Why is the demand for high-quality formic acid suddenly increasing? You should know these points about anhydrous formic acid!
Why is the demand for high-quality formic acid suddenly increasing? You should know these points about anhydrous formic acid!,
formic acid ，Anhydrous formic acid，formic acid 99% formic acid 94% formic acid 90%formic acid 85% Formic acid manufacturer,
Process
We produce Formic Acid by the most advanced Methyl Formate
technology. Firstly, Methyl Formate is produced from CO and Methanolwith the action of catalyst. Under a certain temperature and pressure,Methyl Formate is hydrolyzed to Formic Acid. Low purity Formic Acidsolution will beconcentrated to higher ones to meet different require-
ments of customers.
Reaction Equation:HCOOCH3+H2O HCOOH+CH3OH Production
Application
1. Latex industry:Coagulation,etc.
2. Pharmaceutical industry:Caffeine, Analgin ,
Aminopyrine,Aminophyl-line, Theobromine bomeol, Vitamin B1，Metronidazole,Mebendazole, etc.
3. Pesticide industry:Triadimefon，Triazolone,
Tricyclazole, Triazole ，Triazophos, Paclobutrazol, Sumagic，Disinfest, Dicofol, etc.
4.Chemical industry:Calcium formate, Sodium formate , Ammoniumformate, Potassium formate, Ethyl formate , Barium formate, DMF, Formamide, Rubber antioxidant, Pentaerythrite, Neopentyl glycol, ESO, 2-Ethy! hexyl ester of epoxidized soybean oil, Pivaloyl Chloride,
Paint remover, Phenolic resin , Acid cleaning of steel production, Methane amide, etc.
5.Leather industry: Tanning,deliming,Neutralizer,etc.
6. Poultry industry:Silage,etc.
7. Others:Can also manufacture printing and dyeing mordant.Coloring
and finishing agent for Fiber and paper, Plasticizer,Food freshkeeping, Feed additive,etc
8. Producing cO:Chemical reaction: HCOOH=(dense H, So4catalyze)heat=CO+H，O
9.Deoxidizer: Test As，Bi，Al，Cu，Au，Im,Fe,Pb, Mn, Hg ，Mo， Ag,Zn, etc.Test Ce, Re, Wo.Test aromatic primary amine, secondary amine.dis-solvant for testing molecular WT and crystallization.Test methoxyl.
10.Fix-er for microscopic analysis.Producing formate.chemical cleaningagent, Formic acid are free of CL, can be used for cleaning stainlesssteel equipment
|
Item |
|
||
|
90% |
|||
|
Superior |
Firs-class |
Qualified |
|
| Formic Acid, w/% ≥ |
90 |
||
| Colour /Hazen（Pt-Co）≤ |
10 |
20 |
|
| Diluting(sample＋water＝1十3) |
Clear |
Pass test |
|
| Chlorides（as Cl），w/%≤ |
0.0005 |
0.002 |
0.002 |
| Sulphates（as SO4），w/%≤ |
0.0005 |
0.001 |
0.005 |
| Iron（as Fe）w/%≤ |
0.0001 |
0.0004 |
0.0006 |
| Evaporation Residues w/% ≤ |
0.006 |
0.015 |
0.02 |
Actually, anhydrous formic acid is just a very common organic compound, which has corrosiveness, irritancy, and flammability. But now anhydrous formic acid has a wide range of applications in many fields, such as chemical industry, medicine, food, etc. Why is anhydrous formic acid being used more and more frequently now?
Anhydrous formic acid is widely used in the chemical industry. It can be used to produce chemical products such as formates and formates, which are widely used in industries such as plastics, rubber, fibers, and leather. In addition, anhydrous formic acid can also be used as a polymerization catalyst, preservative, disinfectant, etc.
In addition, anhydrous formic acid is also widely used in the food industry. For example, anhydrous formic acid can be used to marinate food to prevent it from spoiling and spoiling; At the same time, it can also be used as a food additive to improve the taste and quality of food.
In addition to its usage, academic research on anhydrous formic acid has also grown, and the synthesis methods of anhydrous formic acid have always been a hot topic of concern for chemical researchers. At present, the main synthesis methods include oxidation, acid-base, fermentation, etc. Researchers are continuously optimizing these synthesis methods to improve the yield and purity of anhydrous formic acid.
With the continuous development of science and technology, the application research of anhydrous formic acid in new fields is gradually deepening. For example, anhydrous formic acid can be used to prepare new materials such as carbon nanotubes and graphene, and it has also been demonstrated in the rapidly developing electronics industry. In addition, anhydrous formic acid is also used in research fields such as biological imaging and biological detection.
The research on anhydrous formic acid in the field of environmental protection has also received much attention. Due to its strong corrosiveness and irritancy, anhydrous formic acid causes certain environmental pollution. Therefore, researchers are committed to developing environmentally friendly treatment technologies for anhydrous formic acid, such as catalytic oxidation and biodegradation, to reduce the impact of anhydrous formic acid on the environment.
In addition to expanding its scope in various fields, the research on anhydrous formic acid is also constantly deepening, providing possibilities for its application in more fields. However, the corrosiveness and irritancy of formic acid pose certain risks to the environment and human health, but finding a suitable anhydrous formic acid can also greatly reduce it. Therefore, it is very important to find a suitable anhydrous formic acid in such a large environment! If needed, please feel free to contact and communicate.
Rainy Overseas Dept. Director
Hebei Pengfa Chemical Co., Ltd. Huanghua Pengfa Chemical Co.. Ltd.
+86 0317 5811698 +86 18931799878 +86 0317 5811696
@rainy@hhpfchem.com Gwww.pengfachemical.com www.hhpfchem.com
