PP Sheets : Affordable, Corrosion-Resistant Panels For Lightweight Building Walls
Product Description
PP boards, known for their durability, chemical resistance, and versatility, have gained traction in the construction industry as a cost-effective and functional alternative to traditional materials like wood, metal, or glass. In general, this material offers a practical, cost-efficient solution for specific construction needs, particularly where corrosion resistance, lightweight design, and ease of handling are prioritized.
Core Advantages
Generally, this material offers a practical, cost-efficient solution for specific construction needs, particularly where corrosion resistance, lightweight design, and ease of handling are prioritized. Beyond environmental advantages, PP sheets offer numerous practical benefits for building partitions. With a stable molecular structure, they are non-absorbent, resistant to mold, and immune to corrosion from acids and alkalis. Compared to wooden partitions (prone to moisture and mold) and gypsum boards (easy to soften when exposed to water), they are more suitable for damp or slightly corrosive environments such as kitchens, bathrooms, and underground garages, boasting a service life of 10-15 years. With a density of only 0.9-0.91g/cm³—about half that of wood and one-eighth that of stone—their lightweight nature reduces the load on the building structure. They also feature high impact resistance and are not easily broken; no complex tools are needed during construction, as they can be directly cut, drilled, and spliced. When paired with light steel keels, they allow for quick installation, significantly shortening the construction period. The smooth and dense surface of PP sheets rarely traps dust or oil, making daily cleaning simple with just a damp cloth. They also have good scratch resistance, with minor scratches repairable via polishing. Compared to wooden partitions requiring regular repainting and fabric partitions prone to soiling, PP sheets entail lower long-term maintenance costs and offer greater convenience.
Impact Resistance Performance
1. Under normal temperature conditions, it is capable of withstanding a certain degree of static load pressure, featuring moderate compressive strength.
2. It can satisfy the operational requirements of most non-high-strength pressure-bearing scenarios.
3. PP sheets subjected to modification treatment exhibit superior compressive performance.
4. To a certain extent, it is able to resist deformation induced by external pressure.
5. When employed as a load-bearing pallet material, it can endure the pressure generated by stacked goods.
6. When utilized as a building liner or partition, it is capable of bearing the structural dead weight and lateral pressure.
7. When fabricated into packaging materials, it can resist the extrusion pressure encountered during transportation.
8. When serving as an equipment protective baffle, it can withstand certain pressure impacts.
