First-Generation WPC Great Wall Panel

Name: First-Generation WPC Great Wall Panel
SKU: p1_0Cqz6QrN3tmSYNsmfymK1cjHsdg
Availability: InStock

1. Four-Rib Profile. Four broad flat ribs create a regular architectural rhythm while deep narrow channels separate each face across the verified module. 2. Warm Red Maple Tone. The light copper-orange red-maple color gives finished walls and ceilings a warm appearance in daylight and interior lighting. 3. Fine Linear Grain. Closely spaced lengthwise grain lines add subtle texture to the raised faces while preserving a clean and even surface. 4. Slim Architectural Format. The 177 x 13 mm profile suits living-room features, reception walls, covered terraces, and garden-room entrances.

177*13

Core parameters

Full specifications

Packing method/choose one of two: Carton / Bag / Pallet
Delivery date: 15 days
Product Name: First-Generation WPC Great Wall Panel - Red Maple

QuantityUnit: Units

Get a Tailored Procurement Plan

Product Model: 177*13
Product Color: Designated color
Response Time: 24 hours
Special Requirements: Communicate based on actual needs

Four-Rib Profile

Four broad flat ribs create a regular architectural rhythm while deep narrow channels separate each face across the verified module.

Warm Red Maple Tone

The light copper-orange red-maple color gives finished walls and ceilings a warm appearance in daylight and interior lighting.

Fine Linear Grain

Closely spaced lengthwise grain lines add subtle texture to the raised faces while preserving a clean and even surface.

Slim Architectural Format

The 177 x 13 mm profile suits living-room features, reception walls, covered terraces, and garden-room entrances.

Fine Linear Grain Across Walls and Ceilings

Warm Red Maple Rhythm for Modern Surfaces

The panel is shown beneath a covered terrace ceiling, beside a garden-room entrance, behind a hotel reception desk, and on a living-room feature wall. Repeated red-maple ribs create clear shadow lines while the fine grain softens the warm color. The scenes demonstrate coordinated use across vertical and overhead surfaces.