Welded B-Type Tubes for Heater Cores are a type of heat exchange element with specific structure and performance. Due to their high thermal conductivity, good pressure resistance, and corrosion resistance, they are widely used in various industries that require heat exchange. The following are the main application areas and scenario descriptions:
1、 Automobile and transportation industry
1. Automotive engine cooling system
Application scenario: As the core component of the car radiator (water tank), it is used to cool the engine coolant and prevent engine overheating.
Requirement characteristics: It needs to withstand high temperatures, vibrations, and coolant corrosion inside the engine compartment. The welded structure of the B-type pipe can ensure sealing and heat dissipation efficiency.
2. Automotive air conditioning system
Application scenario: Used for evaporator, condenser and other components to achieve heat exchange between refrigerant and air, ensuring the cooling or heating effect of air conditioning in the car.
Advantages: The efficient heat transfer capacity of B-type tubes can improve the energy efficiency of air conditioning systems, while the welding process ensures their stability in high-pressure environments.
3. Other transportation equipment
Example: The engine cooling system of trucks and buses, as well as the auxiliary cooling devices of trains and ships, all require reliable heat exchange components.
2、 Industrial manufacturing and mechanical equipment
1. Heat dissipation of hydraulic system
Application scenario: In the hydraulic system of construction machinery (such as excavators and cranes), it is used to cool hydraulic oil and prevent system failures caused by high oil temperature.
Requirement: To adapt to high-frequency vibration and complex working conditions, the welding structure of B-type pipes can reduce the risk of leakage.
2. Compressor aftercooler
Application scenario: The back-end cooler of air compressors and refrigeration compressors is used to reduce the temperature of compressed gas and avoid equipment overheating and damage.
Features: The compact structure of B-type tube can meet the requirements of equipment miniaturization, while efficient heat dissipation ensures the continuous operation of the compressor.
3. Industrial boilers and heat exchangers
Application scenarios: Waste heat recovery devices for industrial boilers, cooling systems for chemical reaction vessels, etc., used for heat transfer and recovery.
3、 Household appliance industry
1. Water heater and wall mounted boiler
Application scenarios: Heat exchange cores for gas and electric water heaters, as well as heat exchange components for home heating wall mounted boilers, to achieve heat exchange between water flow and heat sources.
Advantages: The corrosion resistance of B-type pipes can adapt to the quality of tap water, and the welding process ensures sealing during long-term use.
2. Refrigerators and air conditioning equipment
Application scenarios: condensers for refrigerators, heat exchangers for outdoor air conditioning units, etc., used for the heat dissipation or absorption process of refrigerants.
4、 Energy and Power Industry
1. Cooling of power generation equipment
Application scenarios: Lubricating oil coolers for steam turbines in thermal power plants and auxiliary cooling systems in nuclear power plants require efficient heat exchange components to ensure safe operation of equipment.
2. In the field of new energy
Application scenarios: Battery thermal management systems for electric vehicles (cooling or heating battery packs), cooling devices for photovoltaic inverters, etc. With the development of new energy technologies, demand is gradually increasing.
