8032 Linear Oak Wood Grain Melamine Paper

Key Selling Points

• Clean Linear Grain: Straight, uniform grain for modern minimal interiors

• Easy to Match: Same grain structure across 4 shades—good for series design

• Commercial-Friendly: Looks premium while staying practical for mass production

• Wide Application: Great for cabinet doors, wardrobes, office desks, wall panels, hotel furniture

Recommended Applications

• Wardrobe / closet doors & carcass

• Kitchen cabinet doors (paired with solid colors)

• Wall panels, shopfitting, office partitions

• Hotel furniture, apartment project packages

Typical Specifications (Customizable)

• Paper type: Melamine decorative paper / impregnated decor paper

• Basis weight: 70–120 gsm (common range)

• Finish options: Matt / Suede / Light texture / Emboss matched (depending on press plate)

• Matching substrate: MDF / Particleboard / Plywood

• Process: LPM (low pressure melamine) / HPL

Matching Suggestions

• Pair 8032-1 / 8032-2 with warm solid colors (cream, sand, light grey)

• Pair 8032-3 / 8032-4 with dark solids (graphite, black, deep grey) for a higher-end look

• Works well with black metal, brass hardware, and stone patterns

FAQ

Q1: Is 8032 suitable for cabinet doors (large surfaces)?
A: Yes. The straight-grain pattern is visually stable and less “busy,” making it ideal for large doors and wall panels.

Q2: Can you provide the same grain in different colors for one project?
A: Yes. 8032 is designed as a coordinated series (1–4) so you can mix light and dark tones with consistent texture.

Q3: What is the MOQ and lead time?
A: MOQ depends on paper weight, color and finish requirements. Lead time varies by order size and impregnation/printing schedule—share your target specs and we can quote quickly.

Q4: Can you match embossing (EIR / synchronized texture)?
A: We can support texture matching based on available press plates. If you need synchronized/registered emboss, send your target texture requirement.

Q5: How do I confirm color accuracy?
A: For best accuracy, confirm with physical samples under standard lighting. Screen photos may shift slightly due to light and camera settings.