Insulation materials are essential for energy efficiency and comfort in residential and commercial buildings. However, insulation products must withstand handling, installation, and long-term performance demands without compromising thermal properties. Reinforcement solutions are critical to ensure dimensional stability and durability—especially in composite structures. Heat-activated adhesive netting offers a smart way to strengthen insulation while streamlining manufacturing.

Market needs & technical material requirements

The insulation market demands materials that combine strength, stability, and ease of processing while maintaining thermal efficiency.

Manufacturers need reinforcement solutions that:

  • Provide high strength and tear resistance for handling and installation.
  • Maintain dimensional stability to prevent sagging or deformation over time.
  • Enable seamless bonding with nonwovens, films, or other substrates.
  • Support energy efficiency with low activation temperatures for reduced energy costs.
  • Ensure breathability for moisture control in composite structures.

Meeting these requirements is essential for producing insulation products that perform reliably and cost-effectively.

Thermanet™ – Heat-activated adhesive reinforcement netting

Conwed’s Thermanet™ heat-activated adhesive reinforcement netting is engineered to bond and strengthen insulation composites during manufacturing and in application.

The heat-activated reinforcement netting brings together two or more substrates into a single, improved composite structure. It is a co-extruded plastic netting with one or more layers of adhesive components. The adhesive properties are built into the netting to bond and strengthen a diverse range of materials.

Key features include:

  • Integrated adhesive layer for bonding multiple substrates without additional glue systems.
  • Co-extruded design for reinforcement and adhesion in one product.
  • Low activation temperature for faster line speeds and reduced energy consumption.
  • Integral joint structure for dimensional stability and smooth processing.

Thermanet™ creates a unified composite that is stronger, more stable, and easier to process.

 

 

Benefits in the end application

Thermanet™ ensures insulation products maintain their shape and integrity over time, reducing the risk of gaps or sagging that compromise thermal performance. Its reinforcement properties improve durability during installation and long-term use, delivering consistent energy efficiency and comfort for building occupants.

Benefits for manufacturing

For manufacturers, Thermanet™ simplifies production by combining reinforcement and adhesive in one solution. This reduces material handling, eliminates separate bonding steps, and supports high-speed processing. Low activation temperatures cut energy costs, while customizable configurations allow flexibility for different insulation types. The result: improved productivity, lower costs, and a stronger product offering.

 

 

Product Features:

  • Heat-Activated Adhesive for seamless bonding of multiple substrates.
  • High Strength & Tear Resistance for durability during handling and installation.
  • Dimensional Stability to maintain shape and prevent sagging over time.
  • Lightweight & Breathable for moisture control and thermal efficiency.
  • Low Activation Temperature for reduced energy costs and faster line speeds.
  • Customizable Design for different insulation types and performance requirements.
  • Integral Joint Structure for smooth processing and consistent web formation.
  • Slip-Resistance & Friction Control for improved handling and composite stability.
  • Versatile Lamination Capability with tissue, paper, nonwovens, and films.
  • Chemical Inert Material for adaptability across diverse applications.

 

Thermanet™ is changing insulation reinforcement by combining strength, bonding capability, and efficiency in one solution. Whether you aim to improve product durability or optimize manufacturing, our heat-activated netting delivers measurable value.

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