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In the context of fierce competition environment, with more and more real estate projects, the cost of housing construction and technology is also increasing, which brings great challenges to traditional housing construction. Therefore, it is necessary to seek new housing construction methods , grasp the pulse of industry development, promote the progress of housing technology, and at the same time bring investors considerable returns on investment. The emergence of prefabricated houses has achieved a breakthrough in the old technology in the process of house construction, solved the technical challenges faced by people in the process of house construction, and made house construction better and more efficient.
In short, prefabricated housing is a hot spot in the research and development of the current construction industry. It has the advantages of stable quality, economical construction, high safety, rapid construction, environmental protection etc. and is actively promoted and applied by more and more construction companies. and other new ways of producing buildings. The development and application of prefabricated houses are becoming more and more popular, which can effectively improve the housing system, improve people's living standards, transform urban and rural residential houses, improve the housing environment, and benefit health and safety. It is a further development of the new generation of construction concepts....
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Handmade polyurethane sandwich panels consist of two layers of high-strength panel material encasing a PU Foam core. The manufacturing process involves meticulous hand assembly, edge sealing, and pressing to create a high-performance composite sandwich panel. This handcrafted production process allows for greater flexibility in panel dimensions and surface treatments, making it ideal for both standard and custom applications.
Furthermore, they offer excellent sound insulation and fire resistance, meeting stringent building safety standards. These handmade polyurethane sandwich panels are widely used in logistics warehouses, factories, industrial buildings, commercial buildings, and residences—places where high levels of insulation and durability are required.
Furthermore, they offer excellent sound insulation and fire resistance, meeting stringent building safety standards. These handmade polyurethane sandwich panels are widely used in logistics warehouses, factories, industrial buildings, commercial buildings, and residences—places where high levels of insulation and durability are required.
A Handmade Hollow Glass Magnesium Sandwich Panel (also known as a Hollow Glass Magnesium Manual Purification Panel) is a lightweight, prefabricated construction material commonly used in cleanroom environments, industrial facilities, and modular buildings. It consists of a core made from hollow glass magnesium board, which is sandwiched between two outer layers of color-coated steel sheets, stainless steel, or galvanized panels. The "handmade" aspect refers to its manual assembly process, which allows for customization in thickness, size, and fillers, making it ideal for precise applications.
Handmade aluminum honeycomb sandwich panels are formed by bonding two aluminum facings to a lightweight aluminum honeycomb core. This core is bonded to the two aluminum skins using high-performance aerospace-grade adhesives, creating a lightweight yet exceptionally rigid composite panel. Compared to other sandwich panels, it offers advantages such as low weight, excellent flatness, aesthetic appeal, scientifically designed joints, superior sound insulation and thermal properties, fire resistance, and ease of installation.
Handmade rock wool sandwich panels are high-performance composite panels featuring rock wool as the core material, metal panels as surface layers, and edge sealing as auxiliary structures. Unlike mechanically made panels from automated assembly lines, these panels are manually assembled, offering superior structural stability and customization flexibility.
With outstanding fire resistance, sound insulation, thermal insulation, and eco-friendly properties, hand-made rock wool sandwich panels are a preferred choice for cleanrooms, electronics workshops, pharmaceutical facilities, laboratories, and food processing clean zones.
With outstanding fire resistance, sound insulation, thermal insulation, and eco-friendly properties, hand-made rock wool sandwich panels are a preferred choice for cleanrooms, electronics workshops, pharmaceutical facilities, laboratories, and food processing clean zones.
Acoustic sandwich panels (also known as sound-absorbing sandwich panels or soundproofing sandwich panels) are architectural acoustic materials specifically designed to control noise transmission, reduce sound reflection, and enhance the acoustic quality of a space. Through their unique structural design and material combination, acoustic sandwich panels absorb sound wave energy entering their surface and convert it into heat, effectively reducing sound reflection and transmission.
Depending on their structure and intended use, acoustic panels can be categorized into various types, including perforated, slotted, fiber-absorbing, and porous foam, to meet the acoustic management needs of different frequency bands and environments.
