Enhance your laboratory’s gas collection setup with our Pneumatic Trough made of high-quality soda glass.
Price range: ₹160.00 through ₹860.00
Enhance your laboratory’s gas collection setup with our Pneumatic Trough made of high-quality soda glass. Designed for experiments involving hydrogen, oxygen, nitrogen, and other gases, this trough enables reliable gas capture by water displacement using inverted collection vessels.
These dimensions offer ample space to comfortably accommodate gas collection bottles and water.
Trusted by:
Educational Demonstrations –
Ideal for school and college-level chemistry labs to illustrate gas collection methods using inverted bottles and water displacement.
Research & Industrial Labs –
Essential for collecting and analyzing gases generated from reactions or biological processes.
Environmental Testing –
Used for capturing and measuring gases in environmental experiments or field studies.
Versatile Lab Use –
Can also function as a wash trough, sample holding dish, or a compact drying basin when not in use for gas collection.
Q1. What is a pneumatic trough used for?
It is used in laboratory experiments to collect gases—such as hydrogen, oxygen, or nitrogen—by displacing water from an inverted container over the trough.
Q2. Why use soda glass for this trough?
Soda glass is transparent, enabling clear observation of gas bubbles and the collection process while being cost-effective and lab-stable.
Q3. What sizes are available?
Commonly, a 20 cm diameter trough is offered, with larger sizes such as 25 cm and 30 cm also available depending on lab needs.
Q4. How does it work?
Fill the trough with water, invert a gas-collection vessel into it, and bubble generated gas into the container, displacing the water and capturing the gas.
Q5. What else can it be used for?
Beyond gas collection, the trough can serve as a drying tray for glassware, a temporary storage basin, or for general liquid handling tasks.
Q6. Is it reusable?
Yes, when handled carefully and cleaned properly, the trough can be used repeatedly.
Q7. Are there alternatives to glass? What about pricing?
Pneumatic trough variants are also available in materials like polypropylene—for schools and lightweight usage—and stainless steel with added features like overflow outlets.
Q8. How do I choose the right size?
Consider the volume of gas you plan to collect, the size of the collection vessels, and lab space constraints—larger troughs are suitable for bulk experiments and multiple bottles.
| Size | 6×4, 8×4, 10×4, 10×5, 12×4, 12×5, 12×6 |
|---|
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This soda-lime filtering flask is a practical, cost-effective choice for vacuum-assisted filtration processes. Featuring a sturdy conical shape with a side-arm, it’s designed for routine lab use in academic, QA/QC, and teaching environments across India.
Compact, clear, and easy to handle—this soda-lime glass bottle comes fitted with a glass applicator rod and ground glass stopper, making it perfect for precise application of Canada balsam or other mounting media in slide preparation tasks.
This bell jar features a classic dome construction with a conveniently placed knob at the top, crafted from soda-lime glass. It offers a straightforward and visually intuitive means of containing or showcasing small setups in educational, workshop, and lab environments across India.
Constructed from high-quality borosilicate 3.3 glass, these beakers offer excellent strength, clarity, and resistance to thermal shock. Suitable for a wide range of laboratory tasks—from mixing and heating to sample storage—commonly used across educational, research, and industrial labs in India.
Our borosilicate desiccator offers a secure, low-humidity environment ideal for drying and storing moisture-sensitive samples. Made from chemically resilient and thermally stable borosilicate glass, it delivers durability and precision, making it a standout choice in Indian laboratories.
Price range: ₹160.00 through ₹860.00
Enhance your laboratory’s gas collection setup with our Pneumatic Trough made of high-quality soda glass.
Enhance your laboratory’s gas collection setup with our Pneumatic Trough made of high-quality soda glass. Designed for experiments involving hydrogen, oxygen, nitrogen, and other gases, this trough enables reliable gas capture by water displacement using inverted collection vessels.
These dimensions offer ample space to comfortably accommodate gas collection bottles and water.
Trusted by:
Educational Demonstrations –
Ideal for school and college-level chemistry labs to illustrate gas collection methods using inverted bottles and water displacement.
Research & Industrial Labs –
Essential for collecting and analyzing gases generated from reactions or biological processes.
Environmental Testing –
Used for capturing and measuring gases in environmental experiments or field studies.
Versatile Lab Use –
Can also function as a wash trough, sample holding dish, or a compact drying basin when not in use for gas collection.
Q1. What is a pneumatic trough used for?
It is used in laboratory experiments to collect gases—such as hydrogen, oxygen, or nitrogen—by displacing water from an inverted container over the trough.
Q2. Why use soda glass for this trough?
Soda glass is transparent, enabling clear observation of gas bubbles and the collection process while being cost-effective and lab-stable.
Q3. What sizes are available?
Commonly, a 20 cm diameter trough is offered, with larger sizes such as 25 cm and 30 cm also available depending on lab needs.
Q4. How does it work?
Fill the trough with water, invert a gas-collection vessel into it, and bubble generated gas into the container, displacing the water and capturing the gas.
Q5. What else can it be used for?
Beyond gas collection, the trough can serve as a drying tray for glassware, a temporary storage basin, or for general liquid handling tasks.
Q6. Is it reusable?
Yes, when handled carefully and cleaned properly, the trough can be used repeatedly.
Q7. Are there alternatives to glass? What about pricing?
Pneumatic trough variants are also available in materials like polypropylene—for schools and lightweight usage—and stainless steel with added features like overflow outlets.
Q8. How do I choose the right size?
Consider the volume of gas you plan to collect, the size of the collection vessels, and lab space constraints—larger troughs are suitable for bulk experiments and multiple bottles.
| Size | 6×4, 8×4, 10×4, 10×5, 12×4, 12×5, 12×6 |
|---|
This soda-lime iodine flask is a practical, cost-effective laboratory container used for handling iodine solutions and performing routine volumetric applications. It’s widely used across educational and basic analytical labs.
This soda-lime cavity block is a robust, small-form glassware piece with a recessed cavity and a snug-fitting lid. Commonly used in histology and microscopy labs for staining or holding small samples, it ensures containment while resisting reagent evaporation.
This soda-lime Coplin jar is an economical and reliable solution for holding microscope slides during staining. Featuring grooves to keep slides upright and a secure lid to reduce reagent evaporation, it’s a staple in educational and clinical labs across India.
This filtering flask, crafted from durable borosilicate glass, is ideal for vacuum-assisted filtration tasks. The heavy-walled conical design with an integrated side-arm provides superior strength and chemical resistance, making it a trusted choice in demanding Indian laboratory environments.
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