Yashika Solutions

Analytical Determination Assemblies ? RELIGLAS comprise a comprehensive range of precision laboratory glassware setups designed for compliance-based chemical analysis and functional group determination. Manufactured from high-quality, chemically resistant glass, these assemblies ensure accuracy, durability, and repeatable analytical performance.

Each apparatus is supplied as a complete, ready-to-use assembly, ensuring correct component compatibility and adherence to standardized analytical methods specified under IS and USP regulations.

Available Determination Assemblies & Applications:

• Carbaryl Content Determination Apparatus (IS) ? Used for pesticide formulation analysis and quality control.
• Sulphur Di-Oxide Assembly (USP) ? Designed for SO? determination in pharmaceutical and analytical testing.
• Methoxy Determination Assembly (USP) ? Used for methoxy group estimation in organic and pharmaceutical compounds.
• Fluoride Determination Assembly (IS) ? Suitable for fluoride analysis in water, chemicals, and industrial samples.
• Cyanide Distillation Apparatus ? Used for cyanide separation and quantitative determination.
• Mancozeb Content Determination Assembly (IS) ? Designed for fungicide analysis and pesticide quality control.
• Hydroxyalkyl Determination Assembly (USP) ? For determination of hydroxyalkyl functional groups.
• Alkoxy & Alkylamino Group Determination Assembly (Micro Zeisel Method) ? Used for micro-scale alkoxy and alkyl amino group estimation.
• Micro Acetyl Group Determination Apparatus (Wiesenberger Method) ? Designed for precise acetyl group determination.

These assemblies are widely used in:

• Pharmaceutical quality control laboratories
• Pesticide and agrochemical testing
• Environmental and water analysis
• Regulatory compliance testing
• Research and analytical institutions

Analytical determination assemblies ? RELIGLAS combine standards-compliant design, robust glass construction, and analytical reliability, making them essential tools for laboratories performing regulated chemical determinations.