Product Description
Phthalimide Chemical Compound is known for its acidic content. It is produced by applying heat on combined form of aqueous ammonia and phthalic anhydride. In pharmaceutical chemistry, this powder based chemical is used as analgesic, anti inflammatory and immunomodulatory factors. Phthalimide Chemical Compoundis required during synthesis of indigo and also for producing thiosalicyclic acid for the synthesis of several indigo based vat dyes. Standard of this chemical has been verified on the basis of its composition, storage life, physical and chemical attributes etc.
High Purity and Quality StandardsPhthalimide is provided at a superior purity level of 99%, supporting industrial and laboratory requirements. Certified to meet both AR and ACS grade specifications, it assures reliability and consistency for users across the chemical supply chain.
Versatile ApplicationsThis compound holds significant relevance in manufacturing pharmaceuticals, dyes, pigments, agrochemicals, and polymers. Its utility as an intermediate streamlines complex organic syntheses, making it a preferred choice for chemical producers and formulators.
Safe and Stable StoragePhthalimide should be stored in a cool, dry area to maintain its stability and extend shelf life up to 36 months. With resistance to moisture and robust packaging in HDPE containers, the compound stays protected from environmental factors during transit and storage.
FAQs of Phthalimide Chemical Compound:
Q: How is Phthalimide typically produced?
A: Phthalimide is synthesized through the chemical reaction of phthalic anhydride with ammonia, resulting in a stable crystalline compound ready for industrial use.
Q: What benefits does Phthalimide offer in pharmaceutical manufacturing?
A: Phthalimide serves as a reliable intermediate, facilitating the preparation of various drugs by streamlining synthetic procedures and ensuring purity, which enhances overall product quality.
Q: Where should Phthalimide be stored to maintain its stability?
A: It is recommended to store Phthalimide in a cool, dry environment to preserve its solid, crystalline form and maintain its chemical stability for up to 36 months.
Q: When is Phthalimide used in the synthesis process?
A: Phthalimide is commonly utilized at intermediate stages of organic synthesis, especially in the development of dyes, pigments, pharmaceuticals, and agrochemicals.
Q: What are the packing options for Phthalimide?
A: Phthalimide is supplied in durable HDPE bags or drums, ensuring safe and secure packaging for transportation, handling, and long-term storage.
Q: Is Phthalimide hazardous or poisonous to handle?
A: Phthalimide is not classified as hazardous and is considered non-poisonous when handled according to standard safety guidelines, making it suitable for diverse industrial environments.
Q: How can Phthalimide be used in polymer manufacturing?
A: It acts as a chemical intermediate in the synthesis of various polymers, assisting in the creation of specialized compounds that cater to industrial and laboratory-grade requirements.
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