In the seed test project, many of the test tests require large particle seed samples for pulverization, grinding, etc., and in order to improve the effect of sample processing, and at the same time obtain non-polluting, high-standard test samples, the inspectors will use high-throughput organization. grinding mills and other specialized equipment. The instrument can be used for high-flux seed-free pollution grinding, and is a reliable and good helper in testing experiments such as seed purity. Grinding seed samples using a high-throughput tissue grinder is very simple and takes only four steps. The first step is to dispense the material: put the viscous material to be ground into the grinding tank, add the grinding ball, and screw it tightly; the second step, set the rotation speed and time; the third step, grinding: when grinding the tank, Take care to ensure that the bolts are tightened and the fuse is fastened. Then, the grinding is started. In the fourth step, after the grinding is completed, the grinding jar is removed, the sample is poured out, and the pellet is separated for the next experiment. After the four-step operation is completed, both the pulverized seed samples can be obtained. The high-throughput tissue grinder is a veritable versatile laboratory sample preparation. It can quickly pulverize and homogenize samples such as hard, soft and elastic. It meets the requirements of physical and chemical analysis laboratories and is equipped with different volumes and different configurations. Grinding tanks for materials can be dry, wet and freeze-ground, as well as cell disruption and DNA/RNA extraction. High-throughput tissue grinders are used in a wide range of applications in a wide range of industries, including efficient (freezing) grinding and comminution of plants and animal tissues; cell wall breaking and lysis of bacteria and yeast samples; high-throughput plants and Animal tissue DNA/RNA extraction; sample homogenization, homogenization; grinding of food and feed samples; grinding and homogenization of mineral and ore samples; physical and chemical analysis (atomic absorption, X-fluorescence) sample preparation; preparation of three generations of sequencing amplification samples ; plant root soy hair (freeze grinding) and so on. The instrument is very popular with the experimental staff.
In the entire die casting industry, the use of aluminum alloy die castings accounts for the highest proportion. Aluminum die casting parts are mainly used in industries such as home appliances, motors, communications, automobiles, and electronics. Some are also used in parts of aviation, navigation and some equipment. Using die-casting processing, the dimensional accuracy of die casting part is relatively high, the surface finish is relatively good, the strength and hardness are high, and the productivity and material utilization rate are relatively high. There are also some problems in the die-casting process, such as cracks, which requires us to anneal the die-casting mold regularly to eliminate the stress in the cavity, or sometimes there are cracks on the surface of the cavity, the surface is polished to remove cracks. And the mold is preheated evenly.
SCZY conducts one-stop services such as mold manufacturing, die-casting production and subsequent CNC machining in-house to ensure production delivery and product quality. We have a relatively systematic understanding of the die-casting process, can predict the problems that may arise in the die-casting process, and can solve the possible problems in advance.
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