2026-04-10Views：
Air compressor tank is a pressure vessel.
Definition and use:
the main function of the air storage tank is to store compressed air so that it can be released into the air system when needed. This storage method is to meet the needs of the time, or in the air compressor can not meet the instantaneous peak demand, to provide a stable supply of compressed air.
Safety performance:
due to the high pressure and energy of compressed air, the air storage tank must have sufficient safety performance. This is to avoid potential hazards such as explosions due to excessive pressure or other factors.
Design and manufacturing standards:
the design, manufacture and inspection of air compressor tanks usually follow strict standards, such as China's GB150-98 "Steel Pressure Vessels" to ensure their safety and reliability.
Filing and management:
according to relevant laws and regulations, gas storage tanks, as pressure vessels, need to be registered with the local quality inspection department when used. This includes simple pressure vessels and special pressure vessels, which have different management and testing requirements.
In summary, the air compressor storage tank is clearly classified as a pressure vessel due to its characteristics of storing compressed air and the high pressure it bears, and is managed and supervised by relevant laws and regulations.
Scroll air compressor and screw air compressor are all volumetric rotary compressors. The scroll air compressor has no reciprocating mechanism, so it has simple structure, small size, light weight and few parts.
In industrial production, air compressor as an important power equipment, its exhaust volume and pressure parameters have a vital impact on production efficiency and product quality. Today, we will take the water-lubricated screw air compressor produced by the Granklin Group as an example to discuss 20
When it comes to the question of whether an air compressor needs to be added with water, the answer is not static, but depends on the specific type of compressor and the environment in which it is used. Among the many compressor types, the water-lubricated screw air compressor produced by Shanghai Granklin Group is one.
When choosing oil-free compressors and oil-free compressors, we need to evaluate them according to specific application scenarios and needs. The following is a detailed analysis and comparison of the two compressors: oil compressor: advantages: stable operation: oil compressor
Fixed air compressor is a kind of general mechanical equipment, which is widely used in industry, construction, automobile and other fields. It is a device that converts the mechanical energy of the prime mover (usually an electric motor) into gas pressure energy, and is a pressure generating device for compressed air. According
In the world of air compressors, which type is the most durable is really an interesting question. In fact, various types of air compressors have their advantages and applicable environment, so there is no definite answer to which is the most durable. However, we can according to some often.
As one of the general equipment, screw air compressor is widely used in electronics, chemical industry, food processing, textile and other fields. So what are the main uses of the screw air compressor in these areas? The main uses of the screw air compressor are:
In the chemical fiber industry, screw air compressors play a vital role. It is mainly used to provide instrument gas and suction gun gas to ensure the precise control and continuity of the production process. Specifically: Instrument gas supply: screw air compressor for chemical fiber production
The core difference between oil-free compressed air and micro-oil compressed air lies in oil content, application scenario and technical characteristics. The following is a comparative analysis from four dimensions: 1. oil content and purification standard oil-free compressed air oil content: ≤ 0.01 mg/m3 (ISO compliance
To determine the required air compressor flow, need to combine the following key factors analysis: 1. core calculation formula According to the derivation of the ideal gas state equation, the required air compressor flow rate calculation formula is: Q = tV×(P2 & minus;P1 )× 1.1 where: q: air compressor
2018 Granklin Group. All rights reserved 沪ICP备18000439号-2
