Core Structure of Inflatable PVC Tarpaulins The structural design of inflatable PVC tarpaulins integrates principles of materials science and engineering, mainly consisting of the following four parts:1. Outer Protective Structure The outer layer of the inflatable tarpaulin usually uses double-layer Read More

Differences in the fire resistance principles of PVC and PE tarpaulins1. PVC tarpaulin inherently possesses flame-retardant propertiesPVC (polyvinyl chloride) is a chlorine-containing synthetic resin. The chlorine element in its molecular structure releases flame-retardant gases (such as HCl) at hi Read More

PVC Coating: The "Waterproof Armor" of TarpaulinsThe core secret of PVC tarpaulins lies in their PVC coated fabric technology. This material uses high-strength polyester canvas as the base fabric, and through a high-temperature plasticizing process, a uniform layer of polyvinyl chloride (PVC) paste Read More

PVC tarpaulin (i.e., polyvinyl chloride coated fabric) is a functional material made by combining a PVC coating with a base fabric through a special process.WaterproofThe PVC coating forms a dense waterproof layer, resisting heavy rain and snowmelt penetration, protecting goods or stall items from m Read More

Performance and Advantages of PVC TarpaulinPVC tarpaulin is a functional fabric coated with polyvinyl chloride, featuring waterproof, mildew-proof, aging-resistant, and UV-resistant properties. Its surface is smooth and wear-resistant, suitable for long-term exposure to outdoor environments. In addi Read More

Hydrostatic pressure testing is a key technology that uses applied liquid pressure to test the sealing and strength of materials or equipment. It is widely used in fields such as pipelines, pressure vessels, and waterproof materials. Hydrostatic pressure testing involves injecting liquid (usually wa Read More