The beginning of the understanding of artificial climate incubators, most people learned in the biology class, because in the study of the use of artificial climate incubators to study the impact of light on the growth of plants or other factors on the growth of crops, all belong to the scope of biology. With the development of agriculture and the development of seed science research and breeding, the application of artificial climate incubators has become more and more widespread. In many seed production companies, academies of science, and agricultural institutes, they can often be seen in their shadows. ".
Compared with other instruments, the development prospect of artificial climate incubators is undoubtedly very good. In the field of agriculture, both the germination test of seeds and the cultivation experiment of cell tissues, we all need to apply this instrument. In particular, it discusses the impact of severe weather in the natural world on the growth and yield of crops, or accurately discusses the application of artificial climate incubators in important research on meteorological factors such as crop ecology, physiology, and yield correlations. It is of great significance.
However, although the scope of application of artificial climate incubators is very broad and the development prospects are very broad, if artificial climate incubators are not continuously progressed and developed, they will be eliminated by the times, because with the deepening of agricultural research, people are The requirements are also getting higher and higher, which requires the artificial climate incubator to keep pace with the times. When regulating environmental parameters, it must not only be more stable, but also more and more elaborate, so as to effectively meet the actual needs of modern precision experiments. . From the development history of artificial climate incubators, artificial climate incubators have been developing in the direction of intelligence and automation. Not only can they accurately control the temperature, humidity and other important indicators in the cabinet, but many devices are also equipped with computers. The interface can download the collected data to the computer and automatically generate the experimental data table. The experimental data can be recorded and stored in the whole process, which is more convenient for the development of various research experiments.
Chlorinated Polyethylene(CPE)
1. CPE is a kind of saturated rubber, which has excellent heat-resistant oxygen aging, ozone aging, acid and alkali resistance, and chemical resistance.
2. CPE has general oil resistance. Among them, it has excellent resistance to ASTM No. 1 oil and ASTM No. 2 oil, which is equivalent to NBR; and it has excellent resistance to ASTM No. 3 oil, which is better than CR and is equivalent to CSM.
3. CPE contains chlorine element, has excellent flame retardant performance, and has the characteristics of burning and dripping. It can be combined with antimony flame retardant, chlorinated paraffin, and Al(OH)3 in an appropriate ratio to obtain a flame retardant material with excellent flame retardancy and low cost.
4. CPE is non-toxic, does not contain heavy metals and PAHs, and it fully meets environmental protection requirements.
5. CPE has high filling performance and can be manufactured to meet various performance requirements. The processing performance of CPE is good, and the Mooney viscosity is available in a variety of grades between 50-100.
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