Guangzhou Baikang Sports Material Co.,Ltd
Acrylic court
Acrylic materials are products recognized by the International Tennis Federation (ITF). They are completely environmentally - friendly materials with high cost - effectiveness, do not fade, and have vivid colors. They are suitable for outdoor sports fields, such as basketball courts, tennis courts, volleyball courts, table tennis courts, and some five - a - side and seven - a - side football fields, as well as park landscape pavements. They are suitable for construction on cement concrete bases and asphalt concrete bases.
|
Structure and Advantages
 Water-based hard acrylic sports court —— Green and environmentally friendly, with high anti - ultraviolet performance. The color is long - lasting and deep, without fading or peeling off. It is easy to maintain and has low maintenance costs. It is sturdy and durable under any climatic conditions. Provide high - quality sports field surface materials, and are highly recommended as economical leisure and professional tennis court and basketball court surface systems. The thickness is from 1.8mm to 2mm. Affordable price Elastic acrylic stadium —— The surface layer of Baikang elastic acrylic is made of 100% acrylic materials, and the elastic layer is composed of a mixture of rubber powder and water-based emulsion layer. It has excellent toughness and can cover fine cracks generated by the foundation; It has good shock absorption performance, reducing the shock received by the feet and legs of the players. The thickness is: 3mm~5mm. Excellent toughness and shock - absorbing performance Wear-resistant acrylic basketball court —— The newly launched wear-resistant acrylic material by Baikang is a two-component acrylic material developed for the needs of parking lots. It is designed according to the physical characteristic requirements of outdoor parking lots and has the characteristics of high hardness, super wear resistance, and resistance to climate and powdering. It solves the problem of low hardness and poor resistance to car rolling and wear of traditional acrylic materials, and at the same time solves the problem of poor outdoor climate resistance and easy powdering of traditional epoxy floor paints used in parking lots. The base surface leveling layer is composed of acrylic primer and cement sand, and the two-component water-based acrylic topcoat is used as the wear-resistant surface layer. The thickness is 1.8mm~2mm Acrylic that can be parked on Product parameters
Chemical performance Chemical properties
Construction steps 1. Basic treatment Treat the cement or asphalt foundation according to the construction guidance. After the treatment, the foundation strength shall reach the C25 strength of the building concrete standard. 2. Water accumulation repair Sprinkle water on the entire site to find the areas with water accumulation. Mark them with a pen and then dry the site. Use a ruler or a scraper to level the areas with water accumulation by scraping. 3. Roll - coat the primerRoll - coat the special primer on the foundation surface layer. 4. Trowel the middle coating Use a toothed trowel for troweling and distribute the dosage for troweling according to the thickness standard. 5. Roll - coat the interface agent Roll - coat the special interface agent on the reinforced layer. 6. Trowel the top - coat layer Prepare the materials according to the different uses of the site and trowel the materials on the base surface with a toothed trowel. 7. Line - marking paint Measure and locate according to the standard dimensions, mark the position of the boundary line, and brush the special line - marking paint between the masking tapes. Applicable places School sports field ————————— School Playground Ball court ---------- Court Field Residential area / Park —————————— Community / Park Kindergarten ————————— Kindergarten Case display 4,000-square-meter acrylic court of Yudong No. 3 Middle School in Yulin, Guangxi
Breathable track + acrylic court of Heping Middle School in Shantou
Acrylic court of Baise Branch of the Affiliated High School of Guangxi University
|