High-Density PVC Celuka Foam Sheet

HSQY high-density PVC Celuka foam sheet is a rigid expanded PVC panel with a dense, hard outer skin and lightweight foamed core for furniture, cabinets, signage, CNC fabrication, partitions and other professional panel applications.

The Celuka structure provides a smooth finished surface while retaining the weight advantages of a cellular PVC core. This makes the board particularly relevant where machining stability, surface quality, panel rigidity and mechanical fastening must be considered together.

The broader HSQY range covers thicknesses from 1mm to 35mm, densities from 0.35 to 1.0g/cm³, standard 1220 × 2440mm sheets and large formats up to 2050 × 3050mm. Buyers should specify the actual density required rather than relying only on the description “high density.”

PVC Celuka Foam Board Video

High-Density PVC Celuka Foam Sheet Images

High-Density PVC Celuka Foam Sheet Specifications

The product is positioned as a high-density Celuka sheet, while the current detailed product range covers densities from 0.35 to 1.0g/cm³. The exact high-density grade should therefore be written into the order specification according to the intended application.

What Is High-Density PVC Celuka Foam Board?

PVC Celuka foam board is an expanded rigid PVC sheet manufactured with a cellular core and relatively dense outer surfaces. The Celuka process creates a harder skin around the lighter foamed interior.

A higher-density grade can be selected where greater panel rigidity, machining stability or improved support around mechanical fastening is required. Actual performance depends on density, thickness, skin structure and the finished component design.

There is no single density value stated for this high-density product page, so buyers should specify the required density in g/cm³ when requesting samples or repeat production.

Celuka Hard Skin and Foamed Core

Why Density Matters in PVC Celuka Board

Density is one of the most important purchasing parameters for furniture, cabinet and CNC applications. Two boards with the same thickness can behave differently if their densities are different.

For repeat orders, specify both thickness and agreed density rather than purchasing only by sheet dimensions.

High-Density PVC Celuka Board for Furniture

High-density Celuka board can be evaluated for furniture panels, wardrobes, shelving systems, partitions, storage units, doors and fabricated furniture components.

Furniture buyers should specify the finished panel dimensions, board thickness, density, visible faces, hardware, support points and expected load. These parameters are especially important for large doors and long shelves.

PVC Celuka Board for Kitchen Cabinets

Kitchen cabinets are included among the current product applications. Suitable Celuka grades can be evaluated for cabinet bodies, side panels, partitions, doors, shelves and other fabricated components.

For cabinet production, include hinge locations, drawer-slide positions, screw requirements, shelf span, expected load and proximity to heat-generating appliances when selecting the final board specification.

PVC Celuka Board for Bathroom Cabinets

Washroom cabinets are also included in the original application information. The listed low water absorption makes PVC Celuka board relevant where furniture may be exposed to humid interior conditions.

Finished cabinet performance also depends on fasteners, drilled holes, joints, adhesives, edge treatments and installation conditions. The entire furniture assembly should be evaluated rather than relying only on the board material.

High-Density Celuka Board for Shelves

Shelving performance depends on thickness, density, unsupported span, support arrangement and applied load.

A higher-density board can be considered where increased rigidity is required, but high density alone does not define shelf load capacity. Long or heavily loaded shelves should be tested using the intended dimensions and support structure.

Screw Holding, Hinges and Mechanical Fastening

The original product information states that PVC foam board can be drilled, screwed, nailed and mechanically processed.

The dense Celuka skin can be useful around machined and fastened areas, but actual screw and hinge performance depends on density, thickness, fastener geometry, pilot-hole dimensions, insertion depth, edge distance and applied load.

For cabinet hinges, drawer slides or repeatedly loaded fasteners, validate the actual production board with the intended hardware before volume manufacturing.

CNC Routing, Cutting and Drilling

The source information states that the board can be sawed, stamped, punched and drilled. Celuka board can also be evaluated for CNC routing, engraving and furniture-component machining using suitable tooling.

For production machining, provide finished drawings, cut profiles, routing depths, grooves, drilling positions, hinge holes and dimensional tolerances. Machine parameters should be matched to the actual density and thickness.

Clean Edge and Surface Requirements

The dense Celuka surface makes edge and face quality important for routed furniture panels, signs and fabricated components.

