Electronics and SMT plants
Charge decay and step-tested surfaces with documented resistance mapping.
Anti-Static Self-Leveling Epoxy
SKU: FW-SLF-AST
A conductive self-leveling epoxy that safely dissipates static charge for sensitive electronic and cleanroom environments.
Key Parameters
- Finish
- Semi-gloss
- Thickness
- 2 mm
- Coverage
- 2.2 kg/m²/mm
- Mix Ratio
- A:B = 4:1
- Walk-on Time
- 8 h
Standard pack: 25 kg/set. Reply within 24 hours.
- ISO 9001
- SGS
- CE
- PICC
System line:Self-Leveling Epoxy > Anti-Static Self-Leveling
Why buyers specify it
- Permanent ESD control, 10⁶–10⁹ Ω dissipation
- Seamless, hygienic, easy to decontaminate
- High chemical and abrasion resistance
- Test points and earing detail designed with the layout
- Same low-VOC chemistry as our standard self-levelling range
Conductive self-levelling epoxy that safely dissipates static charge (10⁶–10⁹ Ω) for electronics, labs and cleanrooms.
Product overview
A conductive self-levelling build: 2.2 kg/m² per mm, poured at 2 mm, semi-gloss, mixed A:B = 4:1 out of a 25 kg set — roughly 4.4 kg/m² of topping on a 2 mm pour. Mechanically it sits next to our standard self-leveling epoxy rather than below it: >80 Shore D, 78 MPa compressive, 52 MPa tensile, 3.6 MPa adhesion, ≤0.03 g Taber loss and 3 g/L VOC. Walk-on at about 8 hours, light service from 24 hours, full cure at 7 days, 30 minutes of pot life at 20 °C.
What actually decides whether it works
The resin is the part every buyer specifies and the part that almost never causes the failure. Charge leaves this floor through a build-up — a carbon-loaded primer, a bonded copper grid taken to earth terminals, the anti-static layer, then a conductive wear coat — so the two things that decide the handover are where the earth points land and what the slab reads before any of it goes down. The bands themselves, what each one is for, and the measurements to take at commissioning are on our ESD flooring specification page; we keep them in one place rather than restating them per product.
One consequence is worth saying early: if your specification asks for the faster-decay band, that is a different build-up from the one this page carries, and it is a conversation to have before ordering rather than after a failed test.
Why there are only three colours
Light grey, mid grey and blue grey — no brights, and no custom RAL on this one. The conductive loading that gives the floor its dissipation path is also what tints the film: carbon does not cooperate with a warm white. Suppliers who promise an ESD floor in any colour are usually selling a topical antistatic treatment over a normal floor, which washes out. Ours is a bulk property, which is why it survives the cleaning regime and why the palette is short.
Where it is the wrong pick
Anywhere the floor has to survive weather: this build carries no UV-resistance claim, so a sunlit or outdoor area belongs on the flexible UV-stable system. And it is not a general-purpose industrial topping chosen for looks — the three-colour palette is a property of the chemistry, not a styling decision. If the room needs grip rather than a smooth sealed surface, say so at specification stage; a smooth floor that is cleaned daily is a good floor, and a smooth floor that is hosed while wet is a different problem.
What we need to quote it back correctly
The resistance band your auditor will test to, the layout with the earth point positions, the slab moisture reading, and the cleaning products the site intends to use. Film-forming polish and ordinary trolley castors both undo what this system is for, and both are cheaper to discuss before the pour than to find at commissioning.
The conductive network is built into the mortar: carbon-loaded primer, copper tape grid bonded to earth, then the anti-static self-levelling layer and a conductive wear coat. Dissipation is permanent because it is a bulk property, not a topical antistatic spray that washes out.
Commissioning is a two-number check: system resistance to earth and person-to-floor resistance. We specify the grid pattern and the test points so your audit passes the first time.
