Industry
The pipeline equipment industry, as an important industry related to many fields such as energy and petrochemicals, has always been of great concern. By observing the development of the industry in recent years, we can see that the pipeline equipment industry has achieved rapid development and become one of the national pillar industries, achieving a series of significant technological breakthroughs and achievements.
Applied in the industry
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Cement plant
used for pipelines and exhaust systems related to high-temperature operations.
Mining industry
used for the processing of minerals and materials, including smelting.
Air conditioning system
used for handling any thermal motion or vibration in pipelines
Maritime and Shipbuilding
Applications that must manage the movement and vibration of exhaust systems, engine pipelines, and other critical areas.
Renewable energy facilities
waste from energy or bioenergy factories that are crucial for incineration operations.
Paper and Pulp Mills
Pipeline systems used in drying and papermaking processes
Chemical plant
deals with dynamic forces related to chemical reactions, temperature changes, and corrosive environments.
Power plants
Fossil fuels and nuclear power plants manage vibration and thermal axial expansion, which may cause pressure on components and fixed equipment
The pipeline equipment industry, as an important industry related to many fields such as energy and petrochemicals, has always been of great concern. By observing the development of the industry in recent years, we can see that the pipeline equipment industry has achieved rapid development and become one of the national pillar industries, achieving a series of significant technological breakthroughs and achievements.
Used for pipeline systems in buildings, such as water supply, drainage, HVAC, etc., to reduce pipeline vibration and noise.
Used in the pipeline system of factories, such as chemical, petroleum, pharmaceutical, food and other industries, to protect equipment from vibration effects.
Suitable for the fields of energy production and transmission, such as power plants, substations, oil and gas pipelines, etc., to reduce the damage of vibration to pipelines and equipment.
A pipeline system used for vehicles such as cars, trains, and ships to reduce vibration and impact, improve comfort and safety.
Installed in the pipelines of mechanical equipment, such as compressors, fans, pumps, etc., to protect the equipment and extend its service life.
6. Environmental protection and water treatment.
Used in water treatment plants and sewage treatment facilities to reduce the interference of pipeline vibration on the process.
7.Mining and Metallurgy.
Mining and Metallurgy: Used for pipeline systems in mines and metallurgical plants to cope with vibration and impact, ensuring safe and normal operation.
These are just some common industry applications, and in fact, the use of shock-absorbing joints may vary depending on specific engineering requirements and pipeline system characteristics. When selecting shock-absorbing joints, it is necessary to consider factors such as the medium of the pipeline, working conditions, vibration frequency and amplitude, to ensure the selection of suitable shock-absorbing joints to meet the requirements of specific industries.