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Our main products include various color steel insulated air filters, sandwich panels, container houses, and the newly developed "New City Deformable Bolt-Fixed Villas".
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Model NO. XC-PC2001
MOQ 4 Sets
Temperature Insulation -50℃ - +50℃
Door Sandwich Panel Door
MOQ 4 Sets
Temperature Insulation -50℃ - +50℃
Door Sandwich Panel Door
Fast Moving Folding Container House for Dormitory-1
Portable Container house is a kind of environmentally friendly and economical movable board house, with light steel as frame, and sandwich boards as envelope material. Its main components are connected with bolts, and its space is integrated with standard modulus series. It can be easily and quickly assembled and disassembled, realizing the general standardization of temporary buildings, and setting up the construction concept of environmental protection, energy saving, speediness and efficiency.
Fast Moving Folding Container House for Dormitory-1
Portable Container house is a kind of environmentally friendly and economical movable board house, with light steel as frame, and sandwich boards as envelope material. Its main components are connected with bolts, and its space is integrated with standard modulus series. It can be easily and quickly assembled and disassembled, realizing the general standardization of temporary buildings, and setting up the construction concept of environmental protection, energy saving, speediness and efficiency.
100mm Machine Refrigerated Storage Board
Refractoriness 200-450℃
Warranty One Year
Material Polyurethane
Color Ral Color
Warranty One Year
Material Polyurethane
Color Ral Color
75mm Machine Refrigerated Storage Board
Refractoriness 200-450℃
Warranty One Year
Material Polyurethane
Color Ral Color
Warranty One Year
Material Polyurethane
Color Ral Color
50mm Corrugated Exterior Wall Panels
Wave patterned exterior wall panels are a type of exterior wall decorative material with a wavy texture. Common types include PVC wave panels, stainless steel corrugated panels, fluorocarbon aluminum veneers, etc., each with different materials, properties, and application scenarios.
Rock wool core tile is a type of tile with rock wool as the core material. Rock wool core tiles fully utilize the unique properties of rock wool core materials, and have significant effects in fire prevention, heat insulation, sound absorption, and sound insulation. Color steel rock wool core tiles and their production process are formed by integrating rock wool with steel plates through factory automation equipment, changing the previous method of assembling rock wool boards on site. On the premise of meeting the requirements of building insulation, sound insulation, and fire prevention, this product also achieves high quality, high efficiency, high reliability, and high safety. This product has been widely used in Europe with mature and perfect technology.
Model NO. XC-AF040
Medium Material Polyester Fiber
Efficiency G4
Filtration Grade Pre Filter
Medium Material Polyester Fiber
Efficiency G4
Filtration Grade Pre Filter
Model NO. XC-AF056
Medium Material Synthetic Fiber
Efficiency G3/G4
Filtration Grade Pre Filter
Medium Material Synthetic Fiber
Efficiency G3/G4
Filtration Grade Pre Filter
75mm Hollow Glass Magnesium Sandwich Panel
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 Hollow Glass Magnesium Sandwich Panel
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.
50mm Machine Refrigerated Storage Board
Refractoriness 200-450℃
Warranty One Year
Material Polyurethane
Color Ral Color
Warranty One Year
Material Polyurethane
Color Ral Color
Movable Container House is a form of architecture using shipping containers as structural element.
The use of containers as a building material has grown in popularity over the past several years due to their
inherent strength, wide availability, and relatively low expense.
The Perforated Rockwool Acoustic Sandwich Panel is a multifunctional, high-performance building envelope solution that seamlessly integrates superior thermal insulation, Class A fire safety, and exceptional noise reduction. It combines the robust construction of a standard rockwool sandwich panel with the sound-absorbing functionality of an acoustic panel. The product features a dense rockwool core, skinned on one side with a perforated metal sheet (typically pre-painted steel or aluminum) and on the other side with a standard, non-perforated metal sheet. This design allows the panel to function as an excellent thermal and fire barrier while its perforated face acts as a broadband sound absorber, effectively reducing reverberant noise from both indoor and outdoor sources. It is the ideal choice for buildings where controlling environmental noise, ensuring fire safety, and maintaining energy efficiency are simultaneous requirements..
Freezer Storage 150-200mm Coldroom panels
The Freezer Storage PU Panel is a high-performance insulated building panel engineered specifically for the construction of freezer rooms, cold storage facilities, and other environments requiring sustained temperatures as low as -30°C (-22°F) or beyond. With its core of rigid Polyurethane (PU) foam, which boasts one of the lowest thermal conductivity values among insulation materials, this panel delivers exceptional thermal efficiency and energy savings. Available in the critical 150mm to 200mm thickness range, it is designed to minimize wall thickness while maximizing insulation performance, directly saving valuable internal storage space and reducing long-term operational costs. The panel is manufactured by continuously laminating the high-density PU core between two durable, hygienic metal facings—typically pre-painted galvanized steel—featuring a precision-engineered cam-lock joint system that ensures an airtight, thermally broken seal upon installation. This design is fundamental to preventing thermal bridging, moisture ingress, and frost formation, making it the industry-standard choice for reliable and efficient cold storage construction.
