Key points for selecting industrial high-frequency welded finned tubes
Selecting high-frequency welded finned tubes requires comprehensive consideration of heat dissipation requirements, use environment and installation conditions: calculate the heat dissipation to match the fin parameters, select stainless steel materials for humid environments, and select compact models if space is limited to ensure efficient heat dissipation and cost balance.
Industrial high-frequency welded finned tubes have various models. Scientifically selecting suitable models can ensure efficient operation of the equipment and meet production needs.
During the selection process, comprehensive considerations need to be made from multiple dimensions such as heat dissipation requirements, use environment, and installation conditions.
Heat dissipation requirements are the primary reference factor. The required heat dissipation should be calculated first, and the required heat dissipation power should be determined based on parameters such as plant area, insulation conditions, indoor and outdoor temperature difference, and the heat load calculation formula. If the heat dissipation demand is large, you can choose a model with small fin spacing, high fin height, and large base tube diameter. This type of equipment has a larger heat dissipation area and can quickly dissipate heat.
For example, in a large forging workshop under high temperature, a high heat dissipation performance model needs to be selected to ensure the normal operation of the equipment.
The use environment determines the model material.
In a humid environment or in a workshop with corrosive gases, corrosion-resistant stainless steel high-frequency welded finned tubes are preferred; ordinary workshops can choose cost-effective carbon steel materials.
In addition, if the heat medium temperature is high and the pressure is high, a model with thicker wall thickness and strong pressure resistance should be selected to avoid safety hazards such as leakage.
Installation conditions limit model specifications.
The dimensions of the installation space, including height, width, and length, need to be measured in advance to ensure that the selected model can be installed smoothly.
If the installation space is limited, a compact model should be selected; for places with open space, large-scale equipment can be selected to improve heat dissipation efficiency. At the same time, consider the installation method, such as wall-mounted, floor-standing, etc. Different installation methods are suitable for different models.
Other details should not be ignored. The connection method must match the existing heating system. Common ones are flange connection and threaded connection. By comprehensively weighing the above factors, the high-frequency welded finned tube model that meets the needs of industrial production can be accurately selected to achieve a balance between efficient heat dissipation and cost control.
Datang fin tube product’s specification outside diameter from 18 mm to 273 mm finned tube, The process includes high-frequency welded fin tubes, extruded fin tubes, L / L L / K L fin tubes, G -type Embedded fin tubes, low fin tubes, inner fin tubes, elliptical fin tubes, longitudinal fin tube,H type fin tube, the annual capacity can reach 100,000 tons.
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