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Sulfamide H4N2O2S CAS:7803-58-9 - High-Quality Sulfamide from China Suppliers and Factory

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Sulfamide H4N2O2S CAS:7803-58-9 - High-Quality Sulfamide from China Suppliers and Factory

Sulfamide, known scientifically as sulfuric diamide, is an important chemical compound with the formula SO2(NH2)2 and the structure H2N–S(=O)2–NHThis versatile compound is primarily synthesized through the reaction of sulfuryl chloride and ammonia. As a leading product among chemical manufacturers, we, as a top-tier factory in China, provide high-quality sulfamide to various industries. Our reputation as reliable suppliers in the market ensures that you receive premium chemical solutions tailored to your needs. Choose our sulfamide for your industrial applications and benefit from our commitment to excellence
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    Product Introduction

    White or off-white crystalline substances. They are soluble in alcohols and hot water but insoluble in cold water, ether and benzene. At room temperature, they can absorb dry ammonia gas to form colorless ammonia complexes. They are stable in acidic, neutral and alkaline aqueous solutions.
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    High Stability
    Stable in acidic, neutral, and alkaline aqueous solutions, ensuring reliable performance across various environments.
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    Versatile Compatibility
    Compatible with transition metal-catalyzed cross-linking, amide/ester formation, and nucleophilic alkylation reactions.
    Sulfonamide has the properties of stability, availability and compatibility in various reaction conditions, including transition metal-catalyzed cross-linking reactions, amide/ester formation reactions, nucleophilic alkylation reactions, etc. Therefore, sulfonamide compounds are the best reagent sources for sulfonamide groups in the later stage.
    Sulfonamide crystalline substance
    Sulfonamide chemical structure
    Sulfonamide molecular ball model
    Frequently Asked Questions
    Q1: What is the physical appearance of Sulfonamide?
    Sulfonamides are typically white or off-white crystalline substances.
    Q2: What are the solubility characteristics of these compounds?
    They are soluble in alcohols and hot water, but remain insoluble in cold water, ether, and benzene.
    Q3: How does Sulfonamide react with ammonia gas?
    At room temperature, they can absorb dry ammonia gas to form colorless ammonia complexes.
    Q4: Is Sulfonamide stable in different pH environments?
    Yes, these compounds are highly stable in acidic, neutral, and alkaline aqueous solutions.
    Q5: Which chemical reactions are Sulfonamides compatible with?
    They are compatible with transition metal-catalyzed cross-linking, amide/ester formation, and nucleophilic alkylation reactions.
    Q6: Why are sulfonamide compounds considered ideal reagent sources?
    Due to their stability, availability, and compatibility, they serve as the best reagent sources for sulfonamide groups in late-stage chemical synthesis.