Optimization of phenolic material for exterior wall insulation board

Phenolic exterior wall insulation board

The continuous improvement of phenolic insulation board in energy-saving technology for building exterior wall structures is of great significance for reducing energy consumption and achieving sustainable development.
As the saying goes, ‘Practice leads to true knowledge’. Phenolic insulation board, as a type of insulation material that has been widely used in recent years, has been compared with other building insulation materials and found to be technologically reliable, easy to construct, less prone to wall detachment such as plastering gypsum and concrete, and has reasonable maintenance costs and high economic practicality. Therefore, the good development prospects of phenolic insulation boards in the field of construction in China cannot be underestimated.
Phenolic insulation board is a kind of closed cell rigid foam made of phenolic resin, flame retardant, smoke suppressant, curing agent, foaming agent, and other additives through scientific formula. The specification of sandwich board is 10-230mm thick, and the width and length can be customized.
Phenolic foam material is more suitable for use in harsh environmental conditions, and has a good development prospect. Other buildings that require fire protection and insulation, such as steel structure factories, temporary houses, sports venues, supermarkets, etc. The prominent advantage of phenolic insulation board is fire prevention and insulation, which has been widely used in exterior wall insulation systems in recent years. Phenolic insulation board has excellent fire resistance, excellent insulation performance, corrosion aging, low density, light weight, sound absorption, and environmental protection.
Phenolic insulation board is an excellent material for external and internal wall insulation, as it does not melt or soften at high temperatures, has low smoke generation, does not diffuse flames, is resistant to flame penetration, and has good insulation and energy-saving effects.


Post time: Sep-08-2023