Closed Cell Phenolic Foam Insulation

Trymer supercel high density is a closed cell rigid phenolic foam insulation.

Closed cell phenolic foam insulation. Bakelite phenolic resins are the material of choice for foam panels used in thermal insulation. Closed cell phenolic foams are the most thermally efficient insulation materials commonly available. Closed cell foam is much denser than open cell foam. Closed cell phenolic insulation foam can resist almost all inorganic acidic erosion organic solvents and acids.

This rigid insulation is supplied in the form of large buns for fabrication into pipe curved segments sheets tank and vessel coverings and other shapes for a variety of thermal insulation applications. Closed cell foam can be over three times that with a density of 1 75 pounds per cubic foot or more. Phenolic insulation is a rigid insulation with a closed cell structure. A wet foam mix is added directly to the bottom layer of facing.

It has a very low thermal conductivity and an exceptionally low flammability. Insulation boards show good sound absorption properties. How is phenolic insulation made. Most open cell foam has a density of about 5 pounds per cubic foot.

Trymer supercel phenolic insulation is a closed cell rigid phenolic foam insulation supplied in the form of large buns for fabrication into pipe shells curved segments sheets tank and vessel coverings and other shapes for a variety of thermal insulation applications. It then expands to meet the top layer. Phenolic foamis a rigid cellular foam insulation material with a substantially closed cell structure whose polymer structure is made primarily from the poly condensation of phenol its homologues and or derivatives with aldehydes and ketones. Trymer supercel phenolic insulation is a closed cell rigid phenolic foam insulation supplied in the form of large buns for fabrication into pipe shells curved segments sheets tank and vessel coverings and other shapes for a variety of thermal insulation applications.

However it under performs in alkaline environments. Low lambda thermal conductivity. Our resins offer a range of benefits including.