• R125 Gas in Refillable Cyl System 1
R125 Gas in Refillable Cyl

R125 Gas in Refillable Cyl

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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

1.OEM is accepted
2.Delivery time:15 days
3.Good service after sale
4.competitive price in this line

Refrigerant, it is an important component of mixed working substance, and can replace R502 and R22. Used as fire-extinguishing agent, can replace Halon1211 and Halon1301.

Property of chloride

Formula:                      CHF2CF3

Molecular weight:                120.0

B.P.,°C:                         -48.3

Critical temperature,°C:             66.05

Critical pressure, MPa:              3.59

Critical density, g/cm3:              0.571

Liquid density, 25°C,g/cm3:          1.19

Vaporization heat at B.P., KJ/Kg:      165

ODP(CFC-11=1):                  0

QWP(CO2=1):                    3500

Quality standard

Appearance:           Colorless, no turbid

Odor:                       Odorless

Purity, ≥%:                 99.8

Water, ≤%:                 0.001

Acidity, ≤%:                0.0001

Residue on evaporation, ≤%:   0.001


Q: What is the difference between an aromatic compound and a hydrocarbon derivative?
The aromatic compound is a benzene ring containing compound, which may be a hydrocarbon or a hydrocarbon derivative. Hydrocarbons are hydrocarbon-containing compounds, and hydrocarbons containing hydrocarbons other than hydrocarbons are derivatives of hydrocarbons. The two concepts have crossed.
Q: Sugar, fat, and so on a variety of organic matter is full of different units of the heat of the small box. (Save the heat the most efficient, the least loss of heat the most practical and most economical box).
Understand enough messy
Q: Identification of Derivatives of Chemical Hydrocarbons in High School
Give you a formula: halogen water consumption, alcohol sodium oxygen consumption, phenolic acid picking, aldehyde plus oxidation.
Q: Are all carbon compounds all organic?
No, carbon dioxide and carbonates, bicarbonate is not it
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: Is not organic matter must not hydrogen ah?
Not without hydrogen, there must be C, but the material containing C is incomplete organic matter. Like H2CO3 and carbonate
Q: What are the derivatives of hydrocarbons?
Including alcohols, acids, aldehydes, ethers, esters, halogenated hydrocarbons and the like
Q: Peracetic acid is not
A series of compounds produced by the substitution of hydrogen atoms in other molecular or atomic groups as hydrocarbon derivatives, peroxyacetic acid is CH3COOOH, and should be considered
Q: What cells are composed of compounds
The organic matter that constitutes the cell generally refers to the general term for carbon-containing compounds or hydrocarbons and their derivatives. In nature, the types of organic matter are extremely numerous. Among them, organic compounds - carbohydrates, proteins and nucleic acids, which are composed of carbon, hydrogen, oxygen, nitrogen, sulfur and phosphorus, are the most important organic compounds in cells.
Q: From the molecular level, are not all the energy obtained from the redox reaction?
Because one to be recycled, and secondly to be converted into electricity

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