Metalink Electromechanical (Wuxi) Co., Ltd :
Densified Wood
High-Density Compressed Laminated Wood
Metalink Densified Wood is specially engineered for applications in the petroleum industry, natural gas engineering, and electrical insulation fields.
Reliable Support Solutions for LNG/LPG/LEG/NH3/CO2 Cryogenic Pipelines, Tank & Carriers
Densified Wood from Metalink is manufactured from European beech veneers (Fagus sylvatica) impregnated with thermosetting phenolic resin under vacuum, followed by high-temperature and high-pressure lamination.
Density:** 1.3–1.4 g/cm³
Compressive Strength (⊥) at +23℃: ≥240 MPa (≈2447 kgf/cm²)
Water Absorption (24h): ≤0.5%
Thermal Conductivity (⊥) at -196℃: ≤0.095 W/(m·K)
Full multi-temperature and multi‑orientation data available in the Technical Data section below.
Material Composition
European Beech + Thermosetting Synthetic Resin
Continuous Service Temperature:
-196°C to +80°C
Laminated Wood Attribute
High compressive strength, ultra-low water absorption, and outstanding cryogenic thermal insulation.
Density
Fully equivalent in performance and application to NEO IMPREX 16 D, with a density of approx. 1350 kg/m³ (1.35 g/cm³) — making it an ideal material for LNG/LPG/LEG cryogenic support systems.
DENSIFIED WOOD/LAMINATED WOOD
——Densified Wood Core Performance Specifications
| No. | Property | Test Condition | Value | Unit | Standard |
|---|---|---|---|---|---|
| 1 | Density | RT | 1.3-1.4 | g/cm³ | ISO 1183-1 |
| 2 | Compressive Strength (⊥) | +23℃ | ≥240 (≥2,447) | MPa (kgf/cm²) | ISO 604 |
| 3 | Compressive Strength (∥) | +23℃ | ≥170 (≥1,734) | MPa (kgf/cm²) | ISO 604 |
| 4 | Compressive Strength (⊥) | -170℃ | ≥290 (≥2,957) | MPa (kgf/cm²) | ISO 604 |
| 5 | Compressive Strength (∥) | -170℃ | ≥220 (≥2,243) | MPa (kgf/cm²) | ISO 604 |
| 6 | Shear Strength (⊥) | +23℃ | ≥70 (≥714) | MPa (kgf/cm²) | DIN 7707 |
| 7 | Shear Strength (∥) | +23℃ | ≥25 (≥255) | MPa (kgf/cm²) | DIN 7707 |
| 8 | Water Absorption | RT | ≤0.5 | % | ISO 62 |
| 9 | Thermal Conductivity (⊥) | -196℃ | ≤0.095 | W/(m·K) | ISO 8302 |
| 10 | Thermal Conductivity (∥) | -196℃ | ≤0.150 | W/(m·K) | ISO 8302 |
| 11 | Flexural Strength | +23℃ | ≥140 (≥1,428) | MPa (kgf/cm²) | ISO 178 |
| 12 | Flexural Modulus | RT | ≥13,000 (≥132,560) | MPa (kgf/cm²) | ISO 178 |
| 13 | Compressive Modulus | +23℃ | ≥12,000 (≥122,360) | MPa (kgf/cm²) | ISO 604 |
| 14 | Linear Thermal Expansion (⊥) | -180℃~+60℃ | ≤57×10⁻⁶ | K⁻¹ | GB/T 4339 |
| 15 | Linear Thermal Expansion (∥) | -180℃~+60℃ | ≤13×10⁻⁶ | K⁻¹ | GB/T 4339 |
| 16 | Poisson's Ratio (⊥) | RT | 0.16 | - | GB/T 1040.1 |
| 17 | Poisson's Ratio (∥) | RT | 0.14 | - | GB/T 1040.1 |
——Densified Wood Cryogenic Support Solutions
Densified Wood high-density compressed laminated wood is widely used in cryogenic gas carriers and onshore/marine cryogenic pipeline systems. With exceptional ultra-low temperature resistance, high mechanical strength, and low thermal conductivity, it has become an indispensable support material for LNG, LPG, LEG, NH₃, and LCO₂ storage and transport.
LNG/LPG/LEG
Cargo Tank Supports
Suitable for IMO Type A, B, and C independent tanks; engineered to withstand complex mechanical loads including compression, bending, and shear forces while providing reliable cryogenic thermal insulation between cargo tanks and support structures; widely deployed on large-scale LNG carriers up to 165,000 m³, as well as LPG and LEG transport vessels.
Cryogenic Pipe Insulation & Load-Bearing Systems
Anchor supports, base supports, and trunnion supports – Designed for fixing cryogenic pipes to structural steel while providing continuous thermal insulation; incorporate low‑conductivity materials to block heat ingress, reduce thermal stress, and lower boil‑off in LNG, LPG, and ethylene plants, ensuring system safety and energy efficiency.
LNG & LPG
Tank Support System
Fixed Bearings – Restrict tank movement and anchor to foundation; Vertical Support Blocks – Bear vertical loads (static + dynamic) from tank and contents; Support Saddles – For large cryogenic horizontal tanks (e.g., LNG); installed between inner/outer shells, combining load support and thermal insulation.
——Precision CNC Manufacturing, Delivery to Drawing
OUR MACHINING CAPABILITIES
Metalink operates an advanced in-house machining center equipped with 3‑axis and 5‑axis CNC equipment, utilizing the latest CAD/CAM software and high-performance tooling to precisely manufacture finished support components per customer drawings and design specifications.
Metalink Core Machining Capabilities for densified wood:
– Equipment: 3‑axis / 5‑axis CNC machining centers for complex contours, angled holes, recesses, and high‑precision locating holes
– Custom Services: Drawing‑based manufacturing supported (2D/3D) — from raw blocks to finished parts
– Raw Material Stock: Ready inventory of European beech/birch laminated wood ensuring short lead times
– Quality Control: Full‑process physical and chemical testing (density, strength, dimensional tolerances) for batch‑to‑batch consistency
Delivery Scope:
– ✅ Finished support blocks (ready for installation)
– ✅ Semi‑finished laminated panels (cut to size)
– ✅ Custom‑shaped machined parts per drawing
Typical Lead Time: Negotiable based on order volume and complexity; expedited service available for urgent orders.
——Gallery of Densified Wood
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Testimonials
Distributor
Spriha Baid
"My customers require a variety of hard wood, and Metalink's one-stop service always allows me to respond to customers quickly."
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Sushant Shekhar
"The electrical densified wood from Metalink is really good."
European Transformer OEM
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"Their CRGO coils reduced our core loss by 25%, and their ISO-certified logistics ensured on-time delivery every time. This partnership has been a game-changer for our renewable energy projects."
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