Genuine Gold Color Steel Purification Panel

Genuine Gold Color Steel Purification Panel, also known as Genuine Gold Insulation Panel, is a new type of exterior wall insulation material.The technology of Genuine Gold Insulation Panel products is mature,and compared to traditional insulation materials, it offers excellent physical properties and superior fire resistance.

Non-combustible polystyrene board, also known as Genuine Gold Fireproof Insulation Panel, is an improved version based on traditional molded polystyrene foam board, achieving Class A flame retardant effect as a new thermal insulation material. It not only retains the advantages of traditional EPS foam board, such as low thermal conductivity, excellent thermal insulation performance, and lightweight, but also overcomes the poor flame retardancy of traditional EPS foam board. At the same time, it addresses the issues of heavy weight and high cost of similar flame-retardant materials on the market, making it an ideal thermal insulation material with broad market demand.

II. Product Features

1. Excellent Thermal Insulation and Energy Saving Effect

The exterior wall Genuine Gold Fireproof Insulation Panel retains the advantages of traditional EPS foam board, such as low thermal conductivity and high heat storage coefficient, offering better insulation performance than inorganic active insulation mortar, foam glass, and other materials on the market.

2. Fire Resistance - Class A Flame Retardant [Rock Wool Insulation Board] www.hkmykj.com Type Material

Class A fireproof EPS insulation board has higher strength than rock wool and phenolic boards, does not absorb water, does not detach, and is easy to install.

4. System Performance

Genuine Gold Insulation Panel has a closed and foamed spherical molecular structure, is relatively lightweight, and has good dimensional stability. The system has undergone weathering tests, including 80 cycles of high temperature and water spray, and 30 cycles of heating and freezing, without any blistering, hollowing, or detachment of the surface layer. No water seepage cracks occurred, with impact resistance reaching 10J for tiles and 10J for coatings, demonstrating superior performance.

5. Mature Process

The construction process for Genuine Gold Insulation Panel is the same as that of the traditional EPS board thin plaster exterior wall insulation system. The construction process is mature, making it easy for workers to install, and it does not suffer from the issues of other new material systems. Genuine Gold Insulation Panel overcomes the flammability drawback of traditional EPS foam board.

The construction process for Genuine Gold Insulation Panel is the same as that of the traditional EPS board thin plaster exterior wall insulation system. The construction process is mature, making it easy for workers to install, and it does not suffer from the issues of other new material systems. Genuine Gold Insulation Panel overcomes the flammability drawback of traditional EPS foam board, meeting the Class A fireproof standard for insulation materials.

The characteristic of Genuine Gold Panel is "non-combustibility." Its general fireproof principle is: abandoning the molecular modification or addition of flame retardants used in traditional EPS materials and introducing a new fireproof concept. Organic molecules, during thermal expansion, drive inorganic molecules to move toward the edges, forming a honeycomb isolation structure, turning each organic macromolecule particle into a relatively fireproof individual, effectively blocking heat conduction and flame spread. Among them, Genuine Gold Panel (PROPOR non-aging foam) is particularly special. Its fireproof principle is: using the "particle fireproof isolation membrane" technology, through copolymer modification, EPS monomer particles acquire the same properties as fireproof substances, and micro-phase composite technology forms a fireproof isolation membrane on the surface of each organic particle, turning each particle into a relatively independent organic particle fireproof unit. When exposed to flame, it forms a continuous honeycomb structure that blocks heat, preventing flame spread and penetration, and stopping combustion. Tests show its fire resistance rating can reach Class A2.