2–30mm Co-Extruded PVC Foam Board

HSQY 2–30mm co-extruded PVC foam board combines denser PVC surface layers with a lightweight foamed PVC core for cabinets, furniture, interior panels, displays, CNC fabrication and other professional panel applications.

The broad 2–30mm thickness range allows buyers to select thinner sheets for supported panels and display components, medium thicknesses for partitions and furniture parts, and thicker boards for cabinets, shelves and fabricated components requiring greater panel depth.

For repeat B2B purchasing, specify thickness, density, sheet dimensions, co-extruded surface structure, color, gloss level, CNC processing, hardware, edge treatment and finished application rather than purchasing by thickness alone.

Co-Extruded PVC Foam Board Video

Co-Extruded PVC Foam Board Images

2–30mm Co-Extruded PVC Foam Board Specifications

This product page focuses on co-extruded PVC foam boards from 2mm to 30mm. The original detailed HSQY product-family table also lists a wider 1–35mm reference range. Final availability should therefore be confirmed according to board structure, density, sheet size and surface requirement.

What Is Co-Extruded PVC Foam Board?

Co-extruded PVC foam board is an expanded rigid PVC panel with a lightweight foamed core and denser PVC surface layers formed during the extrusion process.

The co-extruded surfaces provide a more finished outer layer while the cellular core reduces board weight. This combination makes the material relevant to furniture, cabinets, interior decoration, display fabrication and CNC-processed components.

The exact surface-layer arrangement, density and finish can vary by grade. Buyers should confirm whether one or both sides require a denser finished surface and whether the skin and core colors need to match.

How to Choose PVC Foam Board Thickness

A 2–30mm range covers applications with very different panel requirements. Thin sheets prioritize lower material weight, while thicker boards provide greater panel depth and may be more appropriate for furniture, shelves and cabinet components depending on density and support.

These thickness directions are practical starting points rather than fixed structural ratings. Final selection should consider density, surface construction, panel dimensions, hardware, load and support.

Why Density Matters with Thickness

The source product information lists a density range of 0.35–1.0g/cm³. Thickness and density should be specified together because two boards of the same thickness can differ in weight, rigidity, machining behavior and fastening performance.

For repeat orders, include both nominal thickness and agreed density in the purchase specification.

Co-Extruded Surface and Foam Core

PVC Co-Extruded Board for Kitchen Cabinets

Co-extruded PVC foam board can be evaluated for kitchen cabinet bodies, side panels, partitions, doors, shelves and other furniture components where a smooth finished PVC surface and low water absorption are useful.

Cabinet manufacturers should identify the actual component before choosing thickness. Cabinet backs and dividers generally place different demands on the material than cabinet doors, shelves or panels carrying hinges and drawer hardware.

For hardware-intensive cabinet components, confirm board density, thickness, hinge design, screw geometry, pilot holes, edge distance and expected loading using production samples.

PVC Co-Extruded Board for Bathroom Cabinets

Bathroom cabinets and vanity components are among the original application directions for PVC foam board. The listed low water absorption makes moisture performance relevant where PVC is used instead of untreated wood-based panels.

Finished cabinet durability also depends on holes, fasteners, joints, adhesives, hinges and installation. Standing water around hardware or joints should be avoided even when the board itself has low water absorption.

PVC Co-Extruded Board for Furniture

The broad thickness range allows co-extruded PVC foam board to be evaluated for wardrobes, shelving systems, partitions, furniture side panels, doors, display furniture and other fabricated components.

Furniture buyers should specify visible faces, edge treatment, decorative finishing, panel dimensions, fastening method and expected load so the correct thickness and density can be reviewed.

PVC Co-Extruded Board for Interior Panels and Partitions

Co-extruded PVC foam board can also be evaluated for interior wall panels, partitions, decorative panels, commercial interiors and fabricated architectural components.

For interior projects, specify panel dimensions, support spacing, joint design, fixing method, impact exposure, surface finish and any project-specific documentation required.

PVC Co-Extruded Board for Displays and Exhibitions

The material can be used for exhibition panels, retail displays, point-of-sale structures, display furniture and fabricated promotional components where a smooth surface and easy machining are useful.

For transportable displays, consider total panel weight, joint design, repeated assembly, graphics, packing method and handling requirements when selecting thickness and density.