The Freezer Storage Panel, with a thickness of 100mm to 150mm, represents the premium tier of insulated building panels, engineered for the construction of low-temperature and ultra-low-temperature freezer rooms, blast freezers, and deep-cold storage facilities that require sustained operating temperatures from -25°C down to -40°C (-13°F to -40°F) and below. This panel features an extra-thick, high-density rigid Polyurethane (PU) foam core, which delivers the highest possible thermal resistance (R-value) in its class, critically minimizing heat transfer and maximizing energy efficiency in the most demanding cold chain applications. Laminated between two heavy-duty, corrosion-resistant metal facings, the panel incorporates a reinforced, deep-interlocking joint system (such as a heavy-duty cam-lock or tongue-and-groove) designed to withstand thermal contraction and expansion while maintaining an absolute vapor and air barrier. Its primary function is to provide a robust, monolithic, and ultra-efficient thermal envelope that ensures temperature stability, prevents frost heave at joints, and delivers long-term operational reliability for capital-intensive freezer operations.
The 50-75mm Coldroom Panel is a high-performance insulated building component specifically engineered for the construction of refrigerated storage rooms, chillers, and climate-controlled environments operating typically within the 0°C to +12°C (32°F to 54°F) range. This panel utilizes a core of rigid Polyurethane (PU) foam, renowned for its exceptional thermal efficiency, encapsulated between two robust, sanitary metal facings. The substantial thickness (100mm, 120mm, 150mm) is designed to provide an optimal balance between superior thermal resistance (high R-value/U-value), structural integrity, and cost-effectiveness for medium-temperature applications. It effectively minimizes heat gain, ensures stable internal temperatures with low energy consumption, and is equipped with a precision-engineered joint system—such as cam-lock or tongue-and-groove—that facilitates quick, airtight assembly to prevent condensation and thermal bridging.
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.
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 ℃.
Rockwool sandwich panel is a high-performance building panel designed for applications requiring superior fire resistance, thermal insulation, and sound absorption. It is constructed by bonding two metal facings (typically pre-painted galvanized steel, aluminum, or stainless steel) to a dense core of mineral wool (rock wool) using high-strength adhesives. This composite structure offers exceptional fire safety (often achieving Class A or non-combustible ratings), excellent dimensional stability, and good mechanical strength. It is a preferred choice for buildings with stringent fire regulations and demanding environmental conditions.
EPS sandwich panel is a lightweight composite building material widely used for exterior walls, roofs, and interior partitions. It consists of two metal face sheets (commonly color steel, galvanized steel, or aluminum-magnesium-manganese sheets) and a core layer of expanded polystyrene (EPS) foam bonded together with high-strength adhesive. This panel offers excellent thermal insulation, high structural strength, easy installation, and a smooth, aesthetically pleasing appearance. It is suitable for various building types such as industrial plants, warehouses, cold storage facilities, and prefabricated houses.
PU (Polyurethane) sandwich panel is a highly efficient, lightweight composite building panel widely used in modern construction. It consists of two pre-finished metal facings (typically color-coated steel or aluminum) and a rigid polyurethane foam core, which are continuously bonded together through a high-pressure automated foaming and laminating process. This structure results in a panel with exceptional thermal insulation properties, impressive structural strength-to-weight ratio, excellent fire resistance (typically Class B1), and a sleek, modern aesthetic. PU panels are a top choice for energy-efficient buildings requiring fast installation and superior performance.
XPS (Extruded Polystyrene) sandwich panel is a high-performance composite building panel known for its exceptional moisture resistance, high compressive strength, and durable thermal insulation. It is constructed by bonding two metal facings (typically color-coated steel or aluminum) to a rigid extruded polystyrene foam core through a continuous laminating process. This structure creates a panel with outstanding long-term thermal efficiency, excellent resistance to water absorption and freeze-thaw cycles, and robust load-bearing capacity. It is an ideal choice for applications requiring stable insulation performance in humid conditions or under physical load.
Rock Wool Glass Magnesium Sandwich Panels
The Magnesite-Rockwool Sandwich Panel is a premium, inorganic composite panel designed for applications demanding the highest levels of fire safety, durability, and environmental stability. It features a core of high-density rock wool (mineral wool) fully encapsulated between two rigid, reinforced magnesium oxide (MgO) boards. The entire assembly is bonded under pressure using specialized adhesives, creating a monolithic, all-inorganic structure. This panel offers Class A1 non-combustible performance, exceptional resistance to moisture, corrosion, and pests, along with excellent thermal and acoustic insulation properties. It is the ultimate choice for critical infrastructure and buildings where life safety, longevity, and zero compromise on fire codes are paramount.
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No. 48-3 Miaotou Road, Zhengguoyang Village, Zhengguo Town, Zengcheng District, Guangzhou, Guangdong Province, China.
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