What are the functions of the degreased stainless steel pipe

Deaerated stainless steel pipes are mainly used in situations where high cleanliness and purity are required. Their functions are mainly reflected in the following aspects:

Chemical industry

Preventing impurity contamination: In chemical production, many chemical reactions have extremely high requirements for the cleanliness of raw materials and the inner surface of the pipes. Deaerated stainless steel pipes can prevent oils and other impurities from mixing into chemical materials, preventing impurities from reacting with the materials and affecting product quality and the stability of the production process. For example, in the polymerization reaction in petrochemicals, if there is oil residue in the pipeline, it may cause catalyst poisoning, making the polymerization reaction unable to proceed normally, and thereby affecting the performance and output of the products.

Ensuring safe operation: Some chemical media have flammable and explosive properties, and oils and other organic substances may cause combustion or explosion under certain conditions. Deaerated stainless steel pipes eliminate the risk of oil residues in the pipeline, reducing safety risks and ensuring the safe operation of chemical production. For example, in the pipeline system transporting ethylene and propylene, which are flammable gases, using deaerated stainless steel pipes can effectively prevent safety accidents caused by oil residues.

Food and beverage industry

Ensuring food safety: The food production process requires extremely strict hygiene requirements. Deaerated stainless steel pipes do not allow the growth of bacteria, molds, etc., due to oil residues, ensuring the hygiene and safety of food during transportation and processing. For example, in the pipelines transporting liquid food such as milk and beverages, using deaerated stainless steel pipes can prevent oil from contaminating the food, ensuring the quality and taste of the food and meeting food safety standards.

Easy cleaning and maintenance: The surface of deaerated stainless steel pipes is smooth, and it is not easy to adhere to food residues and dirt, making cleaning and disinfection convenient, and effectively reducing cross-contamination during the food production process, improving production efficiency and product quality.

Pharmaceutical industry

Complying with pharmaceutical production standards: Pharmaceutical production must follow strict quality management standards (GMP), with strict requirements for the cleanliness of equipment and pipelines. Deaerated stainless steel pipes can meet the high cleanliness requirements of the pipeline system for pharmaceutical production, preventing oils and other pollutants from entering the pharmaceutical production process, ensuring the purity and quality of the drugs, and meeting the regulations and standards of pharmaceutical production.

Ensuring the stability of drug quality: During the production of drugs, oils in the pipelines may interact with the components of the drugs, affecting the stability and efficacy of the drugs. Deaerated stainless steel pipes can prevent this from happening, ensuring the stability of the quality of drugs during production, storage, and transportation.

Aerospace industry

Meeting high precision requirements: The aerospace industry has extremely high requirements for the precision and cleanliness of components. Deaerated stainless steel pipes are used in key parts such as the fuel system and hydraulic system of aircraft engines, ensuring that there are no oils and other impurities in the pipelines, guaranteeing the normal operation and reliability of the system. For example, if there is oil residue in the fuel pipeline of an aircraft engine, it may cause uneven fuel injection, affecting the performance and flight safety of the aircraft.

Adapting to extreme environments: In extreme working environments of aerospace, such as high temperatures, high pressures, and high vacuum, deaerated stainless steel pipes can maintain good performance and will not experience performance decline or failure due to the presence of oils. Their excellent corrosion resistance and cleanliness can meet the usage requirements of aerospace equipment in various complex conditions.

Electronic and semiconductor industry

Preventing particle contamination: In the electronic and semiconductor production process, the cleanliness and purity requirements for the environment and equipment are at an extremely high level. Deaerated stainless steel pipes can effectively prevent oil particles and other pollutants from entering the production system, preventing contamination of precision electronic components such as semiconductor chips, affecting the performance and yield of the products. For example, in the lithography process of chip manufacturing, tiny oil particles may cause distortion of the lithography pattern, reducing the integration degree and performance of the chips. Maintaining process stability: In the production of electronic semiconductors, many processes have very strict requirements for the fluid transmission within the pipelines. The high precision and cleanliness of degreased stainless steel pipes can ensure the stable transmission of process fluids, providing reliable support for the production process and guaranteeing the quality and production efficiency of electronic semiconductor products.