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XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
XPS foam sandwich board is a thermoplastic composite board, which is composed of thermoplastic resin and continuous glass fiber. The outer layer is made of glossy continuous glass fiber, and the inner layer is composed of thermoplastic unidirectional tape composite. The core material is made of extruded polystyrene, which is connected to the outer layer through vacuum compression and special adhesive. The outer fiberglass skin is formed by an automated panel production line. The surface is coated with a layer of colored gel made of international food grade resin. The gel coating makes the panel surface smoother and easier to clean. The panel has bright colors and long-lasting luster. The high strength of extruded polystyrene in the core material can prevent damage caused by embedded components and make the panel surface flat without depressions. In addition, extruded polystyrene can maintain good performance at temperatures as low as -50 ℃.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
High quality rock wool purification board is made of rock wool board and color steel plate, suitable for engineering projects with high requirements for fire resistance performance. The rock wool fibers are perpendicular to the metal panel, and high-density strip-shaped rock wool is arranged in a staggered manner along the length direction of the board, ensuring that the rock wool purification board has good load-bearing capacity. Rock wool purification sandwich panels have significant noise reduction effects, especially suitable for areas with high requirements for sound insulation performance. Using A-grade fireproof rock wool, it has better sound insulation and heat insulation effect.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
Polyurethane wall panels are commonly used as exterior wall panels for building roofs, with good insulation, heat preservation, and sound insulation effects. Polyurethane does not support combustion and meets fire safety requirements. The combination of upper and lower plates with polyurethane has high strength and rigidity. The lower board is smooth and flat, with clear lines, which enhances the indoor aesthetics and flatness. It is a new type of building material with advantages such as easy installation, short construction period, and beautiful appearance.
50mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
75mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
100mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
125mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
150mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
175mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
200mm Glass Magnesium Sandwich Panels
Glass magnesium board (commonly known as magnesium oxide board) is made from a ternary system of magnesium oxide, magnesium chloride, and water, with the addition of modifiers. The stable magnesium magnesium cement material is made of medium alloy glass fiber mesh. This is a new type of non combustible decorative material, reinforced with lightweight materials as fillers. Through special production processes, it has the characteristics of fire prevention, waterproofing, odorless, non-toxic, non freezing, non corrosive, non cracking, good stability, non flammability, high strength, light weight, easy construction, and long service life.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
EPS sandwich panel is a new type of lightweight building material, with its outer layer composed of steel plates on both sides and the inner layer made of polystyrene. It is pressurized and humidified by a computer-controlled color steel forming machine, and coated with high-strength adhesive. It has a beautiful appearance, bright colors, and a good overall effect. It integrates load-bearing, insulation, and waterproofing without the need for secondary decoration. It has a wide range of applications, especially suitable for temporary building facilities such as offices, warehouses, and walls, reflecting the civilized construction of modern construction sites. Especially in terms of installation and deployment, it has significant advantages in terms of installability, disassembly, turnover, and reuse rate. It can greatly reduce the cost of temporary facilities on construction sites and will become an indispensable new type of lightweight building material.
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