Furniture Plastic Film for Surface Protection and Decorative Lamination
- Materials: PE, PVC, PET and PETG
- Thickness: 30 um-600 um by grade
- Finishes: clear, matte, high gloss, wood grain, skin-feel
- Format: slit rolls, jumbo rolls or custom rolls
- Uses: MDF, cabinet, wardrobe and tabletop panels
- Checks: peel force, residue, edge lifting, color consistency
Films Protective Company is a manufacturer of furniture plastic film for surface protection, decorative lamination and furniture panel finishing. The range covers PE protection layers for MDF and cabinet panels, flexible PVC films for vacuum membrane pressing and profile wrapping, and PET/PETG surfaces for high-gloss, super-matte, anti-fingerprint and easy-clean furniture applications. Film grade, tack level, finish, width and winding format can be matched to actual board material and production process.
Product Photos
Product Overview
This furniture plastic film is made for panel production where temporary protection and decorative finishing are both required. PE grades protect MDF board, melamine-faced board, lacquered panels, tabletops, cabinet doors and wardrobe panels during cutting, routing, trimming, edge banding, stacking, transport and installation. Typical PE thickness is selected within 30 um-100 um according to tack level, surface sensitivity and removal period.
PVC film becomes part of the finished furniture appearance. It supports flat lamination, vacuum membrane pressing, cabinet door covering, edge covering and profile wrapping, with 0.12 mm-0.60 mm thickness selected by forming depth and board shape. PET/PETG grades are used for high-value surfaces needing gloss stability, super-matte finish, skin-feel touch and easy cleaning. Before bulk use, test the film on real MDF, particle board, plywood or WPC profile to confirm glue wetting, bonding strength, roll flatness and color consistency.
Benefits
- Covers PE panel protection, PVC wrapping and PET/PETG decorative lamination.
- Reduces scratches, dust marks, handling stains, adhesive marks and light damage.
- Low tack and medium tack PE grades support 180-degree peel and dwell testing.
- PVC film supports vacuum pressing, flat lamination, profile wrapping and shaped door covering.
- PET/PETG surfaces support high-gloss, super-matte, skin-feel and easy-clean finishes.
- Width, length, core, winding, embossing, color and logo printing can be confirmed.
Which Furniture Film Should Be Used for PE Protection, PVC Wrapping or PET Decorative Lamination?
The right film depends on what the panel needs next. For MDF boards, cabinet panels or tabletops moving through cutting, stacking, transport and installation, a temporary PE protection layer is usually best. Clean removal, 180-degree peel force, edge lifting after trimming and adhesive marks under angled light should be checked. PVC wrapping film is better for shaped cabinet doors, wardrobe panels and profiles needing wood grain, solid color or embossed edge coverage. PET or PETG surface film is used when the final surface needs high gloss, super matte, stain resistance, oil resistance or easy cleaning.
TDS
Item | Typical Value |
Film materials | PE, PVC, PET, PETG, grade-dependent |
PE protection thickness | 30 um-100 um, selected by surface and protection period |
PVC decorative thickness | 0.12 mm-0.60 mm, for flat lamination, vacuum pressing or wrapping |
PET/PETG surface thickness | 0.16 mm-0.50 mm, confirmed by finish and lamination process |
Roll width | 300 mm-2200 mm, custom slitting available |
Roll length | 100 m-1000 m, confirmed by film type and roll diameter |
Core size | 3 inch or 6 inch paper core |
Surface finish | Clear, matte, high gloss, super matte, wood grain, solid color, stone texture |
PE adhesive system | Acrylic PSA, low tack or medium tack |
180-degree peel reference | 0.3-1.5 N/25 mm, tested on MDF, melamine or lacquered panel |
Clean-removal check | Dwell test, residue and ghosting inspected under angled light |
Edge lifting check | After cutting, trimming, stacking or edge banding simulation |
PVC pressing reference | 110 C-140 C, adjusted by grade, machine setting and board shape |
PET/PETG lamination check | PUR glue wetting, bonding strength, gloss stability, color consistency |
Quality confirmation | Retained approved sample, batch traceability and repeat-order review |
Packing and Loading
How Should MDF, Cabinet and Wardrobe Panels Be Tested Before Film Lamination or Protection?
Test on the actual furniture panel, not only on a standard sample board. Melamine-faced MDF, lacquered panels, matte textured boards and wood-grain surfaces may react differently to tack, pressure, glue system and removal speed. For PE protection, check peel force, edge lifting, adhesive marks, residue under angled light and clean removal. For PVC, PET or PETG lamination, confirm cleaning, glue wetting, corner coverage, bonding strength, color consistency and surface reflection after flat lamination, vacuum pressing or wrapping.
Applications
- MDF board protection during cutting, routing, trimming and stacking.
- Cabinet body, cabinet door and wardrobe panel protection before assembly.
- Temporary PE grades for melamine, lacquered, glossy and matte textured panels.
- Flexible PVC foil for drawer fronts, closet doors, curved panels and profiles.
- Vacuum pressing and profile wrapping for edges and decorative grooves.
- PET/PETG surfaces for tabletops, office furniture, store fixtures and millwork.
FAQ
Can one furniture plastic film be used for all furniture panels?
Not usually. PE protection film, PVC decorative film and PET/PETG surface film serve different functions.
How is PE protective film selected for MDF or cabinet panels?
Start with tack, thickness and clean removal. Low tack suits sensitive glossy panels; medium tack may suit textured surfaces.
Is PVC decorative film better than PET film for cabinet doors?
PVC suits vacuum pressing, edge covering and profile wrapping. PET or PETG suits high gloss, super matte or easy-clean surfaces.
What should be confirmed before repeat production?
Confirm sample, thickness, width, length, color, adhesive level, winding, core size, lamination method, panel test result and batch color consistency.
