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    What are the applications of high-temperature ovens in industrial production

    Source:m.uninorths.com.cn      Release date: 2025-02-06
    High temperature ovens are widely used in industrial production, and the following are some of the main aspects: 1. Electronic and electrical industry Aging testing of electronic components: Electronic components such as capacitors, resistors, integrated circuits, etc. need to undergo high-temperature aging testing after production. They are placed in a high-temperature oven and kept in a
    High temperature ovens are widely used in industrial production, and the following are some of the main aspects:
    1. Electronic and electrical industry
          Aging testing of electronic components: Electronic components such as capacitors, resistors, integrated circuits, etc. need to undergo high-temperature aging testing after production. They are placed in a high-temperature oven and kept in a specific high-temperature environment for a certain period of time to expose potential early failures, screen out products with unstable performance, and improve overall product quality and reliability.
          PCB board soldering and drying: In the production process of printed circuit boards (PCBs), after soldering, it is necessary to dry them in a high-temperature oven to remove moisture and other volatile substances from the flux, prevent problems such as virtual soldering and short circuits, and make the solder joints more secure, improving the electrical performance and stability of the PCB board.
          Post molding treatment of plastic casing: After injection molding, the plastic casing of electronic devices may have internal stress and moisture. Annealing treatment in a high-temperature oven can eliminate internal stress, prevent deformation and cracking of the casing during use, and dry the moisture to improve the dimensional stability and surface quality of the plastic casing.
    2. Automotive manufacturing industry
          Drying of automotive parts coating: After coating, automotive body, engine cylinder block, wheel hub and other components need to be dried and cured in a high-temperature oven to quickly dry and form a film of coating, improve the adhesion, hardness and glossiness of the coating, and prevent defects such as sagging and foaming of the coating, thereby improving the appearance quality and anti-corrosion performance of the car.
          Shaping and drying of automotive interior parts: Automotive seats, instrument panels, door interiors, and other interior parts are usually composed of multiple materials. During the production process, high-temperature ovens are used for shaping treatment to achieve specific shapes and sizes at high temperatures. At the same time, drying and removing moisture and solvents ensure the quality and stability of the interior parts, creating a comfortable and safe environment for the car interior.
          Rubber product vulcanization: Rubber seals, tires, and other rubber products in automobiles need to undergo vulcanization reactions in a high-temperature oven. Through the action of high temperature and vulcanizing agents, rubber molecules undergo cross-linking reactions to form a three-dimensional network structure, thereby improving the strength, elasticity, wear resistance, and aging resistance of rubber and meeting the requirements of automotive use under different working conditions.
    3. Hardware and Machinery Industry
          Quenching and tempering of metal parts: During the processing of metal parts, quenching and tempering are often necessary to improve their mechanical properties such as hardness, strength, and toughness. High temperature ovens can be used for tempering processes, heating quenched metal parts to a certain temperature and holding them for a period of time to eliminate internal stresses during quenching, stabilize the structure and size, improve the comprehensive performance of the parts, and extend their service life.
          Powder metallurgy sintering: Powder metallurgy is a method of making parts from metal powder through processes such as pressing and sintering. During the sintering process, a high-temperature oven heats the metal powder to a temperature close to but below its melting point, causing atomic diffusion and bonding between powder particles, forming dense metal parts, improving the strength and density of the parts, and meeting the requirements for the use of mechanical parts.
          Drying after electroplating: After electroplating, a layer of electroplating solution and moisture will adhere to the surface of hardware parts, which need to be dried in a high-temperature oven to prevent rusting and discoloration on the surface of the parts, while making the electroplating layer more solid, improving the quality of electroplating and the corrosion resistance of the parts.
    4. Food and Drug Industry
          Food drying and sterilization: For some foods that require dehydration and preservation, such as dried vegetables, dried fruits, mushrooms, etc., a high-temperature oven can be used for drying treatment to remove moisture from the food, prevent microbial growth, and extend the shelf life of the food. At the same time, the high temperature environment of the high-temperature oven can also play a certain role in sterilization, ensuring the hygiene and safety of food.
          Drying and sterilization of drugs: During the production process of drugs, many raw materials, intermediates, and finished products need to be dried to remove moisture and ensure the stability and quality of the drugs. High temperature ovens can also be used for sterilization of drugs, killing bacteria and microorganisms in drugs through high temperature, ensuring the sterility and safety of drugs, and meeting the quality standards of drug production.
          Handling of drug packaging materials: The packaging materials for drugs, such as glass bottles, plastic bottles, paper boxes, etc., may need to be dried and sterilized before use. A high-temperature oven can perform high-temperature baking on packaging materials, remove moisture and impurities, kill potential microorganisms, prevent packaging materials from affecting drug quality, and ensure the quality and safety of drugs during storage and transportation.
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