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MDO ECO 1SF Panel with backer 2440x1220x15 mm

MDO Plywood

MDO ECO 1SF Panel with backer 2440x1220x15 mm

SKU: MDO3ECO2440122015

15mm T · 1220×2440 mm · ~26.79 kg/sheet · ρ ≈ 600 kg/m³

Vinawood's MDO ECO 1SF with Backer is a cost-effective alternative to the standard MDO 1SF panel. Engineered with a special bonding technology, M-Bond, this product offers acceptable site repetition values while retaining the essential characteristics of traditional MDO panels. The backer layer enhances durability and stability, making it an ideal solution for projects that require both performance and budget-friendly materials. The MDO ECO 1SF is designed to maintain surface smoothness and durability for a range of construction applications, delivering reliable results at a lower price point.
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Specifications

Basic Specifications

Grade

Panel constructed with a combination of different veneer grades across core layers. Cost-effective option for formwork and industrial applications where consistent grading throughout is not required.

Color

Light brown kraft paper color from MDO (Medium Density Overlay) surface. The natural hue of resin-impregnated kraft paper providing a smooth, uniform appearance.

Application

Concrete forming and shuttering panels engineered to withstand repeated pours, chemical exposure, and high moisture on construction sites. Formwork plywood features overlay surfaces (phenolic, HDO, or MDO) for smooth concrete finishes and extended reuse life.

Back

Thin protective film applied to the back surface to shield the panel during transport, storage, and handling. Provides basic moisture resistance while keeping the back veneer clean for downstream processing.

Back Color

Mixed-color back appearance combining dark brown and yellow tones. Typical of economy and mixed-grade formwork panels where back surface aesthetics are secondary to structural performance.

Core Grade

Core veneers composed of mixed-grade hardwood plies. A cost-effective construction providing adequate structural performance for formwork and general industrial applications.

Face

Medium Density Overlay at 325 g/m² kraft paper surface. Provides a smooth, paintable matte finish suitable for concrete forming, signage, and exterior use with good durability at a lower cost than HDO overlays. Typically 10+ reuse cycles.

Face Color

Light brown kraft paper face finish characteristic of MDO (Medium Density Overlay). Provides a smooth, paintable surface for concrete forming, signage, and exterior applications.

Glue

Proprietary melamine-fortified bonding adhesive. Engineered for enhanced moisture resistance and structural bonding in formwork and construction-grade plywood, combining cost efficiency with reliable exterior performance.

Maximum Repetition
6
Moisture Content (%)
12
Wood Species

Acacia mangium — fast-growing tropical plantation hardwood with density of 580–600 kg/m³. Offers good structural strength, natural durability, and excellent cost-effectiveness. Widely used for plywood cores across Southeast Asian manufacturing.; Eucalyptus plantation hardwood with high density (650–750 kg/m³), tight grain, and superior structural rigidity. Excellent dimensional stability and moisture resistance — the closest tropical species to Baltic Birch in performance characteristics.; Hevea brasiliensis (Rubberwood) — lightweight plantation hardwood with clean, light-colored grain. Primarily used for interior furniture components, decorative panels, and economy plywood cores where moderate strength and a uniform appearance are valued.

Dimensions

Cubic meter per piece
0.04
Piece per Cubic Meter
22.4
Piece per Square Meter
0.34
Square Meter per Cubic meter
66.67
Square meter per piece
2.98
Thickness Tolerance (mm)
According to EN315: +0.74 / -0.94
Width & Length Tolerances (mm)
1mm per 1 meter

Properties

Mechanical Properties

Bending Stiffness Across Grain (N/mm2)
2.5
Bending Stiffness Along Grain (N/mm2)
3
Bonding Strength (N/mm2)
1
Mean Modulus of Elasticity (Across Grain) (N/mm2)
3000
Mean Modulus of Elasticity (Along Grain) (N/mm2)
5000
Min Bending Strength (Across Grain) (N/mm2)
30
Min Bending Strength (Along Grain) (N/mm2)
45
Shear Strength Across Grain (N/mm2)
2
Shear Strength Along Grain (N/mm2)
2.2

Physical Properties

Moisture Content (%)
12
Thickness Swelling (%)
8

Chemical Properties

Formaldehyde Emissions

Formaldehyde emission class E2 (≤5.0 mg/L). Suitable for exterior, well-ventilated, or short-term applications such as construction formwork where panels are not used in enclosed living spaces.

Compliance

Applicable Certifications

European harmonised standard EN 13986 for wood-based panels in construction. CE Marking certifies compliance with EU requirements for structural performance, formaldehyde emissions, and fire reaction under the Construction Products Regulation (CPR).; Forest Stewardship Council Chain of Custody certification. Verifies the wood originates from responsibly managed forests and is tracked through every stage of the supply chain from forest to final product, supporting sustainable forestry practices.; International quality management system standard. Certifies that manufacturing processes follow documented procedures for consistent product quality, continuous improvement, and customer satisfaction across all production batches.

Logistics

Packaging

One Bundle Loading Standard (Pieces)
60
Standard Bundle Height (mm)
1000
Standard Bundle Length (mm)
2440
Standard Bundle Weight (kg)
1607.47
Standard Bundle Width (mm)
1220

Disclaimer: All product information, specifications, and technical data presented on this page are provided for general reference purposes only and do not constitute a warranty or guarantee of any kind. Actual product characteristics may vary due to manufacturing tolerances, raw material variations, and production batches. Vinawood reserves the right to modify product specifications at any time without prior notice. For binding specifications and certifications applicable to your order, please contact our sales team directly. Vinawood shall not be held liable for any decisions made or actions taken based on the information provided herein.