Demand for PVC foam board continues to grow across several industries. Signage and advertising still represent the largest share of the market, but other applications are expanding quickly.
Today the material is commonly used in:
advertising and signage panels
retail display systems
interior wall panels
cabinets and furniture components
exhibition structures
transportation interior panels
The rise of UV digital printing has played a big role as well. Printable substrates are in constant demand, and PVC foam board offers the flatness and stability printers need.
Not all PVC foam boards are produced the same way. Manufacturing technology changes the structure — and that affects performance.
Three common types dominate the market.
1. PVC Free Foam Sheet
Free foam boards have a uniform foamed structure across the entire thickness.
They are lighter and generally more economical.
Common sizes:
1220 × 2440 mm
1560 × 3050 mm
2050 × 3050 mm
Typical thickness range: 1–8 mm
Density usually falls between 0.5–1.0 g/cm³.
Because the surface is smooth and stable, these sheets are widely used for:
advertising boards
exhibition graphics
retail signage
UV printing panels
In fact, free foam boards account for the largest share of the global PVC foam board market.
2. PVC Celuka Foam Board
Celuka boards are made using a slightly different extrusion process. The outer surface forms a denser “skin” while the core remains foamed.
The result?
Better surface hardness. Stronger edges. Improved screw holding strength.
Typical thickness range:
3–30 mm for standard boards
These boards appear frequently in:
cabinets and bathroom furniture
interior wall panels
shelving structures
decorative architectural panels
Furniture manufacturers especially prefer Celuka boards because they hold screws and hardware more securely.
3. PVC Co-Extruded Foam Board
Thickness typically ranges between 3 and 30 mm.
Co-extruded boards have a sandwich-like structure.
The outer layers are solid PVC while the inner layer remains foamed. That design increases rigidity and improves weather resistance.
They are commonly used in applications where higher mechanical performance is required, for example:Kitchen and bathroom cabinets; Interior decoration; Exhibit booths; Windows & walls of residential buildings; Office and public places; Ceiling boards; Boats; Planes; Buses.
