Solid Color HPL Laminated PVC Foam Board

Solid Color HPL Laminated PVC Foam Board

Solid Color HPL Laminated PVC Foam Board fuses a calibrated rigid PVC foam core with a high-pressure decorative laminate (HPL) surface using an industrial PUR hot-melt reactive adhesive system. Processed on automated laminating lines, this composite replaces traditional MDF or particleboard to eliminate weight while maintaining an impact-resistant, solid-color decorative face.
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Description
Technical Parameters

Solid Color HPL Laminated PVC Foam Board fuses a calibrated rigid PVC foam core with a high-pressure decorative laminate (HPL) surface using an industrial PUR hot-melt reactive adhesive system. Processed on automated laminating lines, this composite replaces traditional MDF or particleboard to eliminate weight while maintaining an impact-resistant, solid-color decorative face.


Engineered for commercial casework, cleanrooms, and architectural interiors, the panel resists moisture, withstands chemical exposure, and allows direct CNC machining. It integrates structural rigidity with a finished surface, reducing fabrication cycles by removing secondary painting or edge-banding steps.

 

Technical Specifications

 

Parameter Specification Test Standard / Method
Core Material Extruded Rigid PVC Foam (Free Foam / Celuka) ISO 1183
Face Material Solid Color High-Pressure Laminate (HPL) EN 438 / NEMA LD 3
Standard Thicknesses 5mm, 9mm, 12mm, 15mm, 18mm, 25mm Micrometer gauge
Standard Sheet Sizes 1220x2440mm (4'x8'), 1220x3050mm (4'x10') Tape measure tolerance +/- 2mm
Density (Core) 0.55 g/cm3 to 0.70 g/cm3 ASTM D792
HPL Face Thickness 0.6mm to 1.0mm ISO 4586-2
Peel Strength >= 70 N/25mm (HPL to PVC Core) ASTM D903
Fire Retardancy UL94 V-0 (Core) / Class A (HPL Face available) ASTM E84 / UL 94
Water Absorption < 0.5 percent (24-hour immersion) ISO 62
Formaldehyde Emission E0 / CARB Phase 2 compliant EN 717-1

 

Key Features


Moisture Resistance: Closed-cell PVC core absorbs under 0.5 percent moisture by volume, preventing edge-swelling or fungal growth in humid conditions.


Surface Durability: Melamine-impregnated HPL surface resists scratching, gouging, and industrial cleaning agents.


Homogeneous Solid Color Core: Pigment is dispersed uniformly throughout the HPL layer and matched PVC substrate, preventing white lines at routed or mitered joints.


Screw Retention: High-density surface skin and rigid core maintain withdrawal forces exceeding 1100 N using standard Euro-screws or confirmat fasteners without pilot-hole splitting.

 

Applications


Laboratory Casework & Cleanrooms: Modular lab benches and wall linings resistant to biological growth, saline solutions, and routine hospital disinfectants.


Commercial Restroom Partitions: Lightweight, dent-resistant panels replacing solid phenolic or powder-coated steel for direct hose-down cleaning protocols.


Retail Display Fixtures & Millwork: Permanent point-of-purchase displays, cash wraps, and museum showcases requiring consistent solid-color aesthetics.


RV & Marine Interiors: Cabin bulkheads and cabinet doors where structural weight reduction improves payload capacity.

 

Surface & Finish Options


Finish Textures: Matte, Gloss, Fine-Texture, Leather Grain, and Anti-Fingerprint.


Color Palette: Standard RAL and Pantone solid colors (White, Charcoal Gray, Industrial Black, Navy Blue) and custom corporate hues.


Configuration: Single-sided HPL (with balanced backer sheet) or double-sided HPL for freestanding partitions and exposed structural panels.

 

OEM & ODM Customization


Dimension Cutting: Panel sizing via computerized beam saws to minimize shop-floor waste.


Edge Treatment: Matching PVC/ABS edge banding or direct 45-degree bevel routing for miter joints.


Pre-Drilling & Insert Placement: CNC insertion of threaded metal inserts or hinge cups based on CAD/STEP drawings.


Protective Film: Factory application of low-tack laser-safe peelable film to protect surfaces during transport and fabrication.

 

Quality Control


Raw Material Verification: Melt Flow Index (MFI) testing on incoming PVC resin batches and density verification of extruded foam sheets.


Adhesion Testing: Daily destructive peel-resistance testing using an electronic tensile tester to verify PUR cross-linking strength between the HPL sheet and PVC foam.


Third-Party Compliance: Production lots undergo periodic batch testing verified by certified laboratories (SGS / Intertek) for fire ratings and formaldehyde emission levels.


Dimensional Inspection: Automated optical measuring rigs verify diagonal squareness, thickness tolerance (+/- 0.2mm), and length/width tolerances before palletizing.


Traceability: Laser-etched batch numbers on panel edges link directly to raw material lot logs, PUR glue temperature profiles, and production operator records.

 

Packaging & Export


Palletization: Fumigation-free plywood export pallets with corner edge protectors and waterproof PE stretch-wrap encapsulation.


Interleaving: Non-abrasive foam sheets placed between panels to prevent surface scuffing during transit.


Container Loading: Forklift-accessible horizontal loading for 20GP and 40HQ containers, secured with heavy-duty woven dunnage bags to eliminate shifting.

 

After-Sales Support


Technical Documentation: Material Safety Data Sheets (MSDS), physical property data sheets, third-party test reports, and chemical resistance charts supplied upon order confirmation.


Machining Guidelines: Engineering bulletins outlining optimal CNC feed rates, spindle RPMs, and carbide tool geometries for minimizing edge chipping.


Defect Resolution & Warranty: Backed by a 2-year structural delamination warranty. Replacement or credit issuance is processed within 14 business days upon receipt of formal third-party inspection reports and batch number verification.

 

FAQ

 

Q: Can this panel be installed in exterior applications?

A: No. The core PVC foam and standard HPL faces are engineered strictly for interior environments. Direct, prolonged UV exposure will cause color fading, chalking, and thermal degradation of the PVC substrate.

Q: What CNC tooling is recommended for clean edge cuts?

A: Use diamond-grit compression bits (PCD) or single-flute solid carbide spiral up-cut tools operating at 18,000 RPM with a feed rate of 4 to 6 m/min to prevent laminate chipping.

Q: How does the panel react to ambient temperature fluctuations?

A: Rigid PVC has a linear thermal expansion coefficient of approximately 7 x 10^-5 K^-1. Expansion gaps of 1.5mm to 2mm must be maintained within aluminum framing profiles during installation.

Q: What is the minimum order quantity (MOQ) for custom solid colors?

A: Standard RAL colors carry an MOQ of 100 sheets per thickness. Custom color matching requires 300 sheets per run with a lead time of 15 business days.

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