Formic acid is miscible with water and most polar organic solvents, and somewhat soluble in hydrocarbons. In hydrocarbons and in the vapor phase, it actually consists of hydrogen-bonded dimers rather than individual molecules. In the gas phase, this hydrogen-bonding results in severe deviations from the ideal gas law. Liquid and solid formic acid consists of an effectively endless network of hydrogen-bonded formic acid molecules.
Purpose:
Formic Acid is widely used in diversified lines all over the world.
1). Pharmaceutical industry: Caffeine, Analgin, Aminopyrine, Vitamin B1, etc.
2). Pesticide industry: Triazolone, Disinfest, etc.
3). Chemical industry: Methane amide, DMF, Age resister, etc.
4). Leather industry: Tanning, etc.
5). Textile industry: Natural Rubber.
6). Rubber industry: Coagulation, etc.
7). Steel industry: Acid cleaning of steel production, etc.
8). Paper industry: Pulp manufacturing, etc.
1). Pharmaceutical industry: Caffeine, Analgin, Aminopyrine, Vitamin B1, etc.
2). Pesticide industry: Triazolone, Disinfest, etc.
3). Chemical industry: Methane amide, DMF, Age resister, etc.
4). Leather industry: Tanning, etc.
5). Textile industry: Natural Rubber.
6). Rubber industry: Coagulation, etc.
7). Steel industry: Acid cleaning of steel production, etc.
8). Paper industry: Pulp manufacturing, etc.
9). Food industry: Disinfectant, etc.
10). Poultry industry: Silage, etc.
10). Poultry industry: Silage, etc.