Refrigerant Gas R23

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: 1000MT m.t./month

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Specifications

refrigerant r23
high purity and quality
good price
OEM

net weight 8kg & 30kg refrigerant r23 gas for sale

Q: MOQ

A: Refrigerant is hazardous article, it doesn't fit less than continer load, however if you can arrange shipping by yourself, there is no strict policy on MOQ.

Q: quality

A: Our plant works with everything from the raw material to the finished product. We have R&D, Quality Control and Certificates. All products are with high quality, we guarantee you get the qualified product.

Q: advantage

A: Advanced technology and equipment, high quality products, efficient production time and good delivery, accept OEM and Customized. Professional, high quality, reasonable price is our core competitiveness.

Q, Overview

A: As a supplier of international market. For many years experiences in exporting, we have expanded our business around the world, reached a good market share and enjoyed a good reputation among our customers. We can offer you good price and provide the products meet your needs. Besides, a wide range of service from us for your convenience and save your time and money.

Product description

R23
COMPONENTS
Trifluoromethane	CAS NUMBER WEIGHT% 75-46-7 100
Physical Property
Molecular Weight	70.01
Boiling Point, °C	-82.1
Ice Point, °C	-152.15
Critical Temperature, °C	25.9
Critical Pressure, Mpa	4.84
Saturated Liquid Density, 25°C,(g/cm3)	2.35
Specific Heat of Liquid, 25°C,[KJ/(kg. °C)]	1.55
ODP	0
GWP	11700
Quality Index
Purity,%	≥99.5
Moisture, PPm	≤20
Acidity, PPm	≤1
Vapor Residue, PPm	≤100
Appearance	Colorless, No turbid
Odor	No Strange Stench
Packing	Recyclable cylinder 40L, 500L;
Applications	Used as refrigerant, fire-extinguishing agent

Q: Why does the molecular atom compound do not belong to the life structure: Life structure is composed of CHO as the main element through the covalent bond of the combination of hydrocarbons and their derivatives, and you said the molecular atomic compounds are usually atomic or ionic bond

Q: The functional group of the derivative of the hydrocarbon: Yes, the number of carbon after a certain, only to determine the nature of the functional group. This is also the reason for the name of the functional group

Q: What is the proportion of hydrocarbons synthesized by Fischer-Tropsch Synthese in liquid fuels consumed by Nazi Germany? What are the proportions of these hydrocarbons as an industrial raw material into their military industry, in addition to fuel? At that time, did the Fischer-Tropsch preparations occupy an important position in Nazi Germany's military industry or heavy industry?: The traditional FT synthesis method of the product of heavy hydrocarbon content is high, the composition is complex, so the combustion efficiency is not optimistic. Germany is in view of the supply of oil is less than consumption (loss of production areas and lack of refined production capacity) was forced to take the FT technology to add (Germany's local coal reserves larger). So the FT fuel in the World War II Germany's energy system accounted for little, the specific data is still controversial, there are 15% and 25% said.

Q: The role of aromatic hydrocarbons: Aromatic compounds, historically, refer to a class of aromatic scent made from plant gums, but most of the currently known aromatic compounds contain no fragrance, so the word aromatic has been lost [1] The aromatic compounds are the general term for the carbocyclic compounds and their derivatives that conform to the Hockel rules, and their molecules have closed cyclic conjugated systems in their molecules; Π electrons meet 4n + 2, and the height is delimited; the bond length is averaged.Therefore, the compounds have a high degree of unsaturation, but the properties are relatively stable, such as easy to replace, and difficult to add and oxidation. This part focuses on the structure, naming, chemical properties, localization effects and application of aromatics in organic synthesis. [2]

Q: Does Organic Chemistry Study the Performance of Hydrocarbons and Their Derivatives?: Also study the structure and transformation

Q: Organic chemistry studies the performance of hydrocarbons and their derivatives, either right or wrong: Correct

Q: What is the current status of carbon dioxide capture technology and how is it compared to plants that absorb carbon dioxide?: I think it 's harder if the thing is to be industrialized. = Such as carbon dioxide hydrogenation into methane, after the methane transport or storage is also a relatively large problem bars And not to say that the hydrogenation of carbon dioxide into methane has been studied for a long time, but it does not seem to have developed any big news like ah There is also electrochemical reduction of carbon dioxide. It is relatively easy to produce formic acid in the aqueous phase, such as the Partially oxidized atomic cobalt oxide for carbon dioxide electroreduction to liquid fuel (Nature: Nature Publishing Group) recently made by Xie Yi. The But the separation of formic acid and water is also a more difficult thing ah. The

Q: What is the aromatic hydrocarbon .. what is the derivative of the aromatic hydrocarbon: Aromatic hydrocarbons referred to as "aromatic hydrocarbons", refers to the molecule containing benzene ring structure of the hydrocarbons. Is a closed chain.

Q: Junior high school chemistry knowledge, please explain what is organic compounds, inorganic compounds.: Organic matter is an abbreviation for organic compounds. At present, human beings know more than 900 million kinds of organic matter, the number is far more than inorganic.

Q: Why does the hydrocarbon derivative make the bromine water fade and the hydrocarbon can not: As long as carbon and carbon double bonds and three hydrocarbons can be hydrocarbons

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