Depending on their structure and intended use, acoustic panels can be categorized into various types, including perforated, slotted, fiber-absorbing, and porous foam, to meet the acoustic management needs of different frequency bands and environments.
Corrugated sandwich panels are composite panels consisting of two layers of corrugated metal, one on top and one on the bottom, with an insulating interlayer in between. The corrugated metal panels are typically made of aluminium, color-coated or galvanized steel, with a wavy (corrugated) structure. The interlayer is commonly made of insulating materials such as polyurethane foam, rock wool, polystyrene (EPS), or magnesium oxysulfide.
This structural design not only ensures the panel's thermal insulation properties but also enhances its mechanical strength and wind resistance, making it a multifunctional sandwich panel that combines thermal insulation and structural support.
This structural design not only ensures the panel's thermal insulation properties but also enhances its mechanical strength and wind resistance, making it a multifunctional sandwich panel that combines thermal insulation and structural support.
Paper honeycomb sandwich panels are lightweight composite panels formed by thermally or cold-pressed bonding. They feature a honeycomb-shaped paper core as the core material, covered on both sides with plywood, cardboard, gypsum board, galvanized iron sheet, or other composite facing materials.
The internal honeycomb structure mimics the shape of natural honeycombs, providing excellent load-bearing and compressive strength. Being primarily made from paper—a recyclable and biodegradable material—it represents a genuinely eco-friendly product.
The internal honeycomb structure mimics the shape of natural honeycombs, providing excellent load-bearing and compressive strength. Being primarily made from paper—a recyclable and biodegradable material—it represents a genuinely eco-friendly product.
Phenolic sandwich panels are composite panels made of two layers of color-coated steel sheets with a phenolic foam core. These panels are suitable for roofs and walls, offering excellent thermal insulation, energy efficiency, and durability. Thanks to their fireproof and eco-friendly properties, they are widely used in prefabricated buildings, cleanrooms, and other high-safety environments.
Oven Rock Wool Sandwich Panels use high-performance rock wool as the core material and consist of color-coated steel or stainless steel sheets, crafted through a specialized composite process. They are commonly used in applications such as drying equipment (like baking tunnels), industrial furnaces, and heat treatment systems, offering exceptional insulation, heat resistance, and fire protection. They are increasingly becoming the preferred choice for building or renovating drying tunnels.
An EPS sandwich panel is a type of lightweight construction sandwich panel made of color-coated steel, galvanized steel, or stainless steel as the surface layer, and polystyrene (Expanded Polystyrene, referred to as EPS) foam board as the core material, bonded together through high-strength adhesive composite hot-pressing.
The EPS sandwich panel is a cost-effective building material that provides perfect thermal insulation performance. It not only shortens the construction timeline but also reduces project costs, making it an essential component of modern light steel structure buildings.
The EPS sandwich panel is a cost-effective building material that provides perfect thermal insulation performance. It not only shortens the construction timeline but also reduces project costs, making it an essential component of modern light steel structure buildings.
Hollow glass magnesium sandwich panels are a lightweight and fire-resistant construction material. These sandwich panels feature a core made of hollow glass magnesium, which is adhered together with a thermosetting adhesive using advanced continuous forming machinery.
Magnesium oxide boards are made from a mixture of magnesium oxide, magnesium chloride, and water, modified with additives to produce a stable magnesium-based cementitious material. Reinforced with medium-alkali glass fiber mesh and filled with lightweight materials, they form a new type of non-combustible decorative material.
Magnesium oxide boards are made from a mixture of magnesium oxide, magnesium chloride, and water, modified with additives to produce a stable magnesium-based cementitious material. Reinforced with medium-alkali glass fiber mesh and filled with lightweight materials, they form a new type of non-combustible decorative material.
Silica rock sandwich panels are a type of building material also known as silicon rock sandwich panels. These panels consist of a core made from silica rock, sandwiched between two outer layers of galvanized or color-coated steel sheets. They are often used in structural buildings, especially in applications that demand high levels of fire resistance, thermal insulation, and soundproofing.
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Jiangsu Province, China
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