Non standard customized stainless steel liquid nitrogen tank with HPGe detector laboratory cooling container

Description :

This product is a non-standard customized stainless steel liquid nitrogen tank designed specifically for high-purity germanium (HPGe) detectors and precision laboratory equipment. As the core component of the low-temperature cooling system, the liquid nitrogen tank is made of high-quality austenitic stainless steel material, which has excellent corrosion resistance and mechanical strength, ensuring long-term stable operation in extreme low-temperature environments.

The product is mainly used in fields such as nuclear physics experiments, environmental monitoring, geological exploration, and medical isotope detection. It is specifically designed to provide a continuous and stable liquid nitrogen low-temperature environment for HPGe detectors to ensure their high energy resolution and low noise performance. Unlike standard universal liquid nitrogen Dewar flasks, this series supports comprehensive non-standard customization based on customer on-site equipment interfaces, space dimensions, and insulation time requirements.

The core advantage lies in its precise structural design and excellent vacuum insulation performance. The tank body is wrapped with multiple layers of super insulation material, combined with high vacuum interlayer technology, greatly reducing heat conduction and radiation, significantly reducing liquid nitrogen evaporation rate, extending the replenishment cycle, and reducing usage costs. There is a unique support structure between the inner liner and the outer shell, which ensures structural stability and effectively reduces the cold bridge effect.

For the special requirements of HPGe detectors, we can provide customized flange interfaces, liquid level monitoring interfaces, and automatic pressure infusion system docking solutions to ensure seamless integration with existing laboratory automation control systems. Exquisite appearance craftsmanship, surface treated with wire drawing or polishing, easy to clean and meets laboratory cleanliness requirements. Whether it is a small desktop matching or a large floor standing liquid storage system, one-on-one technical solution design can be provided to meet the strict requirements of research institutions, university laboratories, and third-party testing centers for low-temperature cooling equipment.

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