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Expanded Vermiculite
Product Type:
Expanded vermiculite is a natural material derived from the thermal processing of raw vermiculite, a mineral belonging to the mica group.
Thanks to the expansion process, this material takes on a light and porous structure, making it ideal for thermal and acoustic insulation applications.
Its resistance to high temperatures and non-combustibility make it an essential product in various industrial sectors.
Thanks to the expansion process, this material takes on a light and porous structure, making it ideal for thermal and acoustic insulation applications.
Its resistance to high temperatures and non-combustibility make it an essential product in various industrial sectors.
Expanded Vermiculite Characteristics
- Material: expanded vermiculite
- 100% Made in Europe
- Thermal resistance: up to 1000°C
- Low thermal conductivity
- Good resistance to thermal shock
- Durable
- Non-flammable
- Inert and non-toxic
- Lightweight
- Environmentally friendly
- Dimensions can be customised according to requirements
Expanded Vermiculite Applications
Expanded vermiculite can be used in many sectors, including:
- Construction: thermal and acoustic insulation of walls, floors and ceilings;
- Industry: furnace linings, refractory panels and pipe insulation;
- Agriculture: soil amendment to improve drainage and water retention;
- Chemicals: as an absorbent to contain spills of hazardous substances.
Why Choose Expanded Vermiculite
Choosing expanded vermiculite means investing in a durable, safe and high-performance product that guarantees:
- Excellent thermal insulation: ideal for reducing heat loss and optimising energy efficiency;
- Certified safety: inorganic, non-flammable material with no harmful emissions;
- Operating cost savings: thanks to its durability and insulating effectiveness, it reduces maintenance costs;
- Environmental sustainability: an eco-friendly choice for industrial and domestic applications;
- Flexibility of use: suitable for a wide range of contexts thanks to its chemical and physical properties.
