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Everlasting Foam Sandwich Panel
50mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.
75mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.
100mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.
125mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.
150mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.
175mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.
200mm Everlasting Foam Sandwich Panel
IEPS foam is a new type of thermal insulation material. It adopts particle fireproof film technology, which modifies EPS monomer particles with the same characteristics as fireproof materials through copolymerization, and uses microphase composite technology to form a fireproof film on the surface of each organic particle, so that each particle forms a relatively independent organic particle fireproof unit. When a flame occurs, a continuous honeycomb structure is formed to prevent the flame from spreading and penetrating, thereby preventing combustion from occurring.