System build-up (typical, per m²)
| Conductive primer | 0.2 kg/m²Carbon-loaded |
|---|---|
| Copper grid | 200–600 mm meshBonded to earth points |
| Anti-static topping | 2.2 kg/m² per mmPoured 2–3 mm |
| Conductive wear coat | 0.25 kg/m² |
| Earth terminals | ≥ 2 per 100 m²Resistance logged at handover |
Rated features
- anti-static
- conductive
- seamless
- self-leveling
- chemical-resistant
- hygienic
- easy-clean
Colour options
- Light Grey
- Mid Grey
- Blue Grey
Full specifications
| Brand | Friway |
|---|---|
| SKU | FW-SLF-AST |
| Category | Self-Leveling Epoxy > Anti-Static Self-Leveling |
| Finish | Semi-gloss |
| Specification | 2mm anti-static conductive self-leveling epoxy |
| Coverage | 2.2 kg/m²/mm |
| Thickness | 2 mm |
| Mix Ratio | A:B = 4:1 |
| Pot Life | 30 min |
| Walk-on Time | 8 h |
| Full Cure | 168 h |
| Hardness | >80 Shore D |
| Adhesion | 3.6 MPa |
| Compressive Strength | 78 MPa |
| Tensile Strength | 52 MPa |
| Abrasion Resistance | ≤0.03 g (Taber CS-17) |
| VOC | 3 g/L |
| Package | 25 kg/set |
| Warranty | 10 years |
Installation & cure data
| Mix ratio | A:B = 4:1 by weight |
|---|---|
| Pot life | 30 min at 20 °C |
| Foot traffic | 8 h |
| Full cure | 7 days at 20 °CLight service at 24 h; performance tests read after full cure |
| System resistance | 10⁶–10⁹ ΩDesign target; measured on the finished floor against an earth-point log |
| Working conditions | 10–30 °C, RH ≤ 75 %Sound concrete ≥ C25, substrate moisture ≤ 4 % (CM test), ambient 10–35 °C and relative humidity ≤ 80 %, surface at least 3 °C above dew point. |
Performance
| Adhesion | ≥ 3.6 MPa |
|---|---|
| Compressive | 78 MPa |
| Tensile | 52 MPa |
| Hardness | > 80 Shore D |
| Charge decay | Under 0.5 sDesign target on a 4 kV person-model check — verified on site at commissioning, not certified at the factory |
| Slip resistance | Smooth sealed surfaceFine texture for wash-down zones; ramp classification on request |
Figures are typical values measured in our laboratory. Substrate, climate and workmanship affect the result — we confirm the final specification in writing before your order.
Documents for this system
We release documents as editable originals on request (batch-specific data is not in a generic PDF). One click sends your request with this product attached.
- Technical Data SheetBuild-up with grid pattern and resistivity bandsRequest
- Safety Data Sheet (SDS)Component-wiseRequest
- Commissioning & test protocolResistance mapping template and earth-point logRequest
- ESD conformity notesWhich measurements to take on the finished floor and how to log themRequest
Certifications for this system
- ISO 9001
- SGS
- CE
More resources
Packaging
Two-component sets palletised for export, shipped fromDongguan, Guangdong, China by Dongguan Friway Hydraulic Control Technology Co., Ltd..
| Set composition | 25 kg/set |
|---|---|
| Net weight / set | 25 kg |
| Pallet configuration | 24 sets (480 kg net) per 1200 × 1000 mm pallet, stretch-wrapped with corner boards — recalculated for your pail size at quotation |
| 20 ft container | Confirmed at quotation — the figure above is for our standard pail size |
| 40 ft HQ | Confirmed at quotation |
| Shelf life | 12 months from fill date |
| Storage | Dry, ventilated store, 5–30 °C; protect from frost and direct sunlight. Keep sealed — Part B absorbs moisture from air. |
Lead time
Counted from confirmed deposit and approved colour. FOBShenzhen or Guangzhou; CIF and DDP quoted on request.
| Order quantity | Lead time | Notes |
|---|---|---|
| Sample (≤ 2 sets) | 2–4 days | courier freight collect via DHL / UPS / FedEx, shipping at your cost; 5–7 days door to door |
| 1–49 sets | 5–7 days | Stock colours first; standard export packing included |
| 50–199 sets | 10–12 days | Includes batch mixing and in-house QC record per batch |
| 200–999 sets | 15–20 days | Production slot reserved after 30% deposit |
| FCL / 1000+ sets | 22–28 days | Confirmed against the shipping schedule; FOB Shenzhen or Guangzhou |
Customisation
- Colour matchingMOQ 5 sets (≈ 125 kg)
RAL / Pantone reference or a physical sample; we send a wet film for approval before batch production.
- Own-brand labellingMOQ 20 sets (≈ 500 kg)
Your logo and language on the pails and carton; artwork in AI/PDF. Blank labelling available below this MOQ.
- Packaging & cartonMOQ 50 sets (≈ 1,250 kg)
Pail size, carton printing, palletising and shipping marks per your export requirement.
- Full OEM / ODMMOQ 200 sets (≈ 5,000 kg)
Formulation adjustment (gloss, cure speed, aggregate, conductivity range) with TDS and CoA issued under your brand.
Certifications & paperwork
Company-level documents we can issue for this system. We supply certificate copies and batch test reports on request rather than publishing them as images.
