Product overview
Maleic Acid is a reactive unsaturated dicarboxylic acid evaluated for pharmaceutical intermediates and salts, pH-regulation systems, resin synthesis and downstream organic-acid production. Grade and impurity profile must be selected for the intended application.
Function & Usage
- Bind, Lubricate & Support Dosage Forms
Supports dosage-form processing through binding, lubrication, flow, suspension, taste or texture control according to the selected excipient. Typical uses: Pharmaceutical intermediate and salt formation, Pharmaceutical pH regulation subject to excipient grade, Unsaturated polyester resin synthesis.
- Build Agrochemical Intermediates
Provides a selected synthesis building block for crop-protection intermediates or custom agrochemical routes; route fit and end-use authorization require technical review. Typical uses: Pharmaceutical intermediate and salt formation, Pharmaceutical pH regulation subject to excipient grade, Unsaturated polyester resin synthesis.
Product information
- Primary category:
- Fine Chemicals, Pharmaceuticals & Healthcare, Paints, Coatings, Adhesives & Construction, Agriculture & Crop Solutions
- Subcategory:
- Organic Acids & Pharmaceutical Intermediates
- CAS No.:
- 110-16-7
- Form:
- White crystalline powder
- Content / Grade:
- Pharmaceutical / industrial grade; specification by quotation
- Applications:
- Pharmaceutical intermediate and salt formation, Pharmaceutical pH regulation subject to excipient grade, Unsaturated polyester resin synthesis, Agrochemical, dye and organic-acid synthesis
- Hazard / Transport:
- May be harmful or irritating by inhalation, ingestion or skin contact depending on purity and form. Control dust or vapor exposure and confirm classification, incompatibilities and transport status from the current grade-specific SDS.
- Storage:
- Store tightly closed in a cool, dry, dark and well-ventilated place. Protect from moisture, heat and ignition sources and segregate from oxidizing agents and other incompatible materials identified in the current SDS.