Wood Grain Acrylic Laminated PVC Foam Board

Wood Grain Acrylic Laminated PVC Foam Board

Wood Grain Acrylic Laminated PVC Foam Board pairs a rigid closed-cell expanded PVC core with a high-definition wood grain acrylic (PMMA) decorative layer using reactive polyurethane (PUR) hot-melt lamination. This panel combines the moisture resistance and lightweight processing of cellular PVC with the scratch resistance and UV stability of acrylic.
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Description
Technical Parameters

Wood Grain Acrylic Laminated PVC Foam Board pairs a rigid closed-cell expanded PVC core with a high-definition wood grain acrylic (PMMA) decorative layer using reactive polyurethane (PUR) hot-melt lamination. This panel combines the moisture resistance and lightweight processing of cellular PVC with the scratch resistance and UV stability of acrylic.


Produced via Celuka or free-foam extrusion with inline web lamination, the material is engineered for architectural millwork, cabinet fabrication, and retail display construction using standard woodworking equipment.

 

Technical Specifications

 

Property Test Standard Typical Value Unit
Thickness ISO 4593 3.0 - 25.0 mm
Dimensions ISO 1183 1220 x 2440 / 3050 mm
Core Density ISO 1183 0.50 - 0.65 g/cm3
Pencil Hardness ASTM D3363 2H - 3H -
Film Peel Strength ASTM D903 >= 45 N/cm
Vicat Softening Point ISO 306 78 - 82 C
Water Absorption (24h) ISO 62 <= 0.3 %
Thermal Expansion ASTM D696 6.5 x 10^-5 m/(m*K)
Fire Retardancy UL94 V-0 / EN 13501-1 Class B Verified -
Formaldehyde EN 717-1 / CARB Phase 2 E0 (Undetectable) mg/m3
Chemical Compliance EU REACH / RoHS Compliant -

 

Key Features


Moisture Immunity: Closed-cell substrate eliminates water absorption, preventing core swelling, delamination, and fungal rot in humid environments.


PUR Cross-Linking: Reactive polyurethane forms a permanent chemical bond that withstands thermal cycling up to 70C without edge lifting.


UV-Stable Surface: PMMA cap layer resists yellowing and gloss loss under interior solar exposure compared to standard PVC or paper foils.


Chemical Resistance: Acrylic face tolerates commercial cleaners, alcohols, and mild acids without staining or surface pitting.

 

Applications


Wall Panelling: Wainscoting and feature walls for commercial hospitality and healthcare fit-outs requiring scrubbable, impact-resistant surfaces.


Retail Displays: POP fixtures, modular exhibition stands, and shelving units where lower weight reduces transit costs.


Cabinetry: Vertical cabinet doors, bathroom vanities, and office partitions functioning as a moisture-safe alternative to MDF.


Marine & RV Interiors: Bulkhead linings and ceiling panels in recreational vehicles and boat cabins requiring weight minimization.

 

Surface & Finish Options


Grain Selections: White Oak, American Walnut, Teak, Ash, and European patterns printed via gravure cylinders.


Gloss Levels: Ultra-matt (<= 5 GU at 60 deg), Satin (20-30 GU), and High-Gloss (>= 85 GU).


Embossing: Synchronized Pore (texture matching printed grain), Brushed, and Fine Matte.


Cap Layer Thickness: Available in 0.3mm, 0.5mm, and 0.8mm configurations.

 

OEM & ODM Customization


Tolerances: Cut-to-size lengths up to 3050mm, widths up to 1560mm, and thickness calibration within +/- 0.15 mm.


Density Tuning: Adjustable core densities from 0.45 g/cm3 (lightweight display) to 0.70 g/cm3 (high screw-withdrawal).


Balanced Construction: Double-sided wood grain lamination or functional backing foils (balancing sheet or white PVC skin).


Protective Masking: Low-tack PE film printed with client logos, laser specs, and grain direction arrows.

 

Quality Control & Compliance


Management Systems: Audited under ISO 9001 and ISO 14001 standards.


Third-Party Testing: Fire ratings, formaldehyde limits, and heavy-metal content validated by SGS and Intertek.


Raw Material Audit: Suspension-grade PVC resin (K 67-68), calcium-zinc stabilizers, and virgin PMMA tested for melt flow index.


Inline Monitoring: Beta-ray thickness gauges and weight sensors maintain mass uniformity across the sheet width.


Adhesion Testing: Daily T-peel tests verify PUR bond strength exceeds 45 N/cm.

 

Thermal Cycling: Finished panels undergo chambers cycling between -20C and 60C at 90% relative humidity to detect bowing.

 

Supply Chain & Logistics


Capacity: 6 extrusion lines and 3 automatic PUR lamination stations yielding 1,200 metric tons monthly.


Packaging: Fumigation-free plywood pallets with corrugated edge guards, waterproof stretch film, and steel strapping.


Container Loading: Optimized for 20-foot and 40-foot High Cube (HC) containers carrying 1220mm x 2440mm stock panels.


Lead Time: 15 to 20 working days for catalog patterns; 25 days for custom OEM runs.

 

FAQ

 

Q: Is this board suitable for exterior use?

A: No. While the acrylic layer is UV-stable, the cellular PVC core is engineered for indoor environments. Direct outdoor solar exposure causes excessive thermal expansion and structural bowing.

Q: What edge banding materials work best?

A: ABS, PVC, and acrylic edge banding matching the grain pattern apply using standard hot-melt edge banders (EVA, PUR, or PO adhesives).

Q: What is the MOQ for custom finishes?

A: Custom gravure cylinder patterns require an MOQ of 500 sheets per specification. Standard catalog patterns start at 100 sheets.

Q: How does screw retention compare to wood composites?

A: A 15mm board with a 0.55 g/cm3 core density provides sufficient lateral screw withdrawal for standard hardware; metal threaded inserts are advised for high-stress joints.

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