Including determining the raw materials, tools, machinery and equipment needed for the product and the division of labor. This stage requires full preparation and product planning to ensure product quality and production capacity.
In the production, it is necessary to select and test the quality, specifications and dimensions of raw materials to ensure that raw materials can meet the requirements of the production process.
According to the design drawing, the parts are processed and assembled to finally produce the equipment that meets the design requirements.
After the production is completed, it is necessary to carry out assembly and debugging. The assembly process needs to ensure the accuracy and precision of each component to ensure the overall quality and stability of the product. At the same time, during the debugging process, it is also necessary to pay attention to the performance indicators and safety performance of the product to ensure that the product can operate normally and be used.
In the production process, it is necessary to carry out various inspections and tests to check whether the product meets the design requirements and standard specifications. At the same time, quality control is also required to ensure the safety, reliability and durability of the product.
After the completion of production, it is necessary to carry out product packaging and factory acceptance. The packaging process needs to be packaged and labeled according to the type of product and the mode of transportation. Factory acceptance is to ensure that the quality of the product can meet customer requirements and ensure the safety performance of the product.
Our company can customize gas equipment with different gas volume and pressure according to customer requirements. We have cooperated with many international well-known enterprises to jointly develop large-scale projects. The specific customized products are as follows:
Compressed air purification system:
Gas Volume：5~35000Nm3/min；
Pressure：0.7MPa；
Dew-point：-70℃；
CO2 ≤5ppm，
Dust particle diameter ≤0.01μm.
Argon recovery unit:
Gas Volume：5~1500Nm3/min；
Argon Purity≥99.9995%；
Pressure：50KPa；
Dew-point：-70℃；
Oxygen ≤2ppm；
CO2 ≤2ppm，
Dust particle diameter ≤0.01μm；
Recovery rate ≥80%.
Hydrogen recovery + hydrogen purification system:
Gas Volume：5~1000Nm3/h；
Purity: 99.999%
Dew-point: -70℃；
Oxygen ≤2ppm；
CO2 ≤2ppm，
Dust particle diameter ≤0.01μm；
Recovery rate ≥85%.
PSA Nitrogen making system:
Gas Volume：1~5000Nm3/min；
Purity: 95%~99.9995%；
Pressure：0.4~0.7MPa；
Dew-point：-70℃；
Dust particle diameter ≤0.01μm.
Nitrogen purification system：
Gas Volume：1~3000Nm3/min；
Purity: ~99.9995%；
Pressure：0.4~0.7MPa；
Dew-point：-70℃；
Dust particle diameter ≤0.01μm.
Nitrogen-hydrogen ratio device:1~1000Nm3/h；
Hydrogen ratio：0.1%~75%;
Pressure：0.4~0.7MPa
PSA Oxygen-making plant:
Gas volume：1~100Nm3/min；
Purity 93%±3%；
Pressure：~0.4MPa；
Dew-point：-70℃；
Dust particle diameter ≤0.01μm.
Special nitrogen making equipment:
Gas volume：1~100Nm3/min；
Pressure：~30MPa；
Purity: 99.999%；
Dew-point：-70℃；
Dust particle diameter ≤0.01μm.
50% of the company's employees are engaged in design and development work, including 2 senior engineers, the remaining designers are engineers, more than 90% of the employees graduated from college. Many designers and field service engineers have extensive experience in the gas separation industry, serving thousands of customers every year.
Three - dimensional rendering of hydrogen deoxygenation
Three-dimensional rendering of nitrogen making machine
Contact Person: Mr. Jack Shi
Tel: +8615962151869
Fax: 86-512-66067218
