Singapore manufacturer · Industrial floor coatings & protective systems

High-performance flooring begins at the pour.

The pour is the easy part. Everything that makes it last — preparation, priming, system choice — is decided before it.

  1. 01
    The pour begins

    Liquid resin meets the correctly prepared concrete substrate.

  2. 02
    Controlled movement

    Viscosity, working flow and open time govern how the material moves.

  3. 03
    Continuous coverage

    The body coat advances as one uninterrupted layer across the work area.

  4. 04
    Self-levelling

    Movement settles into a smooth, seamless protective surface.

  5. 05
    Cured protection

    This floor was specified from traffic, chemistry and downtime — not from a colour chart. Yours should be too.

Specification confidence

Confidence is engineered before the first coat.

We manufacture in Singapore, publish every technical data sheet openly, and review your actual site conditions before recommending anything. You specify from data, not from a brochure.

Rayson manufactures 24 coating products in Singapore across 11 families — epoxy flooring, polyurethane, PU-cement, polyurea waterproofing, water-based epoxy, anti-slip and static-control systems — for warehouse, food-factory, car-park, chemical-plant and roof applications.

Explore technical resources
Technician using a wet-film gauge to inspect a blue protective coating on a concrete sample
Technical discipline Inspect. Verify. Specify.
01
Singapore manufacturer

Singapore-made for real operating conditions.

High-performance systems for industrial, commercial and infrastructure environments — with technical support direct from the people who make them.

02
Published technical information

Know the limits before selection.

Read the intended uses, the application data and the published limits — before you commit to a system.

03
Project-condition review

Start with the site—not a product code.

Substrate, moisture, traffic, chemicals, temperature, cleaning and downtime guide the recommendation.

Have a project to assess? Send the photos. We’ll define the system.

Send us photos and the conditions the floor lives in. We’ll tell you what actually fits — including when it isn’t us.

Start a technical review
Inside a Rayson coating system

Performance is built beneath the surface.

Scroll through the build-up to see how prepared concrete, primer, body coat and performance finish work as one industrial flooring system. Use the numbered stages to see how prepared concrete, primer, body coat and performance finish form one industrial flooring system.

01 Substrate

Prepare the foundation.

Sound, clean and mechanically prepared concrete gives the coating a dependable surface to bond to.

Technical basis

Resolve laitance, defects, contamination and moisture before coating.

View surface preparation guidance
Conceptual exploded view of a Rayson industrial floor system with prepared concrete, epoxy primer, self-levelling body coat and polyurethane finish
Interactive system study Concept visual · not to scale
The visual explains. The data specifies.

Every layer has a defined technical role.

Every layer below names a real product and links to its published technical data sheet — open, no form. Final build-up must follow actual project conditions.

  1. 01

    Mechanically prepared concrete

    Structural foundation

    Sound, clean, laitance-free and assessed for moisture.

  2. 02

    PrimeBond E20

    Adhesion bridge

    Solvent-free epoxy primer for dry or damp substrates.

  3. 03

    LevelShield SL120

    Seamless body protection

    Self-levelling epoxy with film governed by the specified application rate.

  4. 04

    UraForce SB72

    Performance finish

    Thin roller-applied polyurethane finish where required by the specification.

Start with the project conditions

Let Rayson review the system build-up.

Share site photographs, substrate condition, area, traffic, cleaning and chemical exposure.

Get a system recommendation
Rayson protective coating systems

See what the surface can become.

Move from substrate preparation and repair to seamless flooring, specialist finishes and waterproofing—selected around real project conditions.

Concrete specimen showing porous concrete, a repaired joint and a prepared surface ready for a coating system

Performance begins at the bond.

PrimeBond primers anchor coating systems to properly prepared substrates. PatchBond mortars and compounds reinstate damaged concrete before coating.

Selection starts with

Review substrate condition, porosity, moisture and repair geometry before selecting the preparation system.

New and existing concrete · local repairs · coves and edges

Create the working surface.

FloorGuard provides clean, hard-wearing epoxy floors. LevelShield creates smooth seamless finishes. PurScreed addresses heavy-duty environments including food and beverage, chemical processing and thermal shock.

Selection starts with

Match system build-up to traffic, cleaning, chemical exposure, temperature and the available installation window.

