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  • Rubber raised floor (2)
  • Steel raised floor-HPL finish (2)
  • Rubber raised floor (2)
  • rubber raised floor
  • Rubber raised floor (1)
  • Rubber raised floor (2)
  • Steel raised floor-HPL finish (2)
  • Rubber raised floor (2)
  • rubber raised floor
  • Rubber raised floor (1)

Steel Raised Floor With Rubber Finish

Panel Available Size:600*600*35mm

Rubber Available Thickness: 3.0mm, 4.0mm

Performance:

  • 1. Strong wear resistance through specialized treatments.
  • 2. High hardness can effectively minimize wear and extend the product’s lifespan.
  • 3. Rubber tile is made from natural or synthetic rubber, and is non-toxic, harmless, and environmentally friendly.
  • 4. Rubber exhibits robust corrosion resistance, resisting erosion from chemicals like acids and alkalis.
  • 5. Rubber boasts excellent insulation properties, effectively impeding the flow of current and heat.
  • 6. Rubber maintains stable performance even at high temperatures, resisting softening and deformation.

Introduction

We laminate a rubber tile directly on the top of a steel bare floor. Rubber, a material known for its elasticity, can achieve superior wear resistance with special treatment. Our rubber tile, is recognized for its environmental friendliness, wear resistance, and slip resistance. It has seen a growing application in architecture and interior decoration in recent years.

Technical Data

Utilizing the load capabilities of steel plates, we offer the following grades for steel raised floors:

FS800
with stringer
FS1000
with stringer
FS1250
with stringer
FS1500
with stringer
FS2000
Heavy Grade with stringer
FS2500
Heavy Grade
with stringer
FS3000
Heavy Grade
with stringer
Concentrate Load ≥3560 ≥4450 ≥5562 ≥6675 ≥8900 ≥11125 ≥13350
Ultimate Load 1350kN 1830kN 2000kN 2500kN 3050kN 4000kN 4280kN
Impact Load 0.45kN 0.55kN 0.65kN 0.75kN 0.85kN 1.0kN 1.0kN
10 Passes Rolling Load 2.7kN 3.6kN 4.4kN 5.6kN 6.7kN 8.9kN 12kN
10,000 Passes Rolling Load 1.8kN 2.7kN 3.6kN 4.4kN 5.6kN 8.9kN 10.6kN

Learn More About the Rubber Raised Floor

Rubber raised floor structure
Structure of rubber steel raised floor

Top view of the steel raised floor with rubber finish

We will laminate a 3.0mm rubber tile on the top of the steel bare floor.

Under the rubber tile, it is a steel bare floor.

Bottom view of the floor

The bottom structure is same like a steel bare floor, except for without four corner lock holes.

HPL raised floor structure diagram (4)
Rubber raised floor edge design
Only have PVC trim edge and monolithic edge

Edge design for the rubber steel raised floor

Installation system of rubber steel raised floor

Installation workers use 4pcs 60cm steel stringers and 4 steel pedestals to build a square frame and fix it with screws, then put one piece of  600*600mm rubber floor into the frame.

Rubber raised floor installation

Available Rubber Tile Colour

 

Rubber colour catalogue( C series)

 

Rubber colour catalogue(F series)

Why want to choose rubber raised access floor?

In public areas, the first thing to consider is the wear resistance. As we all know, the raw material of car tires is rubber, so choosing rubber as a flooring material can maximize its advantages. Moreover, the chemical properties of rubber are very stable and not easily corrupted, so it is also very suitable for use in biological laboratories.

What is difference between the PVC floor and rubber floor?

PVC is very innovative and can be designed with a variety of decorative patterns.
Rubber has a limited number of patterns, but it is very wear-resistant and has a long service life.

Which is more expensive, rubber floor or PVC floor?

Rubber flooring is more expensive because it requires a more complex manufacturing process. But it is more durable and can be used for a longer time.

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