Blog - Aure Chemical

Safety, Storage, and Handling Guidelines for Ethylidene Chloride (CAS 75-34-3)
2025-09-09
Learn safety, storage, and handling guidelines for ethylidene chloride (1,1-dichloroethane, CAS 75-34-3), including health and environmental hazards, PPE requirements, spill response, firefighting measures, and regulatory compliance for safe use in industrial and laboratory settings.
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Ethylidene Chloride vs. Ethylene Dichloride: What’s the Difference?
2025-09-09
description" content="Compare ethylidene chloride (1,1-dichloroethane, CAS 75-34-3) and ethylene dichloride (1,2-dichloroethane, CAS 107-06-2): differences in structure, physical properties, synthesis, industrial applications, toxicity, and safety considerations. Includes a key differences table for quick reference.
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Applications of Ethylidene Chloride in Industry and Organic Synthesis
2025-09-09
Explore the applications of ethylidene chloride (1,1-dichloroethane, CAS 75-34-3) in industry as a chemical intermediate, solvent, and in polymers, plus its role in organic synthesis for alkylation, halogenation, and fine chemicals. Includes safety guidelines, environmental impacts, and market prospects.
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How to via Photochemical Chlorination to Prepare Hexachloroacetone
2025-09-07
Discover how to synthesize hexachloroacetone (CAS 116-16-5) via photochemical (UV) chlorination of acetone in a laboratory setting. Learn about the reaction setup, UV light conditions, purification by distillation, and essential safety precautions for handling chlorine gas and toxic products.
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How to Prepare Hexachloroacetone via the Catalytic Liquid-phase Chlorination Reaction of Acetone
2025-09-07
Learn how hexachloroacetone (CAS 116-16-5) is produced through catalytic liquid-phase chlorination of acetone, including industrial methods using activated carbon and laboratory synthesis. Explore process details, safety precautions, and its applications in organic synthesis and deuterated chloroform production.
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