Fan Coil Rubber Joints

The structure of coil fan rubber joints is somewhat the same as coil rubber joints, with small body size and connected by coils. Part of the sphere is composed of inner layer rubber, surface rubber and lifting rubber, and both sides are combined by flange connector and pipe thread connector. First, the inner layer of rubber is wrapped in the muffle making machine, then the lifting rubber is wrapped layer by layer, which can greatly increase the bearing capacity of the facility, and then the surface rubber is used on the surface to completely wrap all the surfaces of the muffle, which can improve the comprehensive performance. Next, the rubber material is shaped, and then the fillet on both sides is added to the sphere. The role of different rubber materials is to transport the chemical substances inside and outside the sphere, which are assembled in the centrifugal ventilator, so it is necessary to have a rubber material with good heat resistance, so the material of the inner layer of rubber must be a rubber material with good heat resistance; and the surface rubber must use another different rubber material, because the rubber joint does not need to be repaired, so it needs to be used for a long time. The surface rubber must be made of another distinctive rubber material, because rubber joints are not maintained and therefore need to be used for a long time, then aging resistant rubber material is essential, so the surface rubber is chosen to be aging resistant rubber material; the rubber joint is partly made of cotton cord fabric, which is a very plastic raw material and can bear a very large pressure. The superiority of fan coil rubber joints in use
 
The advantages of fan coil rubber joints can also be selected according to the different conditions of use of different materials of connecting elements, the scope of application is more extensive. Suitable for water, oil, air, etc., good vibration isolation performance is the import and export pipeline connection of various fan coils. Rubber joint shaft from the dynamic seal into a closed static seal, to avoid the leakage of media. No lubrication and, reducing energy consumption. By the coupling drive into synchronous dragging, there is no contact and friction. Small power consumption, high efficiency, and damping and vibration damping reduce the impact of motor vibration on the rubber joint and the impact of cavitation vibration on the motor when the rubber joint occurs. The fan coil rubber joint mainly relies on the forced action of the fan to make the air heated when it passes through the surface of the heater, thus strengthening the convection heat exchanger between the radiator and the air, which can quickly heat the air in the room. The fan coil is the end device of the air conditioning system, and its working principle is to continuously recirculate the air in the room where the unit is located, so that the air is (heated) after passing through the cold water (hot water) coil to keep the room temperature constant. Usually, the air is sent into the room after being processed by the new air unit to meet the need for new air volume in the air-conditioned room. Fan coil rubber joint as the end of the air conditioning equipment, the quality of its good or bad determines the effect of indoor air conditioning. The performance is mainly the guarantee of sending cold (heat) volume, the guarantee of sending air volume, the value ratio of noise, the non-leakage of condensate and the rationality of electrical and sheet metal parts design, etc. Rubber joint products have special characteristics and features; in terms of their structure, rubber joint products are made for pipeline connection and protection of pumps and valves, and rubber products have the characteristics of thermal expansion and contraction. When the axial compression or extension occurs, the sphere itself can protect the pipeline from vibration or deviation within the allowed expansion or contraction amount, which will not cause the pipeline to break or stop. When installed in special working environment, the anti-lift device can play a better role.