Fluorocrystalline mica, also known as Fluorphlogopite Mica, synthetic mica, artificial mica, synthetic mica crystal, belongs to the silicate type artificial mica crystal, is under the high temperature condition of 1500°C, through strict process conditions and material ratio, in platinum The mica crystals smelted in the yttrium have a chemical formula of KMg3(AISi3O10)F2(OH)-, and do not contain (OH)-. The (OH)-hydroxyl group is replaced by F-(fluoro), which is similar to the fluorite mica. Materials commonly used in the general industry are natural mica. Natural mica is an underground ore naturally formed and belongs to the class of silicates. Most of the industrial mica used is phlogopite (brown) and muscovite. Its ideal chemical formula is KAI2(AISi3O10)(OH)2. OH)-(Hydroxy), due to the presence of hydroxyl (water molecules), its performance in all aspects is far lower than that of fluorocrystalline mica.
The main characteristics of fluoride crystal mica:
1, high temperature: can work long-term in the 1100 °C environment.
The testing department of the Changchun Institute of Applied Chemistry, Chinese Academy of Sciences (nationally recognized testing institute) tested the thermal weight loss of 8% at 1100°C for 48 hours, and the melting and devitrification temperature was 1375°C.
2. Electrical insulation: The volume resistivity is 10 times higher than natural mica. Electrical breakdown strength is PTFE
Lean 10 times.
3, hot and cold blasting stability is very good
5 cycles of -40°C~70°C at the 5th Saibao Lab of the Ministry of Information Industry
Inspection, all qualified.
4, anti-corrosion:
Fluorophlogopite does not react with acid and alkali solutions, and does not react with water. Under the long-term (2 to 3 years) scouring of high-temperature and high-pressure water (including acid and alkali), the original clarity and transparency can still be maintained.
5, high frequency performance:
The dielectric constant of fluorite mica is 4.6 ε, and the dielectric loss is (1~4)×10 −4 tg δ, and the dielectric loss is very low. And because of the pure texture, all parameters are extremely stable.
6, optical properties
Since the fluorite mica contains less impurities, its light transmittance is compared from infrared to ultraviolet.
High, the transmittance is close to 100%.
7, Mosaic (Mosaicity):
The Mosaicite of fluorocrystalline mica is less than 0.25 degrees, which was produced in the experiment.
The neutron flame is not high enough to absorb multi-band light beams and is an ideal neutron monochromator test material.
8, vacuum deflation performance:
The evaporative volume of fluorite mica is low, and it is measured with a mass spectrometer and the trace gas released is only
O2, N2, Ar and other adsorbed gases. Since the H2O vapor is not released, this is extremely valuable for use as an electrical vacuum insulation material, which can greatly increase the service life of the vacuum device.
9, excellent physical properties:
Fluorocrystalline mica has atomicity flatness, transparency, separability and elasticity, not aging
It is not brittle and so on.
Due to the high temperature resistance, corrosion resistance, low frequency loss, and high bulk resistivity
Absorb multi-band light beam, excellent light transmittance and other advantages. Therefore it has become an ideal new material in the high-end area.
Fluorocrystalline mica Available in:
In the range of 180mm×53mm or ∮76mm, it can be processed into various shapes according to user requirements. Thickness within the range of 0.02mm~1.0mm can be allocated according to user requirements. The conventional thickness is 0.04~0.2mm.
Fluorine crystal (fluorphlogopite, artificial mica) mica film for observation window of high pressure boiler water level gauge in thermal power plant
Fluorphlogopite Mica Fluorophlogopite Mica,Fluorophlogopite Sheet,Synthetic Fluorophlogopite Mica,Fluorophlogopite Mica Fragments Changchun City Taiyuan FluorphlogopiteCo. Ltd. , https://www.micaslice.com
In addition to affirming the actions of Chinese companies seeking oil overseas, it is necessary to remind related companies and related departments to look for oil overseas. It is a good thing, but it must be stable. Because looking for oil overseas is a high-risk strategic move. The success is naturally happy. In case of setbacks, the loss is huge.
First of all, there are political risks in finding oil overseas. International relations are changing and this political risk is increasingly difficult to grasp. The cooperation between CNOOC and Iran has been criticized by members of the United States Congress; the cooperation of CITIC in Kazakhstan has also been strongly blocked by the relevant departments of the host country.
Second, there are financial risks in finding oil overseas. The energy industry is a high-input, high-risk industry. A random field and a gas field are huge numbers of investments and purchase amounts. Before making a decision, decision-makers should make a full assessment of the corresponding financial risks, otherwise it will be difficult to deal with once problems arise. In this regard, Chinese companies already have a lesson from.
Again, there are other risks, including personal safety, for overseas oil searches. Although there are no financial risks in some of the energy producing areas, these places either have their own natural environment, or the social conditions in the region are complex and the public security is not good. This has brought great personal safety risks to overseas workers of Chinese companies. This cannot be prevented.
On the one hand, it is an urgent need for China’s economic development. On the other hand, it is a high risk of going overseas. This requires relevant companies and relevant government departments to establish a smooth channel for information exchange and a close research and consultation mechanism, as well as a comprehensive special case response plan. To ensure that the overseas energy strategies of Chinese enterprises are well-established, stable, and long-standing, this will provide China with a long-term, stable driving force for economic development.
Oil and gas industry energy development strategy should take the word "stability"
Before and after the New Year, Chinese companies’ overseas oil-finding activities frequently took place. Sinopec, CNOOC, and CITIC Group all made great efforts to take advantage of the situation in the international market. Compared with the rapid increase in energy demand brought about by China’s rapid economic development, the actions of these companies are praiseworthy.