About Paraformaldehyde Chemical
Paraformaldehyde
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Specifications:
| Methanol content | max 0. 8 % |
| Acidity (as formic acid) | max 0-03 % |
| Hierroiron content | max 2 ppm |
| Cenizasashes content | max 100 ppm |
| Grain size (min. 80 %) | > 0. 2 mm |
| pH (10 % aqueous solution) | 41397 |
| Reactivity (resorcinol method) | 2-4 min. |
Versatile ApplicationsParaformaldehyde serves a crucial role in various industries as a powerful disinfectant, efficient fungicide, and essential fixative. It is also widely utilized in the manufacture of resins and as a laboratory reagent, making it indispensable for chemical production and analytical processes.
Safe Storage and HandlingTo maintain its stability and effectiveness, paraformaldehyde must be stored in a cool, dry, well-ventilated area far from any sources of ignition. Proper packaging in HDPE bags or drums ensures safe storage and transportation, minimizing hazardous exposure and preserving product integrity.
Chemical Properties and CompositionComposed of linear polyoxymethylene, paraformaldehyde appears as white granules or powder with a strong formaldehyde odor. With a melting range of 120C170C and an autoignition point of 300C, it is slightly soluble in cold water, becoming more soluble at elevated temperatures. This compound offers neutral to slightly acidic pH in aqueous solutions.
FAQs of Paraformaldehyde Chemical:
Q: How should paraformaldehyde be stored to maintain its stability?
A: Paraformaldehyde should be stored in a cool, dry, and well-ventilated place, away from sources of ignition. Proper storage in HDPE bags or drums ensures chemical stability and safety over its 12-month shelf life.
Q: What is the main industrial usage of paraformaldehyde?
A: Paraformaldehyde is primarily used as a source of formaldehyde in resin manufacturing, disinfectant treatments, fungicide applications, and as a fixative or laboratory reagent in chemical industries.
Q: When does paraformaldehyde start to decompose and what are the safety implications?
A: Paraformaldehyde begins to decompose at around 170C, releasing formaldehyde gas which is toxic. Handling at elevated temperatures should be done with proper ventilation and protective equipment to avoid exposure.
Q: Where is paraformaldehyde commonly exported or supplied from?
A: Paraformaldehyde is widely exported, imported, and supplied by chemical companies in India, distributed in industrial-grade packaging suitable for bulk and laboratory use.
Q: What ecological hazards does paraformaldehyde pose?
A: Paraformaldehyde is very toxic to aquatic life. It should not be released into waterways and must be handled with care to prevent environmental contamination.
Q: How is paraformaldehyde used for disinfecting purposes?
A: Paraformaldehyde acts as an effective disinfectant by releasing formaldehyde vapors when heated or dissolved, which help in sterilizing equipment, surfaces, and laboratory areas.
Q: What are the benefits of using paraformaldehyde over liquid formaldehyde?
A: Paraformaldehyde provides a more controlled and solid source of formaldehyde, allowing for easier handling, storage, and dosing in industrial and laboratory settings.