The company has a manufacturing workshop of more than 100,000 square meters, with a special special-metal manufacturing site. The maximum lifting capacity of a single car is 100 tons, the maximum thickness of the rolling machine is 80mm, the maximum processing length of the lathe is 15m, the maximum processing length of the cutting machine is 15m, with 500T and 2500T hydraulic machines and all kinds of machine tools, folding machine, rolling machine, welding equipment, etc., which can fully meet the needs of the company's product equipment manufacturing.
The company has complete testing methods. The detection and test equipment includes non-destructive detection machine, mechanical performance machine, chemical analyzer, SPECTRO spectrometer, RS rheometer, dynamic and static balance machine, pressure test machine, metallographic test equipment, etc. Professional test engineers can conduct structural evaluation and safety tests on various types of products, and conduct product performance tests according to relevant specifications and customer requirements.
The company has complete testing methods. The detection and test equipment includes non-destructive detection machine, mechanical performance machine, chemical analyzer, SPECTRO spectrometer, RS rheometer, dynamic and static balance machine, pressure test machine, metallographic test equipment, etc. Professional test engineers can conduct structural evaluation and safety tests on various types of products, and conduct product performance tests according to relevant specifications and customer requirements.
Material by the feed pump (electric metering pump) pressure into the upper chamber of the heater, and then the material will be allocated to each heat exchange tube, the material in the flow flow in the flow of heat exchange and heated to the boiling point, the solvent starts to vaporize, so the steam in the heat exchange tube material at the same time. The vapor-liquid mixture accumulates in the feeding chamber of the heater and performs preliminary vapor-liquid separation. The top flow of the chamber is sent through the vapor-liquid mixture tube to the separator for further vapor-liquid separation. The bottom flow circulation pump of the separator and the heater feeding chamber is pressurized into the next cycle.
With the continuous concentration of materials in the system, the concentration of materials is constantly increasing. Material density is tested on line by a densitometer installed on the cycle line. Tank replenishment level. The heater level is tested online by the level gauge installed in the lower tank and detects the data to adjust the feed flow. The steam entering the shell process of the heater is provided by an electric thermal steam generator. While the materials in the system are continuously concentrated, the steam in the heater shell process will be continuously condensed, and the condensed water will be continuously discharged from the system. The secondary steam generated by evaporation is sent to the surface condenser, and condensed after heat exchange with the cooling water. Finally, the non-condensate gas is pumped from the vacuum pump to the atmosphere to ensure that the system operates under the designed vacuum.
