R 300 Main Outer Face
The main panel has a 300 mm outer face radius and 286.8 mm inner radius. Both follow the same center through the 90-degree plan arc.
Curved Oak-Veneer Wall Corner Panels
Curved Oak-Veneer Wall Corner Panels
- Panel form
- One convex 90-degree quarter-circle wall corner panel
- Outer panel radius
- 300 mm outer /286.8 mm inner radius ·90° × 2400 H mm
- Nominal bonded section
- 0.6 mm oak face +12 mm multi-ply core +0.6 mm balancing back =13.2 mm assembled
Oak-Veneer Quarter-Circle Panels with a Formed Multi-Ply Core
One 90-Degree Convex Corner Panel
The formed panel wraps a 90-degree convex wall corner as one continuous quarter-circle. Its 2400 mm height and two tangent vertical ends establish the transition to the adjoining wall-panel runs.
Nominal 13.2 mm Bonded Assembly
A 0.6 mm oak face layer, 12 mm laminated multi-ply core and 0.6 mm balancing back form the nominal 13.2 mm bonded section. Bond and finish allowances are coordinated within that nominal component specification.
Vertical Oak Grain and Matched Tangent Ends
The oak face runs vertically over the curved form. The material reference carries the grain, finish, edge treatment and tangent-end junctions, with curved supports and attachment points assigned to the wall detail.
Three Outer Radii with a Common 13.2 mm Section
R 200 Tighter Corner
The tighter option has a 200 mm outer radius and 186.8 mm inner radius. It retains the 2400 mm height and nominal 13.2 mm bonded assembly.
R 400 Broader Corner
The broader option has a 400 mm outer radius and 386.8 mm inner radius. The wall junctions and curved supporting geometry follow this larger arc.
Curved Panel Height, Layer Build and Inner Radius
| Panel form | One convex 90-degree quarter-circle wall corner panel |
|---|---|
| Outer and inner radius | 300 mm outer /286.8 mm inner radius ·90° × 2400 H mm |
| Panel height | 2400 mm with vertical oak grain |
| Nominal bonded section | 0.6 mm oak face +12 mm multi-ply core +0.6 mm balancing back =13.2 mm assembled |
| Radius relationship | Inner radius =outer radius -13.2 mm; common arc center |
| Bond and finish allowance | Coordinated within the nominal 13.2 mm component specification |
| Wall interface | Two tangent vertical ends; radius-matched curved supports and attachment detail |
| Supply unit | One formed panel by radius, height, grain, finish and wall/corner reference |
Open product drawing ↗
Tangent Edges, Curved Supports and Wall Attachments
Locate the Arc Center and Tangent Lines
The wall plan establishes the corner, arc center and two tangent vertical ends. Adjacent flat panels, joint gaps and corner alignment use those same references.
Match the Support to the Inner Radius
The curved backing/support detail follows the inner face: 286.8, 186.8 or 386.8 mm for the three radius options. Fixing locations, support spacing and wall interfaces are coordinated with the formed panel assembly.
Carry Grain and End Joints Across the Wall
The elevation identifies vertical grain, panel height, ceiling/base junctions and connections to adjoining finishes. The retained sample records oak appearance, edge treatment, finish and the curved-to-flat junction.
Curved Oak Wall-Panel Supply Schedule
Panel Radius and Corner Quantity
Count formed panels by wall/corner reference. List the outer and inner radius, 90-degree arc, 2400 mm height and adjoining wall-panel runs.
Oak Face and Multi-Ply Assembly
Quote the 0.6/12/0.6 mm nominal layer build and 13.2 mm assembled section. Carry oak grain, finish, balancing back and edge references together.
Curved Supports and Wall Connections
Schedule radius-matched supports, attachment points, tangent joints and base/ceiling interfaces. The wall condition and adjoining flat panels use the same corner detail.
Formed-Panel Packing and Delivery
Support the curved form during packing and protect the oak face and tangent ends. Mark radius, height, corner reference, panel count and destination on the package.
Curved Oak Panel Order Configuration
- Form
- Outer/inner radius, 90-degree arc, 2400 mm height and corner count
- Assembly
- Oak face, multi-ply core, balancing back, 13.2 mm nominal section and finish
- Wall detail
- Curved supports, tangent joints, attachments and adjoining panels
- Delivery
- Radius-matched packing, face/end protection, corner labels and destination
Quarter-Circle Oak Wall-Panel Questions
What shape does one panel form?
One panel forms a continuous convex 90-degree quarter-circle wall corner. It is 2400 mm high with two tangent vertical ends for the adjoining wall runs.
How is the 13.2 mm section assembled?
The nominal bonded build combines 0.6 mm oak face, 12 mm laminated multi-ply core and 0.6 mm balancing back. Bond and finish allowances are coordinated within that nominal component specification.
How are the inner and outer radii related?
Subtract the nominal 13.2 mm assembled section from the outer radius. The R 300 panel therefore has a 286.8 mm inner radius; R 200 and R 400 correspond to 186.8 and 386.8 mm respectively.
Which radius controls the backing support?
The supporting curve follows the inner face radius. The wall detail coordinates that support with the formed panel, attachment points, tangent joints and adjoining finishes.
How is the oak grain arranged?
The oak grain runs vertically over the 2400 mm height. The retained material reference records grain, finish, edge treatment and the curved-to-flat junction.
What information is needed for the corner-panel order?
List panel count, height, outer/inner radius, wall/corner reference and adjoining finishes. Include the curved support and attachment detail, grain/finish reference, protected packing and destination.
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Curved Oak-Veneer Wall Corner PanelsR 300 outer radius