Closed-Cell XLPa foam
Closed-cell foam features a compact structure that limits air and moisture penetration. It supports applications such as:
- Thermal insulation
- Sealing solutions
- Buoyancy and flotation
NOMATEC® XLPa and XOMER® are cross-linked polyethylene (XLPE) foam solutions engineered to meet demanding technical requirements across a wide range of industries, including construction, marine, packaging, automotive, aerospace and industrial applications.
Available as rolls, sheets and blocks, these foam materials support converting and OEM processes and can be adapted to specific application needs.
Closed-cell foam features a compact structure that limits air and moisture penetration. It supports applications such as:
Open-cell foam offers a more flexible and breathable structure, making it suitable for:
The low-density structure enables easy handling, cutting and shaping, while maintaining stability during use. This makes NOMATEC® and XOMER® foams suitable for customised and converted foam parts.
These foam materials help absorb mechanical impact and reduce vibration transmission.
Typical applications include:
Closed-cell XLPa foam provides resistance to water ingress and supports buoyancy-based applications, including:
The cross-linked polyethylene structure contributes to stability when exposed to oils, solvents and other substances, depending on application conditions. This supports use in industrial environments requiring material reliability.
The cellular structure helps reduce heat transfer and supports noise reduction, making these materials suitable for:
Flexibility and compressibility allow these foams to be used in sealing applications requiring:
The material structure supports repeated compression and mechanical stress within defined operating conditions, enabling use in demanding technical environments.
Specific foam formulations can be developed to meet fire performance requirements depending on regulatory and application needs.
NOMATEC® XLPa and XOMER® can be tailored to specific technical requirements, including:
This flexibility supports use across multiple sectors, from OEM manufacturing to specialised converting applications.