Where machined edges remain visible, define the required edge appearance before ordering. Where an edge will be covered, specify the intended edge banding, painting or finishing process.

Painting, Printing and Lamination

The smooth Celuka surface can be evaluated for compatible printing, painting and decorative-finishing systems.

For furniture lamination, paint or direct printing, test surface preparation, coating or ink compatibility, adhesive chemistry, processing temperature and curing requirements with the selected production grade.

High-Density PVC Celuka Board for Signage

Signage, screen printing, billboards and exhibition displays are included among the current product applications.

Higher-density Celuka grades can be relevant to routed signs, dimensional lettering, display structures and fabricated sign components where a firmer panel is preferred over a lightweight printing substrate.

For simple lightweight printed graphics, buyers should compare the required density and panel construction with the actual finished-sign requirements rather than automatically selecting the highest-density grade.

1–35mm Thickness Selection

Thickness alone does not determine performance. Density, finished dimensions, support, hardware and application should be reviewed together.

Standard 4×8 and Large-Format PVC Celuka Sheets

The current range includes 1220 × 2440mm, 915 × 1830mm, 1560 × 3050mm and 2050 × 3050mm sheet sizes, with customized dimensions also listed.

1220 × 2440mm is approximately the standard 4×8 ft format used by many cabinet, furniture, signage and CNC fabricators.

Large 1560 × 3050mm and 2050 × 3050mm sheets can reduce seams or improve cutting yield for oversized components. Confirm CNC-bed dimensions, handling equipment, storage racks and packing requirements before ordering large-format boards.

Glossy and Matte Surface Options

Approve a representative production sample where surface appearance, gloss or color is critical.

Reference Physical Properties

The following values are preserved from the original product information. Confirm applicable test data for the exact high-density Celuka grade, thickness and density where a project depends on a specific physical property.

Low Water Absorption and Moisture Resistance

The current technical data lists water absorption at ≤1.5%. This makes moisture performance relevant to kitchen cabinets, bathroom cabinets, interior panels and other applications where humidity may occur.

Finished-system performance also depends on screws, joints, holes, adhesives, coatings and other components. The complete assembly should be evaluated for the intended service environment.

Corrosion and Chemical Exposure

Anti-corrosion projects are included in the original application information, and corrosion resistance is listed among the product characteristics.

Where the board will contact chemicals, cleaning agents or industrial environments, verify compatibility with the exact chemical, concentration, temperature and exposure duration before specifying the material.

Fire and Temperature Considerations

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

If a cabinet, interior or signage project requires a specific fire classification, flame-spread value, smoke requirement or regulated test standard, request applicable documentation for the exact high-density Celuka grade being supplied.

High-Density PVC Celuka Sheet Applications

PVC Celuka Board Application Images

How to Specify High-Density PVC Celuka Foam Sheet

PVC Foam Board SGS Data Sheet

The original product page provides the following PVC Foam Board SGS data sheet. Confirm that the document applies to the exact high-density Celuka grade, thickness and density required for the project.

Packing and Delivery

Sample Packaging: The original product information lists A4-size boards packed in plastic bags or cartons.

Bulk Packing: Boards are listed as packed in plastic bags, cartons or kraft paper.

Pallet Packing: The source lists approximately 500–2000kg per plywood pallet.

Container Loading: The source lists approximately 20 tons per container. Actual loading should be confirmed according to sheet size, thickness, density and packing configuration.

Delivery Terms: EXW, FOB, CNF and DDU are listed.

Lead Time: The source lists 15–20 days for 1–20,000kg and negotiable timing above 20,000kg. Confirm the current production schedule with the quotation.

Frequently Asked Questions About High-Density PVC Celuka Board

About HSQY Plastic Group

HSQY Plastic Group supplies PVC Celuka foam sheets and other plastic sheet materials to furniture manufacturers, cabinet factories, signage companies, CNC fabricators, distributors and industrial buyers.

For high-density Celuka projects, provide the required density, thickness, sheet dimensions, finished application, CNC drawings, hardware requirements, surface finish, quantity and destination so the appropriate board specification can be reviewed.

HSQY Qualification and Exhibition Information