Aluminum flat oval welded pipes for radiators are widely used in industries with high heat dissipation requirements, such as automobiles, power, HVAC, and construction machinery, due to their advantages of high heat dissipation efficiency, low flow resistance, lightweight, and good vibration resistance. The specific application scenarios are as follows:
Hourglass tubes for radiators are mostly used in the form of aluminum high-frequency welded pipes due to their high strength, deformation resistance, and good heat dissipation adaptability. They are mainly suitable for various scenarios that require efficient heat dissipation and vibration resistance, mainly concentrated in industries such as transportation, engineering machinery, and agricultural equipment. The specific details are as follows:
The Welded B-Type Tubes for Heater Cores, with its efficient heat transfer, stable structure, and strong weather resistance, has been applied in multiple core industries such as mechanical manufacturing, metallurgy, chemical engineering, and energy in the industrial field. It mainly focuses on key scenarios such as equipment temperature control, workshop heating, and process heat exchange
Welded B-Type Tubes for Radiators are widely used in various industries such as industry, agriculture, public services, warehousing and logistics due to their advantages of large heat dissipation area, adaptability to complex environments, and easy maintenance. They are suitable for various heating scenarios such as tall spaces, precise temperature control, or high dust and humidity. The specific details are as follows:
Rectangular tubes—precision-formed hollow metal sections with flat sides—play a central role in structural engineering, transportation equipment, fabrication, and industrial machinery. Their uniform geometry, high load-bearing capability, and compatibility with various joining methods have made them one of the most requested metal profiles across global markets.
Many people choose High Strength Stainless Steel Tubes because they achieve a "combination of multiple advantages" in key performance such as strength, corrosion resistance, and lifespan. They can adapt to complex scenarios and have lower long-term comprehensive costs. The specific reasons are as follows:
