Product Features
· Raised dot (blister) pattern — hazard warning TGSI; same function as MD-00T in premium stainless steel
· SUS304 or SUS316L stainless steel — specify 304 for standard environments; 316L (marine grade) for coastal, food service and high-humidity locations
· One-piece pressed construction — no joints, welds or weak points across the tile surface; full structural integrity
· Brushed, mirror or anti-fingerprint surface finish options — integrates with a range of interior and exterior floor aesthetics
· Textured dome surface — anti-slip performance on the raised dot profile
· Corrosion-resistant — suitable for outdoor, coastal and chemically aggressive cleaning environments
· Resistant to all standard cleaning agents including hospital-grade disinfectants
· Mechanical anchor or epoxy adhesive installation — permanent fixing for heavy-traffic environments
· Standard 300×300mm panel; custom sizes available
· Designed service life equivalent to building lifetime — no replacement required under normal conditions
Product Specifications
| Specification | Detail |
|---|
| Model | SSTP-00 |
| Pattern | Dot / Blister — Hazard Warning |
| Material | SUS304 or SUS316L Stainless Steel |
| Panel Dimensions | 300 × 300 mm |
| Thickness | 3–5 mm |
| Dome Height | Per ADA / AS/NZS / EN Standard |
| Surface Finish | Brushed / Mirror / Anti-Fingerprint |
| Anti-Slip Method | Textured Dome Surface |
| Standards Compliance | ADA / ASTM / EN / ISO / CSA |
| Installation Methods | Mechanical Anchor Bolt / Epoxy Adhesive |
| Compatible Substrates | Concrete, Stone, Tile, Terrazzo, Metal Floor Plates |
| MOQ | By m² / Project Quantity |
| Lead Time | 15–20 Business Days |
Applications· Subway and metro station platforms — permanent stainless steel platform edge warning strip; withstands industrial cleaning, de-icing agents and decades of heavy foot traffic
· Railway station concourses and platforms — premium TGSI installation expected to last the service life of the station
· Airport terminal floors — stainless steel tactile paving integrates with high-specification terminal floor finishes (stone, terrazzo, large-format tile)
· Hospitals and healthcare facilities — SUS304 or 316L resists all standard hospital disinfectants; suitable for high-humidity clinical environments
· Government and civic buildings — permanent accessible TGSI for flagship public buildings requiring premium material finishes
· Shopping centres and luxury retail — brushed stainless finish complements high-end interior design
· Waterfront transit facilities and port terminals — SUS316L specification for salt-air environments
· Sports venues and stadium concourses — heavy-duty warning at stair heads and ramp approaches under intermittent crowd loads
Installation Steps1. Substrate assessment — confirm that the substrate (concrete, stone, tile or terrazzo) is structurally sound, level within ±3mm per 2m, and capable of accepting mechanical anchor fixings without delamination or cracking.
2. Layout marking — mark the precise tile positions on the substrate using chalk lines. The TGSI pattern dimensions (warning strip width, approach distance from hazard edge) must comply with the applicable standard (ADA, EN or AS/NZS). Precision matters more for stainless steel than polymer tiles, as stainless steel does not flex to accommodate layout corrections after fixing.
3. Drill fixing holes — using a diamond-tipped masonry bit, drill fixing holes at the anchor positions through the tile template (or mark through the pre-drilled holes in each tile). Hole diameter to match the stainless steel anchor bolt specification. Clear all drilling dust with compressed air.
4. Epoxy adhesive application — apply two-component epoxy construction adhesive to the back of the tile. Spread evenly with a notched trowel to achieve full coverage. For outdoor or high-load applications, also apply adhesive to the substrate.
5. Tile placement — press each tile firmly into position, aligning with the marked chalk lines. The tile must sit flat and flush with the surrounding floor — any high spots or rocking must be corrected before the adhesive begins to cure.
6. Anchor bolt insertion — insert stainless steel anchor bolts through the tile holes and drive into the pre-drilled substrate holes. Tighten to the specified torque. For concrete substrates, use chemical anchors for maximum pull-out resistance.
7. Flush fill — fill the anchor bolt recesses with colour-matched epoxy filler, trowelled flush with the tile surface. Ensure a clean, flat finish.
8. Joint grouting — fill the tile-to-tile joints with colour-matched flexible grout. Remove all excess grout before it cures.
9. Protection — apply temporary protective film or board over the completed installation for a minimum of 48 hours to prevent adhesive movement or anchor disturbance during curing.
10. Final inspection — after full cure (minimum 72 hours), inspect each tile: tap test for hollow bonding, check flush level with adjacent floor, confirm no proud anchor heads. Clean the stainless steel surface with appropriate stainless steel cleaner.
Product Advantages· Permanent service life — stainless steel construction requires no replacement under normal conditions for the building's service life; lowest total lifecycle cost despite higher initial installation cost
· Chemical and disinfectant resistant — compatible with all standard commercial and hospital-grade cleaning agents; no degradation from repeated chemical exposure
· Superior aesthetic — brushed or mirror stainless steel finish integrates with premium floor materials (stone, terrazzo, large-format tile) in a way that polymer tiles cannot
· Marine-grade option — SUS316L specification available for coastal, waterfront and high-humidity environments; no rust or staining in salt-air conditions
· Zero UV degradation — stainless steel maintains its appearance indefinitely; no colour fading, chalking or surface deterioration from sunlight
FAQQ: When is stainless steel tactile paving specified instead of TPU or PVC tiles?
A: Stainless steel is specified when: the project requires a permanent, never-replace installation; the floor finish is premium (stone, terrazzo) and polymer tiles would look incongruous; the environment involves industrial cleaning equipment, chemical exposure or heavy mechanical loads beyond what polymer tiles can withstand; the project is a high-profile public building where material specification reflects building quality; or the coastal or marine environment requires a corrosion-resistant metal product.
Q: What is the price difference between stainless steel and TPU tactile tiles?
A: Stainless steel tiles carry a higher material cost than TPU or PVC. However, on a lifecycle cost basis, stainless steel's permanent service life — no replacement required — can make it the more economical choice for high-traffic installations over a 30–50 year building life. For project budget planning, contact us for a comparative cost analysis based on your specific installation area and traffic level.
Q: Is special equipment needed to install stainless steel tactile tiles?
A: A diamond-tipped masonry drill and standard torque tools are required for the mechanical anchor installation. A rubber mallet and precision alignment tools are recommended. The installation does not require specialist tradespeople beyond standard floor tiling skills, but precision in layout and levelling is more critical than with flexible polymer tiles.
Q: What size are the tiles available in?
A: Standard size is 300×300mm. Custom sizes are available — contact us with your project dimensions.
