Elastomeric foams

With its exceptional ability to control condensation, elastomeric foam is the ideal insulation solution for cold (below-ambient) systems.

Also known as closed cell elastomeric foam insulation, flexible elastomeric foam (FEF) insulation, or rubber insulation, elastomeric foam insulation is basically a synthetic rubber composed of a closed cell structure available in factory made tubes, sheets or rolls.
Manufactured by KAIMANN since 1959, and thanks to a process that has been continuously improved since then, our elastomeric foam insulation solutions meet the highest demands. They set standards in energy efficiency, prevention of corrosion under insulation, noise and fire protection.

With its low water vapour permeability, closed cell structure, and integrated vapour barrier, elastomeric foam insulation is the optimal solution to control condensation. As a consequence, it protects piping and equipment from corrosion under insulation (also called "CUI") which occurs when water or moisture penetrate the insulation and attack the system.

• Moisture resistance

  Elastomeric foam insulation is one of the best insulation materials for below ambient applications, where condensation is an issue.

• Excellent thermal insulation

  Elastomeric foam insulation contributes to effectively manage heat gain/loss for the life of a mechanical system. 

• Sound insulation

  Elastomeric foam insulation is an excellent choice for acoustic insulation as well as for the dampening of vibrations, especially of pipes and ducts.

• Health & Safety

  Elastomeric foam insulation is safe for those who use it, and because of its resistance to mould and microbes, it is also safe for those who live with it. Furthermore it has low-VOC emissivity and is predestined for projects with high hygiene requirements.

• Durability and Installation

  Due to the flexible nature of elastomeric foam, it is less susceptible to cracking, breaking, and material loss compared to rigid insulation solutions. Together with a smooth touch and feel it makes an installation more efficient and pleasant.

Elastomeric foam insulation is suitable for a wide range of interior and exterior applications, including:

• Refrigeration piping, warm and cold-water lines, and chilled water piping
• HVAC equipment
• Interior and exterior duct systems
• Industrial insulation (including pharmaceutical, food & beverage)
• Marine and offshore insulation 
• Solar installations
• Automotive (Bus, Truck and Camper/Caravan)
   

Discover our range of elastomeric foam insulation solutions

• KAIFLEX:

  KAIFLEX is a flexible closed cell elastomeric foam insulation that prevents condensation and reduces energy loss, while meeting high hygiene requirements

• KAIVENENIENCE:

  KAIVENIENCE is a multilayer system based on sound insulation foam material in combination with various coatings.

• KAISOUND:

  KAISOUND is an open porosity, hydrophobic elastomeric foam made mainly from recycled materials. It provides sound insulation with a triple noise reduction effect (absorber, reduction, damper).

Elastomeric closed cell foam insulation is manufactured in 3 different qualities:

• nitrile butadiene rubber (NBR)
• ethylene-propylene-diene monomer (EPDM)
• Chloroprene rubber (CR)

All products follow the same manufacturing processes, the raw materials are put together in a large mixer. The mixture then passes through extrusion equipment to form a particular shape, usually a tube or a sheet. The shape is then heated in an oven, which changes the chemical foaming agent from a solid to a gas. At this time, thousands of tiny air pockets (cells) form, connected to each other. Then it is carefully cooled to ensure that these cells remain intact and do not break, maintaining the closed cell structure of the material. Finally, it is cut to size and packaged for shipping.
KAIMANN has developed a specific granulate technology which guarantees the highest product quality and precise dimensions: halting the process at a certain point and turning the material into rubber granulate prevents premature reaction of the material and almost completely eliminates the shrinkage effect after production.