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PU sandwich panel design and manufacturing

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PU sandwich panel Manufacturers

PU sandwich panel is a polyurethane thermal insulation sandwich panel for construction, also known as anti-leakage sandwich roof panel, polyurethane hard foam insulation board, polyurethane composite panel, PU board, etc. It is a widely used and potential energy-saving building envelope material. It is also a new type of energy-saving panel advocated and promoted by the Ministry of Construction. This building material is a composite panel with polyurethane hard foam as the thermal insulation layer. It is mainly used for industrial kitchens, logistics warehousing, roofs and maintenance systems of integrated houses. This product is a bi-metallic, single-metallic, or non-metallic composite panel with polyurethane hard foam as the insulation layer. It is usually used in wall and roof enclosure systems of industrial plants, logistics warehousing, and integrated houses.
Suzhou MH Container House Technology Co.,Ltd.

About MH

Suzhou MH Container House Technology Co., Ltd. is a professional enterprise engaged in integrated house design and manufacture. With the concept of "green, environmentally friendly, and efficient", the company is committed to creating high-quality integrated houses. The company was founded in 1995, after more than 30 years of development and technology accumulation, Suzhou MH has a full range of capabilities from design, and material selection to manufacturing. The company Participated in the construction of the Shanghai World Financial Center, Hangzhou Xiaoshan International Airport, Hangzhou Asian Games Village, Hangzhou Alibaba Global Headquarters, South Korea SK Dynamic Battery factory, Shanghai Huawei R&D Center, and other major projects.
Suzhou MH Container House Technology Co., Ltd. looks forward to working with you.

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Industry knowledge

How do PU sandwich panels perform in various weather conditions, including extreme temperatures and moisture?
PU (Polyurethane) sandwich panels generally perform well in various weather conditions, including extreme temperatures and moisture. Here's an overview of their performance in different weather conditions:
Temperature Resistance:
Extreme Cold: PU panels are known for their good insulation properties, even in extremely cold temperatures. The closed-cell structure of the PU foam core helps retain heat, making them suitable for use in cold climates.
Extreme Heat: PU sandwich panels are resistant to heat and can maintain their structural integrity in high-temperature environments. However, the facing materials and any coatings applied should also be considered for their heat resistance.
Thermal Insulation:
PU sandwich panels are valued for their excellent thermal insulation properties. The polyurethane foam core acts as an effective insulator, helping to regulate indoor temperatures and reduce energy consumption for heating or cooling.
Moisture Resistance:
PU sandwich panels have good resistance to moisture. The closed-cell structure of the PU foam core inhibits the absorption of water, preventing water from permeating the core and compromising its insulation properties.
Proper sealing of joints and edges during installation is crucial to maintain the moisture resistance of PU sandwich panels.
Humidity Tolerance:
PU panels perform well in humid conditions. The closed-cell structure also helps prevent the absorption of moisture vapor, contributing to the long-term durability of the panels.
Adequate ventilation and moisture barrier installations are essential considerations to prevent issues related to humidity.
Resistance to Mold and Fungi:
The closed-cell structure of the PU foam core inhibits the growth of mold and fungi, making PU sandwich panels resistant to these issues. This feature is particularly important for maintaining indoor air quality and the structural integrity of the panels.
Corrosion Resistance:
PU sandwich panels typically have good corrosion resistance. This is advantageous in areas with high humidity or exposure to corrosive elements, as the panels are less prone to rust or corrosion compared to some traditional building materials.
UV Exposure:
Extended exposure to direct sunlight and ultraviolet (UV) radiation may impact the facing materials of PU sandwich panels. Some panels come with UV-resistant coatings to mitigate the effects of prolonged sun exposure.
Severe Weather Events:
PU sandwich panels are designed to withstand severe weather events, including storms and heavy rainfall. Proper installation and adherence to manufacturer guidelines are critical to ensuring the panels can withstand wind loads and other environmental stresses.
What are the key considerations during the installation of PU sandwich panels?
The installation of PU (Polyurethane) sandwich panels requires careful attention to detail to ensure proper performance, structural integrity, and longevity. Here are key considerations during the installation process:
Surface Preparation:
Ensure that the substrate or supporting structure is clean, flat, and free from any debris, dirt, or obstructions. A smooth and level surface helps achieve a secure and even installation.
Alignment and Leveling:
Check and ensure proper alignment and leveling of the supporting structure. Misalignment or uneven surfaces can affect the fit and stability of the PU panels.
Fastening Systems:
Use appropriate and corrosion-resistant fasteners for securing the panels to the supporting structure. Follow the manufacturer's guidelines for recommended fastening systems, spacing, and torque specifications.
Joint Sealing:
Properly seal joints between panels to prevent water infiltration and maintain the integrity of the insulation. Sealants with good adhesion and flexibility, compatible with PU panels, should be used.
Adhesive Application:
When using adhesive in addition to mechanical fastening, follow the recommended application guidelines provided by the manufacturer. Ensure proper coverage and uniform distribution of the adhesive to achieve a strong bond.
Cutting and Trimming:
Use appropriate tools for cutting and trimming PU sandwich panels to the required dimensions. Follow safety guidelines and use tools that minimize the generation of dust or debris.
Roof Slope and Drainage:
Install roof panels with the appropriate slope to ensure effective water drainage. Proper drainage is essential for preventing water ponding, which can affect the structural integrity and insulation properties.
Ventilation and Vapor Barrier:
Provide proper ventilation to prevent the buildup of moisture within the panels. Install vapor barriers, especially in areas prone to high humidity, to enhance the longevity of the PU foam core.
Temperature Considerations:
Install PU panels in accordance with the manufacturer's temperature guidelines. Extreme temperatures during installation can impact the effectiveness of adhesives and sealants.
Safety Measures:
Adhere to safety regulations and guidelines during the installation process. Use appropriate personal protective equipment (PPE), such as gloves, safety glasses, and helmets, to ensure the safety of installers.
Quality Control and Inspection:
Conduct regular inspections during the installation process to ensure that panels are correctly aligned, securely fastened, and free from defects. Address any issues promptly to maintain the overall quality of the installation.
Compatibility with Other Materials:
Consider the compatibility of PU sandwich panels with other building materials used in the construction. Ensure that the integration of PU panels with doors, windows, and other components is done effectively.
Documentation and Compliance:
Maintain documentation provided by the manufacturer, including installation manuals and guidelines. Ensure that the installation process complies with industry standards and building codes.
Training and Certification:
Ensure that installers are trained and certified in the proper installation of PU sandwich panels. This helps guarantee that the installation is performed by qualified professionals.