How popular is the "Su Premier League"? Since its launch in May, the first Jiangsu Urban Football League has quickly gone viral. On social media platforms, various "Su Premier League" videos keep emerging, and related topics frequently hit the hot search list, with views reaching hundreds of millions. The "Su Premier League" has expanded from a local league to a nationwide football carnival, with an average audience of over 10,000 people per game, making it a phenomenon in the sports circle in 2025. Especially the "Jiangsu No.1" battle between Nanjing and Suzhou, which has attracted over 60,000 spectators, setting a new record for the highest attendance in a single "Su Premier League" game. 

Show off hardware to demonstrate the city's strength. 

This "Super Jiangsu" event also demonstrated Jiangsu's strength in sports facilities. As expected, it sparked another round of heated discussions among netizens online. "What we envy about Jiangsu is not just its 13 cities, but even its counties and districts all have Olympic Sports Centers!" "The 'Super Jiangsu' has started to show off its hardware. It's another day to envy the powerful Jiangsu!" 

Competitive sports strive for greater speed, height and strength, and the outcome often hinges on a matter of milliseconds or millimeters. Besides the athletes' rigorous training, there is another often overlooked key factor - silicone materials. From sports equipment to venue facilities, when silicone meets "Super", what sparks will be ignited? 

As a deep-rooted player in the silane coupling agent industry, today Anhui Guibao will take you to explore which silicone materials are quietly playing a role on the competitive arena. 

Small Materials, Big Achievements 

"Small materials, big achievements." Silane coupling agents contain both organophilic and inorganic functional groups in their molecules, which can effectively "couple" two materials with different properties together to form a "molecular bridge", thereby significantly improving the performance of composite materials. They have become indispensable key additives in many fields.

01 Plastic running tracks 

Silane coupling agents, through their unique molecular structure, can form chemical bridges between inorganic fillers (such as silica and carbon black) and organic materials like rubber and polyurethane, enhancing the interfacial bonding strength and improving the wear resistance, weather resistance and mechanical properties of the materials. 

In the construction of plastic running tracks, silane coupling agents can enhance the dispersion of fillers, making them more evenly distributed in the rubber matrix and reducing agglomeration, thereby improving the bonding force.

02 Sports Equipment 

In sports shoes, silane coupling agents enhance the wear resistance, heat resistance and flexibility of rubber soles, improving the grip and durability of sports shoes, making them more durable and resistant to deformation. 

In sportswear, silane coupling agents, as textile auxiliaries, improve the surface properties of fibers and enhance the bonding strength between materials to increase breathability and comfort, and significantly improve their abrasion resistance, wrinkle resistance and softness.

03 Architectural Coatings 

The sports field has to endure continuous rain and scorching sun throughout the year, yet it remains bright and clean. This is all thanks to the protection of the topcoat. In the field of architectural coatings, inorganic substrates such as cement and tiles are common objects to be covered. Silane coupling agents, with their chemical bonding ability, can significantly enhance the adhesion between the coating and the substrate, thereby effectively preventing the problem of coating peeling. 

For outdoor coatings, weather resistance is of vital importance. Coatings with added silane coupling agents can form a dense hydrophobic layer, effectively preventing the penetration of moisture and corrosive substances. Meanwhile, their UV resistance can also delay the aging and discoloration of the coating.
04 Building Sealant 

The construction sealing projects of sports venues such as the Olympic Sports Center cannot do without sealants, especially in key links such as curtain wall installation and structural waterproofing, where they play a core role. Silane coupling agents can undergo chemical reactions with the siloxane groups in sealants to form chemical bonds, thereby enhancing the adhesion of the sealants. 

Silane coupling agents can enhance the adhesion between sealants and different substrates, improving their sealing performance and durability, and making them more resistant to heat, oxidation, ultraviolet rays and corrosion. 

Empower the innovation and upgrading of sports. 

GBXF Factory Photos 

Silane coupling agents fall within the category of fine chemicals in the field of new materials and organic silicon, and are high-tech products that are given priority support by the state. With the demand for environmental protection and lightweight organic silicon materials in the sports industry, GBXF, relying on its parent company Guibao Technology's National Enterprise Technology Center and other platforms, has obtained multiple certifications such as SGS and RoHS green environmental protection, and possesses sixty independently developed patent technologies, filling many technical gaps in the industry. Currently, its products are widely used in various fields including rubber and plastic, sealants, photovoltaic, fiberglass, stone, coatings, and textiles. Through technological innovation and quality improvement, it continuously promotes the development of competitive sports. 

But then again, the Scottish Premier League is still going on. Are you ready to keep cheering for which "home base"?