Seamless grey resin floor, drainage channel and stainless process equipment in a modern chemical facility
Chemical-Resistant Flooring Singapore

Chemical-resistant flooring, specified from the spill—not the product name.

Substance, concentration, temperature, contact time and cleaning method determine the system. Rayson reviews trafficked floors, wet-process areas and containment zones separately.

Singapore-manufactured systemsProduct-specific TDSExposure-led review
The direct answer

“Chemical resistant” is not one performance grade.

The same substance can require a different system when concentration, temperature or contact time changes. Define the exposure first, then separate the trafficked floor, wash-down zone, containment area and damaged substrate into honest design decisions.

Specify by exposure

Choose the condition. See what changes.

Each selection changes the visual, design priority and project brief carried into your enquiry.

01 / SPLASH + WIPE

Start with how long it stays.

For intermittent splash exposure that can be removed promptly, review verified resistance alongside traffic, abrasion and drainage—not chemistry in isolation.

  • Substance + concentration
  • Contact duration
  • Forklift or trolley traffic
Send your exposure schedule
Controlled process-liquid splash on a seamless resin floor beside a stainless drainage channel in a chemical facility
The exposure schedule

Six facts turn “chemical resistant” into a reviewable project.

You do not need a finished specification. Send what is known; unknown items can be confirmed during technical review.

  1. 01SubstanceChemical name or family
  2. 02ConcentrationNormal and worst case
  3. 03TemperatureProcess and cleaning
  4. 04Contact timeSplash, ponding or continuous
  5. 05FrequencyOccasional, daily or constant
  6. 06CleanupDetergent, rinse and scrubbing
Published system evidence

Choose the role. Then read the product data.

These are preliminary directions. Confirm the actual chemistry, substrate, site conditions and complete build-up against the relevant TDS before work begins.

Integrity lives in the detail

Containment is not a flat rectangle.

In secondary containment and wet process, the open floor is rarely the only vulnerable area. Review the cove, drain, penetration, termination and movement joint as part of one system.

  1. 01Floor-to-wall coves
  2. 02Drains and pits
  3. 03Pipe penetrations
  4. 04Upstands and terminations
  5. 05Movement joints
Ready to review?

Send the exposure schedule—not a guessed product.

Share the substance, concentration, temperature, contact time, cleaning method and site photos. Rayson will provide an initial response within one working day.

Frequently asked questions

What is the best chemical-resistant flooring for a Singapore plant?

There is no single floor for every chemical. Define the substance, concentration, temperature, contact time, cleaning, traffic and substrate first, then check the appropriate epoxy, PU-cement or specialist lining route against the relevant product TDS.

What is a chemical exposure schedule?

It records each substance, its concentration and temperature, how long and how often it contacts the floor, and how the area is cleaned. The same substance can require a different design when promptly wiped instead of left to pond.

Should I use epoxy or PU-cement?

They serve different duties. LevelShield SL120 is a self-smoothing epoxy industrial wearing surface; PurScreed PC70 is a PU-cement screed. Select only after checking the confirmed chemistry, temperature, traffic, thickness and applicable TDS.

Can a bund use the same system as the main trafficked floor?

Do not assume so. A containment area may face longer ponding and includes upstands, coves, penetrations and terminations; the trafficked floor also faces wear and traffic. Review the two duties separately.

Why do temperature and contact time matter?

A material can behave differently under a brief cold splash and a longer hot exposure. Record process temperature, cleaning temperature and the longest credible contact time in the project brief.

Can chemically attacked concrete simply be recoated?

It should not be assumed suitable for direct recoating. Weak, softened or contaminated material must be taken back to sound substrate and then repaired, tested and primed as required.

How should an oil- or solvent-contaminated slab be handled?

First establish the depth of contamination and substrate condition, then define mechanical preparation, cleaning, testing and repair. Covering contamination does not create a sound bond.

What information is needed for a quotation?

Send site photos, approximate area, substrate and existing-coating condition, exposure schedule, traffic, drainage, access restrictions and shutdown window. An incomplete brief is still enough to start the conversation.

What if the substance is outside the available product data?

Do not infer resistance from a similar chemical name. Send the full substance details to Rayson so the published data can be checked and further compatibility verification discussed where necessary.

Not sure which system fits your project?

Tell us your surface, area and timeline — our Singapore technical team will recommend a practical system and price it fast.