Production floors · warehouses · hygienic processing areas

Match the finish to the duty.

UraForce finishes are designed for UV stability, flexibility and abrasion resistance. GripSafe, StaticGuard and CourtFlex address slip control, static control and sports-surface requirements.

Selection starts with

Define exposure, slip resistance, static-control and appearance requirements before choosing the final finish.

Exposed areas · ramps and walkways · electronics · sports courts

Solve the condition others miss.

HydroShield provides water-based, low-odour epoxy options for occupied buildings. SealForce provides seamless polyurea waterproofing membranes for roofs, wet areas, tanks and containment structures.

Selection starts with

Separate occupied-building requirements from waterproofing exposure, then assess substrate movement and application access.

Occupied buildings · roofs · wet areas · tanks and containment

Not sure where to begin? Send the substrate photographs and operating conditions. Rayson can help narrow the suitable system options.

Designed around real operations

See the operating pressure. Then define the system.

Traffic, cleaning, chemicals, temperature, moisture and downtime change from one environment to another. Choose a scenario to see what should guide system selection.

Heavy traffic & abrasion

Rated for the wheels you actually run.

Forklifts, pallet movement and abrasive debris repeatedly load an industrial floor. Rayson reviews the substrate, traffic intensity, cleaning and shutdown window before recommending a system.

  • Forklift traffic
  • Abrasion
  • Dust control
  • Shutdown window
Typical direction: high-build epoxy or polyurethane protective flooring. Final selection depends on actual project conditions.
01 · Heavy traffic & abrasion

Rated for the wheels you actually run.

Forklifts, pallet movement and abrasive debris repeatedly load an industrial floor. Rayson reviews the substrate, traffic intensity, cleaning and shutdown window before recommending a system.

  • Forklift traffic
  • Abrasion
  • Dust control
  • Shutdown window
Typical direction: high-build epoxy or polyurethane protective flooring. Final selection depends on actual project conditions.
02 · Hygiene, wash-down & grip

Survives the wash-down your auditor demands.

Food-production floors must balance hot wash-down, chemical cleaning, slip resistance and seamless hygienic detailing. Temperature, drainage and the cleaning regime guide the system direction.

  • Hot wash-down
  • Seamless hygiene
  • Slip resistance
  • Chemical cleaning
Typical direction: seamless PU-cement or chemically resistant flooring. Final selection depends on actual project conditions.
03 · Ramps, waterproofing & tyre wear

Grips when it rains. Holds when they turn.

Ramps and parking decks face tyre shear, rain, UV exposure, cracking and waterproofing details. Rayson reviews exposure, gradient, traffic and the existing deck before selection.

  • Ramp traction
  • Tyre wear
  • Weather exposure
  • Waterproofing
Typical direction: anti-slip traffic coating over a continuous waterproof build-up. Final selection depends on actual project conditions.
04 · Static control & clean production

Grounded, measured, certified-testable.

Electronics facilities may require verified conductive or static-dissipative performance together with cleanability and wear resistance. The final build-up must suit the grounding and performance criteria.

  • Static dissipation
  • Grounding detail
  • Clean maintenance
  • Verification
Typical direction: conductive or static-dissipative resin flooring. Final selection depends on actual project conditions.
Rayson selection method Substrate → exposure → performance → installation window Get a coating-system recommendation
Published data, not sales claims

Specify from published numbers.

Every figure on this site traces to a published technical data sheet — open, no form, no gating. Check us before you buy.

Clear technical answers

The facts, before the sales conversation.

What does Rayson manufacture?

Rayson is a Singapore manufacturer of high-performance protective coatings, including epoxy flooring, polyurethane finishes, PU-cement, waterproofing, anti-slip, repair and static-control systems.

How should a coating system be selected?

Selection should start with substrate condition, moisture, traffic, chemical exposure, temperature, slip requirements and the available installation window—not product name alone.

Does Rayson provide project technical support?

Rayson can help shortlist systems from site photographs, substrate information and service conditions, supported by published technical data sheets and application guidance.

Start with the project conditions

Send the surface photos. We’ll help define the right system.

Share the substrate, area, operating environment, existing condition and installation window.

Reviewed during business hours, Mon–Fri 8:30–5:00 SGT.
Get a system recommendation Contact the technical team