8mm PVC Foam Board for Cabinets & Furniture

HSQY 8mm PVC foam board is a lightweight, rigid plastic panel designed for cabinet backs, internal dividers, drawer components, decorative cabinet panels and other furniture parts where moisture resistance and easy fabrication are important.

This page focuses on the 8mm thickness. The broader HSQY PVC foam-board range includes densities from 0.35 to 1.0g/cm³, multiple sheet sizes, white and colored options, and glossy or matte surfaces.

For cabinet production, buyers should specify the exact component, density, sheet size, machining requirements, screw or hardware arrangement, edge finish and expected load instead of selecting the board by thickness alone.

PVC Foam Board Video

8mm PVC Foam Board Images

8mm PVC Cabinet Board Specifications

The featured product is the 8mm version. Other thicknesses shown below belong to the broader PVC foam-board range and should be confirmed according to the finished cabinet component.

PVC Foam Board Physical Properties

These values are listed for the PVC foam-board product family. Where a cabinet project requires a specific mechanical value, confirm test data for the exact 8mm density and production grade being ordered.

Why Use 8mm PVC Foam Board in Cabinets?

An 8mm PVC foam board provides a relatively thin, lightweight panel option for cabinet components that do not require the stiffness of thicker 12mm, 15mm or 18mm boards.

It is particularly relevant for cabinet backs, internal partitions, drawer-related components, decorative panels and other applications where reduced thickness and lower panel weight are useful.

It should not automatically be specified for heavily loaded shelves, large cabinet doors or structural carcass components. Those applications should be evaluated according to density, span, hardware and load requirements.

8mm PVC Board for Cabinet Back Panels

Cabinet backs are one of the most suitable directions for an 8mm board because the component generally requires a flat, rigid panel without carrying the same hardware loads as a cabinet door or heavily loaded shelf.

For back-panel production, confirm groove width, insertion depth, panel dimensions, density and whether the board will be screwed, stapled, bonded or fitted into a routed cabinet groove.

8mm PVC Board for Internal Cabinet Dividers

Internal dividers and lightweight storage components can also be produced from 8mm PVC foam board where the panel span and applied load are compatible with the selected density.

For taller or wider divider panels, consider support spacing and potential deflection before finalizing the specification.

8mm PVC Board for Drawer Components

Depending on the drawer design, 8mm PVC foam board can be evaluated for drawer bottoms, separators and selected internal components.

Drawer width, expected load, groove support and fixing method should be checked before production, especially where the panel spans a larger unsupported area.

Moisture Resistance for Kitchen and Bathroom Cabinets

The current physical-property table lists water absorption at ≤1.5%. This makes PVC foam board relevant to kitchen and bathroom cabinet applications where resistance to moisture is an important material-selection factor.

Completed cabinet performance also depends on cut edges, holes, fasteners, adhesives and other cabinet materials. Sink cabinets and wet-area installations should be designed to avoid standing water around joints and hardware.

Why Density Matters for 8mm Cabinet Board

The listed density range of 0.35–1.0g/cm³ is broad. Two 8mm boards with different densities can behave differently during machining, fastening and use.

For repeat cabinet orders, thickness and density should both be included in the approved purchase specification.

Screw Holding and Cabinet Hardware

The original product information states that PVC foam board can be drilled, screwed, nailed and riveted. However, screw performance depends on thickness, density, screw geometry, pilot-hole size, edge distance and applied load.

Because this page focuses on an 8mm board, cabinet makers should validate any hinge, bracket, slide or repeatedly loaded screw connection with the actual production-grade material.

For hinge-mounted cabinet doors or heavily loaded hardware, a thicker or higher-density board may be more appropriate depending on the cabinet design.

CNC Routing, Cutting and Drilling

PVC foam board can be sawed, punched, die cut, sanded, drilled and mechanically processed according to the current product information.

For cabinet factories using CNC equipment, provide finished drawings, hole positions, groove dimensions, routing depth and dimensional tolerances. Machining parameters should be adjusted according to the actual density and surface finish.

Bonding and Cabinet Assembly

The original product information states that the board can be bonded using compatible PVC adhesives.

For production furniture, adhesive compatibility should be validated with the exact board surface and assembly method. Mechanical fastening and adhesive bonding may be combined where the cabinet design requires it.

Can 8mm PVC Board Be Used for Cabinet Shelves?

An 8mm board may be suitable for small or lightly loaded supported panels, but it should not automatically be specified for long-span cabinet shelves.

Shelf deflection depends on unsupported span, board density, load and support arrangement. Heavier loads or longer spans may require a thicker board, additional supports or reinforcement.

8mm vs. Thicker PVC Cabinet Boards

Glossy and Matte Surface Options

The current product information lists both glossy and matte surfaces. Surface selection depends on whether the board will remain exposed, be laminated, painted, printed or incorporated inside the cabinet structure.

When bonding decorative films or coatings, test surface preparation and adhesive compatibility before bulk production.

Heat Considerations for Kitchen Cabinets

The listed Vicat softening point for the product family is 73–76°C. Kitchen installations near ovens, cooktops or other heat-generating appliances should therefore consider appliance clearances, insulation and actual service temperature.

Do not place the panel directly against uninsulated high-temperature surfaces unless the cabinet system has been specifically validated for those conditions.

Fire Performance

The original physical-property table lists self-extinguishing behavior in less than five seconds.

If a cabinet, furniture or interior project requires a specific fire classification, request the relevant test standard and documentation for the exact 8mm density and grade being ordered.

PVC Foam Board Cabinet Applications

Cabinet and Furniture Application Images

How to Specify 8mm PVC Foam Board for Cabinets

PVC Foam Board SGS Document

The original product page provides the following SGS document. Buyers should confirm that the document applies to the exact 8mm density and production grade being ordered.

Packaging and Delivery

Packaging: The current product information lists plastic bags, cartons, pallets and kraft paper as packaging options.

MOQ: The current listed minimum order quantity is 3 tons.

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

Lead Time: The main product specification lists approximately 15–20 days after deposit. Confirm the current production schedule when requesting a quotation.

Samples: Free samples are listed as available. Confirm the sample specification and express-freight arrangement before shipment.

Frequently Asked Questions About 8mm PVC Cabinet Board

About HSQY Plastic Group

HSQY Plastic Group supplies PVC foam boards and other plastic sheet materials to cabinet manufacturers, furniture factories, distributors, interior contractors and industrial fabricators.

For 8mm cabinet-board projects, provide the required density, panel dimensions, cabinet component, machining drawings, hardware requirements, expected load and purchasing quantity so the appropriate specification can be reviewed.

HSQY Qualification and Exhibition Information