I. PRODUCT DESCRIPTION – ECO XPS ECO150 INSULATION BOARD
The ECO XPS Foam ECO150 Insulation Board is manufactured through a continuous extrusion process combined with CO² foaming and compression into fixed sheets.
With this extrusion and foaming technology, the product forms a structure similar to a honeycomb, where molecular bonds are tightly connected without gaps. This gives the ECO XPS Foam ECO150 Insulation Board excellent compressive strength, high load-bearing capacity, superior thermal insulation, and almost complete water resistance.
In addition, thanks to its lightweight nature, the ECO XPS Foam ECO150 board is widely applied in both civil and industrial construction, such as:
- Wall insulation
- Heat resistance for metal sheet roofs
- Insulation for refrigerated trucks, cold storage rooms, and other temperature-controlled facilities
II. ADVANTAGES OF ECO XPS FOAM ECO150 INSULATION BOARD
- Low thermal conductivity, high insulation performance
- Excellent waterproofing and moisture resistance
- Strong load-bearing and compressive strength
- Easy to use, cut, and shape
- Durable (30–50 years) under natural conditions
- Stable in size and shape
- Easy to transport and store
- Environmentally friendly, recyclable product
The ECO XPS ECO150 insulation board is mainly used for partitions, walls, and ceilings in construction projects such as clean rooms, cold storage facilities, and office buildings. It helps save energy, reduce construction time, and increase overall cost efficiency.
III. STORAGE
ECO XPS ECO150 insulation boards should be stored in covered, clean, and dry areas. Do not store the product under direct sunlight. Avoid direct contact with fire, grinding, or welding activities. Do not install the product in areas exposed to excessively high temperatures above 70°C, or in places containing corrosive chemicals, gasoline, or organic solvents.
Techincal Specifications & Dimensions

Tools & Documents
We kindly invite you to refer to the product materials for ECO XPS ECO150 here:
-
CATALOGUE: ECO XPS Foam v2024