Seeds are the most basic means of production in agricultural production, and their quality and safety are closely related to the safety of agricultural production. If high-quality seeds are selected for production, then seeds can be successfully germinated and seedlings can be established, and the goal of high yield and high quality can be achieved more easily. If the quality of seeds is not high, then it is possible to reduce seed production. Therefore, in order to reduce the blindness and risk-taking of seed selection, seed detection is an important part of it. The use of high-throughput tissue grinders for efficient seed milling can "add bricks and tiles" to seed inspections, effectively ensure seed quality and safety, and ensure the safety of agricultural production.
There are many seed detection projects, some of which are seed cultures, such as seed germination tests, some of which involve the grinding of seeds, followed by extraction of the seed DNA for subsequent testing, such as seed purity testing. The high-flux tissue grinder is an important pretreatment instrument and is mainly used for the preparation of seed samples. It can play an important role in the detection of seed grinding. Especially for agricultural products and seed testing, it is often necessary to grind plant seeds to obtain biomolecules such as DNA, RNA or proteins. When these samples need to be processed, the application of high-throughput tissue grinders is used for subsequent analysis. And tests provide qualified test samples.
With the accelerating progress of laboratory scientific research, the requirements of experimental research are constantly improving, and some backward operating methods have limited the development of experimental research and development to a certain extent. Therefore, in order to meet the needs, professional instruments need to be used to replace labor. operating. For example, when manual grinding can no longer meet the needs of scientific research work, high-throughput tissue grinders are replaced in time, which not only improves the grinding efficiency, but also improves the grinding results, especially for the processing of batch samples. It can be seen that the important application of high-flux tissue grinders in the detection of seed grinding is more in line with the development needs of modern laboratory research, but also can produce more positive effects and effects.
Applications such as liquefied natural gas and other low temperature fluids, present special extreme temperature valve functionality challenges. Valves designed for cryogenic services, are specially prepared and designed to overcome these challenges.
Appropriate component materials such as 304SS (CF8) and 316SS (CF8M) are normally used for body and trim, offering superior impact strength, and excellent corrosion resistance and heat loss properties. An extended bonnet and gas column design is also normally adopted to provide thermal insulation at the stem seal and stem packing area. At sufficient length, this design feature places the functionality of the stem seal in the vapor zone of the liquid media providing safe and continuous valve operation.
A variety of body, trim, seat, and seal materials are available for use in cryogenic service. Customer specified options, such as body cavity vent hole, special extension lengths, and materials are also available upon request.
Cryogenic Ball Valve, Cryogenic Valve Manufacturer, Low Temperature Ball Valve Supplier, Stainless Steel Ball Valve, Floating Ball Valve, Trunnion Mounted Ball Valve
Wenzhou Kolink Valve Co., Ltd. , https://www.kolinkvalves.com