When using construction cement foam board, it's essential to pay close attention to the details. One of the key factors is ensuring the impermeability of the external insulation material while maintaining the permeability of the entire insulation system. This helps prevent freezing and thawing damage, which can lead to brick detachment. It's also crucial to enhance the fire resistance of the external thermal insulation system. In case of a fire, this prevents cavities from forming and ensures that the system remains intact, even when subjected to the weight of the tile facing.
Additionally, the seismic and wind pressure resistance of the cement foam board must be strengthened. Without proper reinforcement, an accident could cause significant horizontal damage to the insulation system, compromising its structural integrity. Since the cement foam board is installed on the outer layer of the main building structure, it's directly exposed to various external stresses—such as thermal expansion, moisture, wind pressure, and earthquakes. To maintain stability, appropriate safety measures must be implemented, ensuring that both the building and the insulation system remain safe and functional over time. This helps avoid issues like veneer cracking, hollow sounds in tiles, or even tile detachment.
The surface bricks are applied to the exterior wall, with the cement foam board acting as a base. This setup not only protects the insulation layer but also forms a solid, unified structure. By reinforcing the surface layer, the strength of the tile area is improved, meeting all necessary standards for durability and performance.
It's also important to consider the properties of aluminum silicate products used in the system. Factors such as fold ratio, bond strength, weathering resistance, and the overall deformation compatibility of the insulation system should be taken into account. These elements help the system effectively manage and absorb stress caused by temperature changes, moisture, or other environmental factors, ensuring long-term reliability and performance.
DYX mini vacuum pumps can be customized from DC3V to 24V, 0.5-16LPM flow rate and -20~ -85Kpa vacuum pressure are available.
Mini diaphragm vacuum pumps are small-sized pumps that are commonly used in various industries for their compact design, low noise, and high efficiency. These pumps are designed with a diaphragm that oscillates back and forth, creating a vacuum that can be used for various applications. These Mini Pumps are classified based on their flow rate, vacuum level, and the type of diaphragm material used in their construction. The flow rate of mini diaphragm vacuum pumps can range from a few milliliters per minute to several liters per minute. The vacuum level can range from a few millibars to several hundred millibars, depending on the pump's design and application. The type of diaphragm material used in mini diaphragm vacuum pumps is rubber. Rubber diaphragms are preferred for applications that require high durability and flexibility. Overall, mini diaphragm vacuum pumps are versatile and reliable tools that are widely used in laboratories, medical facilities, and various industrial settings. They offer a cost-effective and efficient solution for creating a vacuum in small-scale applications.
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