Kipp’s Apparatus, PP

The GISCOM Kipp’s Apparatus (Polypropylene) is a classic gas-generation device designed for the controlled production of gases such as hydrogen sulfide, carbon dioxide, and hydrogen in laboratory environments. Its three-chamber construction enables safe, continuous, and on-demand gas evolution through the reaction of acids with suitable metal sulphides. Essential for chemistry labs, academic teaching, and industrial QC/QA processes, this apparatus ensures reliable gas output while minimizing handling risks.

Key Features

• The three-chamber design ensures steady and regulated gas generation
• High chemical resistance, suitable for acidic and sulfide reactions
• Leakproof PTFE stopcock for precise gas release and enhanced safety
• Durable PP body—lightweight, shatterproof, and corrosion-resistant
• Residual outlet at base with a cap for convenient drainage and cleaning
• Integrated thistle funnel and bulb system for simplified acid addition
• Clear gas-delivery tubing compatibility for easy connection to instruments
• Safe for repetitive use in teaching and industrial labs

Material Specifications

• Material: High-purity Polypropylene (PP) with PTFE plug stopcock
• Thermal Properties: Stable up to PP working temperature limits; suitable for non-heated gas reactions
• Chemical Properties: Resistant to acids, alkalis, salts, metal sulfides, and reactive by-products
• Mechanical Strength: Impact-resistant, non-breakable compared to glass Kipp’s apparatus
• Quality Standard: Produced under ISO 9001:2015 compliant manufacturing

Technical Specifications

• Capacity: Standard laboratory size (three interconnected domes)
• Components Included: PP three-part body, PTFE lubricated stopcock, Thistle funnel with Residual outlet with screw cap, Gas outlet nozzle, and tubing
• Tolerance: Precision-molded chambers ensure proper seal and reaction efficiency
• Calibration: Not applicable (non-measuring laboratory apparatus)

 Handling & Precautions

• Use only recommended reagents compatible with PP construction
• Rinse thoroughly after each use to prevent deposits of sulfide or acid residues
• Do not expose the apparatus to excessive heat or open flames
• Avoid strong oxidizing agents that may degrade PP
• Ensure proper ventilation when generating gases
• Store in a cool, dry area away from direct sunlight
• Check stopcock and seals regularly to maintain leakproof operation

Applications

• Educational chemistry labs for demonstrating gas-generation principles
• Pharmaceutical QC/QA labs for controlled gas reactions
• Chemical and petrochemical industries need small-scale gas output
• Biotech and research centers for analytical and preparative gaseous reactions
• Useful in qualitative analysis, sulfide tests, carbonate reactions, and controlled gas delivery to instruments