Turbulators Manufacturers

There are two types of oil coolers, cooled by air and cooled by liquid. > Cooled by air: They are heat exchangers where oil flows. They use the same working principle that a radiator uses; hot oil flows through some tubes with fins that join them. Those fins lower the fluid temperature.

Welding wire is used as a filler material in arc welding processes to join metal pieces, creating strong and durable connections in various industries such as construction, automotive, shipbuilding, and aerospace. It is melted by an electric arc and fuses with the base metals, filling gaps and forming a strong bond. Different types of wire, made from materials like stainless steel, aluminum, or copper, are selected based on the specific metals being welded, the required weld quality, and the application's demands.

The radiator is an important part of the automobile engine cooling system. It transfers the heat in the coolant to the air, thereby reducing the engine's operating temperature and ensuring the normal operation of the engine.

Running to a vehicle workshop frequently can be infuriating. What can be worse? Being stranded on the side of the road with an overheated vehicle! Nothing puts a damper on a joyful cruise like steam coming from the hood or the smell of hot coolant splattered all over the engine compartment. Besides, what causes these troubles? Undeniably, overheating and engine breakdowns or unnecessary and frequent servicing of an engine is caused by faulty or obsolete radiators.

Most of the aluminum tubes on the market are produced by conventional extrusion processes, which cannot completely avoid welding lines, especially dark lines after oxidation. In the extrusion production, the extrusion process of short round rod, high temperature and slow speed is used, especially the "three temperatures" should be controlled well. The aluminum rod, extrusion cylinder, and mold should be kept clean. The size of the pipe diameter can be adjusted appropriately.

There are two different types of radiators: crossflow and downflow. In a crossflow radiator, cooling tubes and fins make up the core, which is surrounded by vertical tanks on each side. With the aid of your water pump, coolant travels horizontally across the core from inlet to outlet. There are two horizontal tanks at the top and bottom of a downflow radiator. By entering through the top of the radiator, the coolant travels vertically through the core and leaves through the bottom outlet. Since coolant flows from the top down, gravity helps the water pump move coolant through the radiator more quickly.