Moisture Barrier For Flooring

Xiashi Packing is a trusted manufacturer; by choosing our brand, Jinbo, you are choosing a high-quality Moisture Barrier For Flooring.

This material is a high-density, low-permeability, and high-toughness functional roll product developed and manufactured by our factory specifically to address the needs of building energy conservation and moisture control. Its primary function is to block the penetration of indoor water vapor into the thermal insulation layer.

What is a Moisture Barrier for Flooring?

A Moisture Barrier for Flooring is a specialized construction material designed for moisture control. We manufacture this product using a multi-layer composite structure of High-Density Polyethylene (HDPE) and Polypropylene (PP).

It offers four core functions: superior vapor barrier performance, high structural strength, waterproofing and weather resistance, and eco-friendliness with non-toxic properties.

If you require vapor and moisture protection for the insulation systems of integrated housing, modular homes, containerized structures, steel-structure factories, warehouses, or large-scale venues, this material is an excellent choice. We can provide customized solutions tailored to specific project requirements, ensuring high adaptability.

Why Choose a Moisture Barrier for Flooring?

1. A Moisture Barrier for Flooring prevents insulation materials from becoming damp and losing their effectiveness, thereby maintaining long-term energy-saving performance.

2. The use of this material eliminates condensation within walls and roofing systems, protecting the building structure and extending its service life.

3. It enhances the airtightness of the building envelope, thereby reducing energy loss.

Case Study

Jinbo Project: Starbucks China Coffee Innovation Park

In the Starbucks China Coffee Innovation Park project, our Moisture Barrier for Flooring was utilized within the building's exterior wall and roofing systems as an integral component of their green, energy-efficient construction framework.

Its exceptional performance perfectly aligns with the industrial park's rigorous requirements for moisture resistance, energy efficiency, and occupant health; by effectively protecting the building structure and enhancing overall comfort, it serves as one of the key materials for achieving the facility's green and energy-saving objectives.

This project represents Starbucks' largest strategic production investment outside of the United States.

Technical Standards