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Address
No. 18 Kaixuan Street, Fangshan District, Beijing
Beijing Wanhu Technology Co., Ltd
No. 18 Kaixuan Street, Fangshan District, Beijing
The self pressurized liquid nitrogen container is made of high-quality stainless steel, and the internal pressurization system of the container is used to vaporize a small amount of liquid nitrogen and generate pressure, thereby discharging the stored liquid nitrogen inside the container. The self pressurized liquid nitrogen container consists of a control structure and a tank body. The control components mainly include inlet (outlet) valves, vent valves, pressure boosting valves, safety valves, level gauges, pressure gauges, and casters. It is mainly used for transporting and storing liquid nitrogen, and can also be used as a cold source for other refrigeration devices. Currently, it is widely used in industries and fields such as mold industry, animal husbandry, medicine, semiconductor, food, aerospace, military, and low-temperature chemical industry.Low consumption and convenient transportation of laboratory liquid nitrogen supply tank
Product standards:
Product standard: GB/T 16774-2012 "Self pressurized Liquid Nitrogen Containers"
Application scope:
Suitable for the mold industry, animal husbandry, pharmaceuticals, semiconductors, food, aerospace, military, and low-temperature chemical industries.
Production process:
The product strictly controls every step according to high-quality requirements, using unique evacuation technology and multi-layer insulation technology. The adsorbent is treated with recycled materials to ensure a high-quality vacuum layer; All welds are checked for leaks using a helium mass spectrometer; The product has undergone 100% liquid nitrogen testing; Unique polishing technology, beautiful appearance.Low consumption and convenient transportation of laboratory liquid nitrogen supply tank
Production materials:
Both the inner and outer shell materials are made of high-quality stainless steel;
High quality activated carbon;
Oil free and fat free thin composite material.
Comparison of Model Parameters:
