SPU/SIPU/SILICON PU sport flooring material is develop from PU
sport flooring material. After the PU and organic silicon were
scientifically composited, it’s result in a new generation sport
flooring material- silicon pu material. Silicon PU is effectively
compensate for the shortcomings of traditional PU materials.
Compare to the traditional PU materials, silicon pu has a longer
service life, easy to install, environment-friendly and easy to
maintain.
2. Main Features
1>. Comfort : Due to the buffer coat , the floor is very
comfortable to play on compared to the commonly used hard court
solutions.
2>. Safety:With its renown ,durable silicon PU top finish with
its well-balanced friction/sliding properties, the comfort court
offers safety for the players at all time.
3>. Good elasticity and easy to maintenance (no adhesive required).
4>. Superior quality competitive price.
5>. 100% recyclable.
6>. Seamless design:70% of all floor failures start with a
seam,;so no seams ,no porous, no problem
7>. Closed Surfaces:No dirt or bacterial can penetrate the
floor, very easy to clean ,very hygienic.
8>. Multisport use: The surface makes it suitable to play all
kinds of ball games ,including
tennis,basketball,badminton,volleyball, and fustal
9>. Every design is possible :Including using more colours in
one floor or inserting a sports club logo in the floor.
10>. Excellent UV resistance :This ensures a surface with the
same appearance for years and years after installation.
11>. Asphalt or Concrete sub-base: Both are suitable for
silicion PU comfort court ,there are no limitations when you choose
to install a silicon PU Comfort Court system.
3. Physical Property
| Decription | Test Index | Data |
| Color | Green color liquid | Green color liquid |
| Viscosity(25℃,mpa·s) | 4000-7000 | 5000-7000 |
| Leveling time | 25℃≥20min | 25min(plus2% water) |
| Tensile Strength | 23±2℃≥1.5MPA | 2.3–2.8 |
| Elongation at Break | 23±2℃≥400% | 750–850 |
| Tear Strength | 23±2℃≥12KN/m | 15.77 |
| Solid Content | ≥80% | 91% |
| Resin Content | – | 31% |
| Usage(kg/Sqm/mm) | – | 1.2–1.5 |
