Description
Double-Sided Micro-Corrugated Board (E-Flute)
This high-specification micro-corrugated board (E-flute) is engineered for applications where low material thickness must be combined with high dimensional stability. Clad on both sides with high-quality liners, the board offers a smooth, uniform surface that conceals its internal corrugated structure. This makes it an ideal choice for professionals requiring a lightweight yet rigid substrate that maintains its form under compression.
Applications:
- Architectural Model Making: An essential material for constructing structural massing, interior partitions, and base plates. The E-flute core provides significant rigidity, making it suitable for larger-scale architectural models where standard card might sag. The smooth white or brown surface is perfect for precise drawing or the application of additional veneers.
- Prototyping & Industrial Design: Ideal for creating high-fidelity packaging prototypes, volumetric studies, and functional mock-ups. The double-sided liner ensures a professional finish on both interior and exterior surfaces, allowing designers to test product fit and aesthetics simultaneously.
- Film & TV Scenic Design: A versatile material for constructing lightweight set panels, decorative cladding, and rigid props. Its high strength-to-weight ratio allows for the assembly of large set pieces that are easy to move and install, while the smooth surface accepts scenic paints and adhesives without warping.
- Graphic Design & Display: Used for rigid presentation boards, point-of-sale mock-ups, and protective exhibition layers. The white kraftliner version provides an excellent surface for high-resolution labelling, mounting, and digital printing.
Technical Specifications:
- Flute Type: E-Flute (Micro-corrugated)
- Thickness: 1.5mm
- Dimensions: 1000 x 700 mm
- Quantity: See options
- Weight (White Kraftliner): 125 g/m per side
- Weight (Brown Kraftliner/Testliner): 125 g/m / 140 g/m
As a paper-based product, it may react to changes in humidity. For precision applications, ensure the material is stored flat in a climate-controlled environment.