CNC Routing, Cutting and Drilling

The original product information lists sawing, stamping, punching, die cutting, sanding, drilling, screwing, nailing and riveting. Co-extruded PVC foam board can also be processed by CNC routing and engraving using suitable tooling.

Processing parameters should account for both the denser surface layer and foamed core. For prefabricated components, provide finished dimensions, cut profiles, routing depth, groove dimensions, hole positions and tolerances.

Thicker 20–30mm boards allow deeper routing than thin sheets, but machining depth should be selected according to the finished design and remaining material thickness.

Screw Holding, Hinges and Hardware

The source information lists screwing, nailing and riveting as available processing methods. Actual fastening performance depends on board thickness, density, surface-layer construction, screw geometry, pilot-hole dimensions, insertion depth and edge distance.

For hinges, drawer slides, brackets and heavily loaded furniture hardware, validate the actual board-and-fastener combination before approving volume production.

Bonding, Lamination and Painting

The original product description states that PVC foam board can be bonded using PVC adhesives.

Suitable co-extruded surfaces can also be evaluated for compatible decorative films, coatings and printing systems. Adhesive chemistry, surface preparation, temperature, pressure and curing conditions should be tested using the actual production surface.

Glossy vs. Matte Surface

Where surface appearance is critical, approve a representative sample before placing a repeat production order.

Standard 4×8 and Large-Format Sizes

The current detailed product information lists 1220 × 2440mm, 915 × 1830mm, 1560 × 3050mm and 2050 × 3050mm sheet formats.

1220 × 2440mm is approximately the common 4×8 ft format used in cabinet, furniture, CNC and display fabrication. Larger 1560 × 3050mm and 2050 × 3050mm formats can reduce joints or improve cutting yield for oversized components.

Before choosing a large-format board, confirm CNC-bed size, handling equipment, storage racks, pallet dimensions and container-loading requirements.

Reference Physical Properties

The following values are preserved from the original PVC foam-board table. They should be treated as product-family reference data unless confirmed for the exact co-extruded structure, thickness and density being purchased.

Moisture and Water Absorption

The current reference table lists water absorption at ≤1.5%. This makes moisture performance relevant for bathroom cabinets, kitchen furniture and suitable interior applications.

Finished performance should still be evaluated as a complete system because fasteners, adhesives, joints, edge treatments and other materials can have different moisture limitations from the PVC board.

Heat and Fire Considerations

The original product-family data lists a Vicat softening point of 73–76°C and self-extinguishing behavior in less than five seconds.

Where a project requires a specific fire classification, flame-spread value, smoke rating or temperature limit, request applicable documentation for the exact co-extruded board grade being ordered.

Indoor and Outdoor Applications

The original product information lists indoor decorative panels, partitions and outdoor wall-board applications within the broader product range.

For long-term exterior exposure, confirm that the selected co-extruded formulation is intended for the required UV exposure, temperature cycling, color stability and expected service life.

Co-Extruded PVC Foam Board Applications

Application Images

How to Specify 2–30mm Co-Extruded PVC Foam Board

PVC Foam Board SGS Document

The original product page provides the following PVC Foam Board SGS document. Confirm that the document applies to the exact co-extruded structure, thickness and density required for the project.

Packaging and Commercial Information

Packaging: Plastic bags, cartons, pallets and kraft paper are listed in the current product information.

MOQ: The current detailed specification lists a minimum order quantity of 3 tons.

Payment: T/T, L/C, D/P and Western Union are listed.

Delivery Terms: EXW, FOB, CNF and DDU are listed in the original FAQ.

Lead Time: The detailed specification lists approximately 15–20 days after deposit. The older FAQ contains a 10–14 working-day statement, so confirm the current production schedule with the quotation.

Samples: Free samples are listed as available. Confirm thickness, density, surface structure, size and express-freight arrangement when requesting a sample.

Frequently Asked Questions About Co-Extruded PVC Foam Board

About HSQY Plastic Group

HSQY Plastic Group supplies PVC co-extrusion foam boards and other plastic sheet products to cabinet manufacturers, furniture factories, interior contractors, display manufacturers, signage companies, distributors and industrial fabricators.

For 2–30mm co-extruded PVC board projects, provide the required thickness, density, sheet size, surface structure, processing method, finished application and purchasing quantity so the appropriate production specification can be reviewed.

HSQY Qualification and Exhibition Information