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Product Functions & Uses

The BPC Foaming Board is engineered to serve as a high‑performance panel solution in both interior and exterior applications. Thanks to its unique bamboo‑plastic composite (BPC) core and foamed structure, it offers lightweight rigidity, excellent dimensional stability, and superior durability compared to traditional wood or raw plastic boards. It functions as wall lining, ceiling panels, partition panels, cabinet backs, signage substrates, furniture carcasses, and more. Because BPC blends natural fibers (bamboo powder) with high‑density polyethylene or other thermoplastics, the board brings the aesthetic quality of wood with the technical advantages of engineered composite. 

Use cases span from retail fixtures and hospitality fit‑outs to educational environments and modular furniture systems — anywhere a material must hold fasteners, resist moisture or termite attack, and maintain crisp surface finish under high‑traffic or humid conditions.

Product Features

Key features of the BPC Foaming Board include:

Lightweight closed‑cell foamed structure: By introducing a foaming agent during the extrusion of the composite, the board achieves reduced density while retaining structural strength. Similar WPC foam board constructions show densities around 0.6‑0.9 g/cm³. 

High screw‑holding capacity & impact resistance: The bamboo‑fiber reinforced composite enhances fastener grip and durability under load. 

Moisture, termite and fungus resistant: Because the thermoplastic matrix encloses the natural fiber and creates a stable panel, the board resists rot and insect attack unlike untreated wood. 

Fabrication friendly: It can be sawn, drilled, screwed, nailed, sanded and laminated similar to natural wood panels. 

Aesthetic flexibility: Surfaces can be laminated, printed, or coated; core colors may vary, and custom thickness or sizes are available. 

Eco‑friendly credentials: The use of bamboo powder or other biomass feedstock means each board helps reduce pressure on virgin timber and contributes to a more sustainable build. 

Installation Instructions

To achieve optimal performance when installing BPC Foaming Board, follow these guidelines:

Acclimatize the boards for at least 24 hours in the installation environment to allow moisture and temperature equilibrium.

Cutting and drilling: Use standard woodworking tools (saws, routers) with carbide‑tipped blades to maintain clean edges; drill pilot holes for screws when fastening to avoid splitting.

Fastening: Use corrosion‑resistant screws appropriate for composite wood/plastic panels; ensure screw heads are flush and countersunk if required.

Edge finishing: After cutting, edges can be sanded and coated or laminated for a polished appearance; seal any exposed core if it will be subject to moisture.

Surface preparation: If laminating or printing, ensure the surface is clean, dry and dust‑free; apply adhesives or coatings as per manufacturer’s instructions.

Joining panels: For large surfaces (walls or ceilings) allow for expansion gaps per manufacturer recommendation (depending on board length and ambient temperature changes) and seal seams or use trim profiles as required.

Maintenance: Wipe surfaces with damp cloth; avoid harsh solvents; periodically inspect fasteners and joints for tightness and integrity.

Applicable Industries & Target Customers

Industries that benefit from BPC Foaming Board include:

Furniture manufacturing (kitchens, wardrobes, office cabinets) — ideal for back panels, carcasses, shelving.

Interior fit‑out, retail & hospitality — wall panels, ceiling grids, partition systems in hotels, restaurants, supermarkets, schools.

Signage and display fabrication — because of its smooth surface and water‑resistant base, the board is ideal for printed graphics, exhibition displays, point‑of‑sale fixtures.

Modular and prefabricated construction — panels used in modular walls, ceiling systems, prefabricated units in residential or commercial construction.

Target customers include architects and designers specifying sustainable and high‑performance materials; contractors and installers seeking panels that combine ease of machining with durability; manufacturers of furniture and fixtures needing a lightweight, strong substrate that resists moisture and termite attack; and specifiers in hospitality, commercial build‑out or retail environments looking for low‑maintenance surface materials.