Wide adaptability: The production equipment can process heat shrink tubing of various materials and specifications, and the heating equipment can cover all scenarios from manual repair to automated mass production, eliminating the need for frequent equipment replacements due to changing demands.
High reliability: Through precise control (such as the crosslinking dosage of the production equipment and the temperature of the heating equipment), the performance of the heat shrink tubing is ensured to remain stable throughout the entire process from "production" to "application," reducing product failures caused by equipment errors.
Easy upgradeability: The equipment supports modular upgrades (such as adding a printing module to the production equipment for marking functions, and adding temperature control software to the heating equipment for intelligent adjustment), allowing for flexible expansion of functions as enterprise needs grow, extending the equipment's lifespan.
Wide adaptability: The production equipment can process heat shrink tubing of various materials and specifications, and the heating equipment can cover all scenarios from manual repair to automated mass production, eliminating the need for frequent equipment replacements due to changing demands.
High reliability: Through precise control (such as the crosslinking dosage of the production equipment and the temperature of the heating equipment), the performance of the heat shrink tubing is ensured to remain stable throughout the entire process from "production" to "application," reducing product failures caused by equipment errors.
Easy upgradeability: The equipment supports modular upgrades (such as adding a printing module to the production equipment for marking functions, and adding temperature control software to the heating equipment for intelligent adjustment), allowing for flexible expansion of functions as enterprise needs grow, extending the equipment's lifespan.
PVC pipes (mainly referring to rigid PVC pipes, PVC-U; flexible PVC pipes are rarely used in industrial/municipal applications due to their low strength and poor temperature resistance) are pipes made from PVC resin with the addition of stabilizers, lubricants, and other additives through extrusion molding. With their core advantages of "corrosion resistance, lightweight, low cost, and easy installation," they are widely used in municipal water supply and drainage, chemical transportation, electrical wiring, and building decoration. PVC-U pipes, with their core advantages of "corrosion and weather resistance, lightweight and low price, and easy installation and maintenance," perfectly solve the pain points of traditional metal pipes (prone to rust, high cost) and concrete pipes (heavy, prone to corrosion), making them a "cost-effective choice" for municipal engineering, building decoration, chemical transportation, and electrical wiring. Although there are limitations in temperature resistance and low-temperature toughness, with precise selection for specific scenarios (such as normal temperature and medium-low pressure scenarios), they remain one of the most widely used plastic pipe materials, consistently holding the top market share (approximately 40%-50%).
