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Introduction

塑胶跑道技术规格书 (Technical Specifications for Plastic Running Track) is a document that outlines the technical requirements for the construction of plastic running tracks. The document is used by architects, engineers, and contractors to ensure that the running track is constructed according to the highest standards. This article will provide a detailed analysis of the Technical Specifications for Plastic Running Track, including the materials used, the construction process, and the testing requirements.

Materials

The Technical Specifications for Plastic Running Track specifies the materials that should be used in the construction of the running track. The materials include:

1. Synthetic Resin: The synthetic resin is the primary material used in the construction of the running track. The synthetic resin should be of high quality and should be able to withstand the wear and tear of the running track.

2. Rubber Granules: The rubber granules are mixed with the synthetic resin to provide elasticity and shock absorption to the running track. The rubber granules should be of high quality and should be able to withstand the wear and tear of the running track.

3. Pigments: The pigments are added to the synthetic resin to provide color to the running track. The pigments should be of high quality and should be able to withstand the wear and tear of the running track.

4. Filler: The filler is added to the synthetic resin to provide stability to the running track. The filler should be of high quality and should be able to withstand the wear and tear of the running track.

Construction Process

The Technical Specifications for Plastic Running Track specifies the construction process that should be followed to ensure that the running track is constructed according to the highest standards. The construction process includes:

1☣️. Site Preparation: The site should be cleared of any debris, vegetation, or other obstacles that may interfere with the construction of the running track.

2. Base Construction: A base layer of asphalt or concrete should be constructed to provide a stable foundation for the running track.

3. Primer Application: A primer should be applied to the base layer to ensure that the synthetic resin adheres properly to the base layer.

4. Mixing and Application of Synthetic Resin: The synthetic resin, rubber granules, pigments, and filler should be mixed together and applied to the base layer using a trowel or a spray gun.

5. Line Marking: The running track should be marked with lines to indicate the start and finish lines, the lanes, and any other markings required for the specific sport.

Testing Requirements

The Technical Specifications for Plastic Running Track specifies the testing requirements that should be followed to ensure that the running track is constructed according to the highest standards. The testing requirements include:

1. Slip Resistance: The running track should be tested for slip resistance to ensure that athletes do not slip and fall during competition.

2. Shock Absorption: The running track should be tested for shock absorption to ensure that athletes do not suffer from injuries due to the impact of running on the track.

3. Ball Rebound: The running track should be tested for ball rebound to ensure that the track is suitable for sports such as basketball and volleyball.

4. Dimensional Stability: The running track should be tested for dimensional stability to ensure that the track does not warp or shrink due to changes in temperature or humidity.

Conclusion

塑胶跑道技术规格书 (Technical Specifications for Plastic Running Track) is a document that outlines the technical requirements for the construction of plastic running tracks. The document specifies the materials that should be used, the construction process, and the testing requirements☔️. Following the Technical Specifications for Plastic Running Track ensures that the running track is constructed according to the highest standards, providing athletes with a safe and high-quality surface to train and compete on.