The Wincom Gas Generator is a specialized laboratory glassware apparatus designed for the safe, controlled, and efficient generation of small volumes of gases without the need for high-pressure cylinders. Operating on the classic principle of solid-liquid chemical reactions, it allows technicians to easily produce gases such as Hydrogen ($H_2$), Carbon Dioxide ($CO_2$), and Hydrogen Sulfide ($H_2S$) on demand. Forged from premium borosilicate glass, this compact gas generator features a heavy-duty reaction chamber with an integrated stopcock assembly, ensuring a steady, leak-free gas flow for analytical testing and classroom demonstrations.

Technical Specifications

• Equipment Type: Laboratory Gas Generating Bottle / Compact Kipp’s Apparatus Style Generator

• Material Composition: Premium Grade 3.3 Borosilicate Glass (High chemical and thermal resistance)

• Complete Assembly Components: Heavy-walled reaction bottle, a thistle funnel or dropping funnel for controlled acid addition, a gas delivery side-arm tube, and a leak-proof stopcock/valve

• Available Volumetric Capacities: Standard laboratory sizes (e.g., 250ml, 500ml, or 1000ml variants)

• Joint Interfaces: Precision ground-glass joints (e.g., 24/29 or 29/32) ensuring a completely airtight system

• Flow Control Valve: High-grade PTFE or ground-glass stopcock for instant gas flow regulation

• Chemical Stability: High inertness against highly concentrated acids, alkalis, and volatile chemical reagents

Key Features

• On-Demand Gas Flow Regulation: Outfitted with a precision-molded PTFE or glass stopcock that allows the user to start, slow down, or completely halt gas generation instantly by isolating the liquid acid from the solid reagent.

• Premium Airtight Ground Joints: Designed with interchangeable, heavy-duty ground-glass connections that lock together seamlessly, preventing toxic or flammable gas molecules from escaping into the lab atmosphere.

• Thick Borosilicate Glass Structure: Precision-blown with highly uniform, reinforced walls that easily absorb internal pressure shifts and resist exothermic reaction heat without cracking.

• Stable Broad-Bottom Geometry: Features an extra-wide, level flat bottom that keeps the entire vertical funnel assembly perfectly balanced on workbenches, preventing accidental tipping or acid spills.

• Corrosion-Proof Component Matrix: The entire internal pathway is fully resistant to aggressive chemical attack from concentrated hydrochloric or sulfuric acids, maintaining absolute purity of the generated gas.

Primary Applications

• Small-Scale Gas Synthesis: Safely generating pure Hydrogen ($H_2$), Carbon Dioxide ($CO_2$), Hydrogen Sulfide ($H_2S$), or Sulfur Dioxide ($SO_2$) gases for analytical identification tests.

• Qualitative Inorganic Analysis: Supplying a steady stream of gas to precipitate metal ions out of aqueous solutions during systematic group testing procedures.

• Educational Chemistry Experiments: Providing high school and college science practicals with a safe, visual tool to demonstrate gas evolution, displacement laws, and chemical kinetics.

• Environmental & Industrial Testing: Delivering controlled gas feeds to calibrate portable environmental sensors, gas detectors, or micro-reaction chambers.