inspect the detail.
Anti-static self-levelling over a copper grounding grid, seamless from wall to wall.
Glossy anti-static surface that wipes clean and keeps dust away from the lines.
Anti-static system resistant to electrolyte spillage in the handling zones.
A selection of projects delivered by the group.
A group framework cooperation newly awarded in 2025: supplying workshop flooring materials for CATL sites, delivered and applied in batches to match the build programme of its new-energy plants.
Workshop flooring for BYD production bases. With intense logistics in new-energy workshops, floors are specified separately for heavy-traffic lanes and assembly areas, balancing wear resistance and flatness.
Floors for SVOLT (Great Wall Motor) power-battery plants, including visitor showcase areas. Battery workshops demand cleanliness and moisture control; floor systems are configured zone by zone to the workshop function.
Flooring for the OPPO smart manufacturing centre in Indonesia. The overseas project was executed to local schedules and acceptance standards, with materials supplied directly from our domestic plants.
Home-appliance manufacturing leaves its own marks on a floor: constant pallet-truck traffic, heavy press lines and local wash-down zones. We supply flooring for Haier Group plants, choosing systems zone by zone according to the process.
Telecom and power facilities — equipment rooms, substations and workshops — need floors that do not shed dust and stay easy to maintain, with anti-static options where equipment demands it. We supply flooring materials and application services to China Mobile and State Grid sites.
What buyers ask most when specifying a floor coating.
It depends on your standard — electronics plants usually specify a controlled static-dissipative range, while explosive-storage areas need conductive values. Tell us the requirement and we build to it; the measured results are documented at handover.
Learn moreThe copper grid inside the floor must connect to the building earth. If your plant has grounding bars, we tie into them; otherwise the earth connection point needs to be arranged before we start.
Learn moreYes. The anti-static self-levelling topcoat is seamless and dense — dust has nowhere to settle and it wipes clean.
Learn moreThe cured anti-static surface tolerates occasional spillage when cleaned up as part of normal operation; zones with frequent contact should be pointed out at design stage so we can reinforce them.
Learn moreSurface resistance is measured point by point on the finished floor, and the readings are documented for your acceptance file. Our product test reports are available on each product page.
Learn moreMatched to the systems above; open a product page for technical data and test reports.
Functional systemsAnti-static epoxy self-levelling with a stable, lasting electrical resistance and a high-gloss seamless surface. Abrasion- and load-resistant, suited to clean environments such as electronics and pharmaceutical plants.
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Functional systemsSolvent-based anti-static epoxy intermediate with low resistance, fast drying and strong adhesion — the static-conductive mid coat of anti-static flooring systems.
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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.
