In the continuous exploration for high-quality materials in the construction industry, the significant breakthrough in synthetic

liner technology is completelytransforming the way of roof protection. With its outstanding performance and wide adaptability,

it has already become a core highlight in the field of roofengineering and is leading the industry's protection standards to a

new height.

In terms of waterproof performance, its dense molecular structure forms a solid defense line. Even in extremely harsh situations

like torrential rain and severe wateraccumulation, the roof can still remain intact and leak-free. Laboratory and actual engineering

tests have shown that the waterproof effect of the new synthetic linerhas been significantly improved compared to that of

traditional liners, remarkably reducing the risks of building structure damage and indoor property losses causedby water leakage.

Currently, the construction industry attaches great importance to construction efficiency and cost control, and the convenient

installation characteristics of syntheticliner technology are highly favored. The lightweight design reduces the burden of transportation

and handling and cuts down labor and material costs. Its good flexibility and adaptability can perfectly match various complex roof

shapes, enabling construction workers to complete the laying quickly and easily and significantly shortening the construction period.

At present, synthetic liner technology has been widely applied in numerous projects such as high-end residences, commercial

complexes, and industrial buildings,and the market feedback is good. Leading enterprises in the industry continue to increase

their investment in research and development, strive to optimize the technology, and expand the application scope, so as to

create a safer, more comfortable, and more durable building space for the public.