- ISO 9001Quality management system for the flooring coatings lineCertificate copy + audit scope on request
- SGS testedAdhesion, hardness, abrasion and VOC on finished filmTest report per batch on request
- CE / DoCDeclaration of conformity for European projectsDoC issued with shipment documents
- French A+ VOCIndoor air-emission class for living-space floorsClassification sheet on request
- PICC product liabilityProduct liability cover for exported goodsPolicy summary on request
- MSDS / SDSPer component — needed for sea and air freight approvalIssued with every shipment
Application sequence
Survey and set the earth planDay 1
Locate earth points, define the grid and log the target resistance before any material moves.
Grind and vacuumHalf day
CSP 1–2 profile; resistivity of the slab is measured and recorded.
Conductive primer3–4 h
Roll the carbon primer and keep it wet-edged under the tape layout.
Copper grid and bonding1 day
Lay the tape mesh, bond to earth terminals, and record resistance at every test point.
Anti-static pour and de-airPer zone
Weigh A:B exactly, pour 2–3 mm, spike-roll within 10 minutes.
Wear coat and commissioningDay 4–8
Apply the conductive wear coat, then test system and person-to-floor resistance after cure.
Field tips
- Do not install the grid in humid weather; the primer must not blush.
- Every earth point gets a stamped photo and a logged resistance value — auditors ask for the sheet.
- Use ESD wheels and trolleys; ordinary castors short out the surface resistivity you just paid for.
- Keep wax and polish off the floor: film-forming cleaners push resistance above 10⁹ Ω.
Need the full method statement for your site? Request it with the form below — we review your slab data before your crew starts.
Where this system works
Server and telecom rooms
Seamless, dust-free and ESD-safe under raised-cable layouts.
Laboratories and pharmaceutical
Decontaminable surface with conductive wear coat.
Precision assembly and cleanrooms
Paired with coving detail at the perimeter for audit.
Declared applications
- factory
- hospital
- commercial
- warehouse
Compatible substrates
- concrete
- cement
After handover
- Clean with water-based neutral or dedicated ESD cleaners; never wax or solvent-strip.
- Re-test resistance at every shutdown, and after any local repair.
- Repair chips with the conductive kit, not with standard epoxy — otherwise the grid is broken locally.
Frequently asked questions
How is the anti-static performance verified?
Two measurements: system resistance to earth (target 10⁶–10⁹ Ω) and person-to-floor charge decay. We supply the test-point layout and the log sheet with the system.
Does the performance wear off?
No — the conductive network is in the bulk material and the copper grid, not a surface treatment. Only film-forming cleaners or non-conductive repairs degrade it.
Can I have colour and ESD together?
Yes, in light grey, mid grey and blue-grey. The conductive content sets the ceiling on how bright a colour can be.
Do you ship the copper grid too?
Yes, the kits ship with primer, tape, terminals, topping and wear coat in matched quantities for your m².
Your project has conditions we cannot see from here? Send the slab report and drawings — our engineers answer with a written specification.
Related Products
Made in Our Own Factory
Dongguan Friway Hydraulic Control Technology Co., Ltd.
Every batch of Anti-Static Self-Leveling Epoxy is produced in our own facility by a team that integrates R&D, production, sales and technical service. Advanced equipment, batch-level lab testing and a complete quality system mean consistent quality — from the first sample to the last pallet.
Mixing Lines
Reactor Kettles
Dispersing Equipment
Mixing & Control
Raw-Material Store
Labelling
Vacuum Mixing
QC Drying Oven
Filling & Capping
Questions about production, certificates or MOQ?
Ask Our Team- ISO 9001Quality management system for the flooring coatings lineCertificate copy + audit scope on request
- SGS testedAdhesion, hardness, abrasion and VOC on finished filmTest report per batch on request
- CE / DoCDeclaration of conformity for European projectsDoC issued with shipment documents
- French A+ VOCIndoor air-emission class for living-space floorsClassification sheet on request
- PICC product liabilityProduct liability cover for exported goodsPolicy summary on request
- MSDS / SDSPer component — needed for sea and air freight approvalIssued with every shipment
Certificates & Lab Reports
This product line is verified by third-party laboratories. The marks shown above are the ones we publish as images; the documents behind them — certificate copies, batch-specific test reports, the CE Declaration of Conformity — are issued on request. A scanned badge proves nothing about your slab; the report behind it does.
Get a Free Quote
Need a Specification for Your Slab?
Send the floor area, substrate condition and what the room has to take. We reply with the system build-up, coverage estimate and an FOB quotation — usually within 24 hours.
- Tell us about the floorArea in m², substrate condition, and the finish or colour you want.
- Get a technician's replyWithin 24 hours: system build-up, coverage estimate, pricing and TDS/MSDS.
- Confirm colour & sampleFree colour chips and a cured sample panel before you place an order.