Succinic Acid Butane diacid Butanedioic acid

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Product Description:

  • CAS No.: 110-15-6

  • Other Names: Succinic acid

  • MF: C4H6O4

  • EINECS No.: 203-740-4

  • FEMA No.: N/A

  • Fusing point:: 181℃Type: Thickeners,

  • Other

  • Boiling point: 235℃Relative density: 1.57


Packaging Details:Succinic acid is packed in 25kgs per bag or required by customer
Delivery Detail:within 7 days after the payment.


Specifications

Succinic acid
1.CAS NO:110-15-6
2.Prompt shipment
3.High quality& competive price
4.Best service

Basic Information:

Product Name:

Succinic Acid

Synonyms:

Butane diacid;

Butanedioic acid;

amber acid;

CAS RN.:

110-15-6

EINECS:

203-740-4

Molecular Weight:

118.08924

Molecular Formula:

C4H6O4

Melting Point(°C):

185-190°C

Boiling Point(°C):

236.1°C at 760 mmHg

Flash Point(°C):

110.9°C

Water Solubility:

80 g/L (20°C)

Use: as alanytical reagent; in electroplating; in manufacturing drug, dye, fragrance, plastic, resin, etc.

 

1.Butanedioic acid  is used in Flavors&Essences for food and beverage.

2. Succinic Acid also used in Producing five heterocyclic compounds, Intermediate for dyes, perfumes, lacquers, photographic chemicals, alkyd resins, plasticizer, Metal treatment chemical, vehicle water cooling systems and coatings.

3.It is also used for pharmaceutical industry.



Packaging & Storage:. is packed in 25kgs per bag or required by customer ,Store in a cool dry place.


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Q:Why is the catalyst?
A brief description of restriction endonucleases and DNA ligases: Restriction endonucleases, and DNA ligases, can be said to have nothing to do with energy calculations. In particular, the actual effect of these two enzymes is not to switch between A (DNA) and B (disconnected DNA) states. Restriction endonucleases do not need to open base pairing in addition to the phosphates, whereas the DNA ligase itself is responsible for linking 5'-phosphate and 3'-hydroxy. Which use the energy supply substances, coenzyme are not the same, can not be used as the same reaction is positive and negative process considerations.
Q:Co and No form a chemical equation for Co2 and No2 under the action of a catalyst
2CO + 2NO == N2 + 2CO2
Q:Is the enzyme in the enzyme bigger than gold?
A biological enzyme is equivalent to a key that opens a complex compound whose importance is that its unique structure or multidimensional shape matches a part of the group. Once these two parts are combined, the specific chemical bond in the group molecule changes as if the lock was opened. When the reaction is completed, the enzyme is released and repeated with the next group, followed by repeated repeats. Many chemical reactions in the normal temperature conditions, the reaction is very slow so that the whole process is difficult to be perceived.
Q:Why is the catalyst in the chemical balance, the rate of change and balance?
But the positive reaction rate is accelerated, but also speed up the reverse reaction rate, the two increase the same multiple, so the system is still in a stable state, the same balance.
Q:Explain how a catalyst may increase the rate of chemical reaction?
A catalyst lowers the acitvation energy of a reaction.
Q:What are the methods of catalyst characterization?
Catalyst characterization is through the physical or chemical detection test means, the structure and nature of the catalyst to give a state description, to help explain the characteristics and characteristics of the catalyst,
Q:The role and significance of chemical catalysts
To speed up or slow down the chemical reaction is to make the chemical reaction more direct, simple and straightforward to adopt
Q:What is the definition and function of the catalyst in chemistry?
The catalyst plays an important role in chemical production. For example: in the oil refining process, the use of high-performance catalyst into gasoline and no other; in the car exhaust treatment process, with the catalyst to promote harmful gas conversion ...
Q:NH3 and O2 in the presence of catalyst in the chemical reaction occurred how to write,
4NH3 + 5O2 == 4NO + 6H2O
Q:The greater the chemical adsorption strength, the catalyst activity changes
If the adsorbent is a reactant, then the better the adsorption capacity of the better catalytic effect; but the catalyst surface of the product will generally have adsorption, if this effect has become very strong, then desorption The process will become difficult, the catalytic effect will decline; the other one, if the adsorption of other substances, such as the reaction may produce a reaction or the catalyst will poison the material, it is greatly detrimental to the catalytic effect. The effect is to be controlled in a suitable optimum range for superior, and preferably to be selectively adsorbed.

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