Constructed from premium borosilicate 3.3 glass, these conical flasks feature excellent thermal and chemical resistance, precise graduations, and a narrow neck for controlled transfer of liquids. Widely used in chemistry labs, research, and teaching environments across India.
Price range: ₹25.00 through ₹400.00
Constructed from premium borosilicate 3.3 glass, these conical flasks feature excellent thermal and chemical resistance, precise graduations, and a narrow neck for controlled transfer of liquids. Widely used in chemistry labs, research, and teaching environments across India.
Trusted by:
Q1. What sizes are offered for these conical flasks?
Available sizes range from small (25 ml) to large (5000 ml) for varied laboratory requirements.
Q2. Why is borosilicate preferred over soda-lime glass?
Borosilicate glass resists thermal shock and chemical corrosion much better than soda-lime, making it safer for heating, sterilization, and aggressive reagents.
Q3. What benefits does the narrow neck offer?
It reduces evaporation, helps prevent contamination, and provides greater control during pouring or titration.
Q4. Are volume markings reliable?
Yes. These flasks feature clear and durable graduation marks—typically used for approximate measurements in routine tasks.
Q5. Can they be autoclaved or used with heat sources?
Yes. Designed for thermal resilience, these flasks can be heated and autoclaved repeatedly without compromising their structure.
Q6. Are they suitable for mixing hazardous chemicals?
Absolutely. Borosilicate glass is non-reactive and safe for handling acids, bases, solvents, and reactive mixtures.
Q7. How are these flasks packaged?
Each flask is individually packaged to protect against breakage during transit and ensure safe delivery.
Q8. Where can I check prices for different variants?
You can view current pricing and storage specifications by selecting your desired volume on the product page.
| Volume | 50 ml., 100 ml., 150 ml., 250 ml., 500 ml., 1000 ml., 2000 ml. |
|---|
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The soda-lime battery jar is a robust lab container engineered for handling corrosive and acidic solutions. Featuring a thick-walled, wide-mouthed design with an optional stopper or lid, it’s built to withstand everyday use in chemical labs, educational settings, and industrial QC workflows across India.
Our borosilicate glass funnels are crafted for excellence in scientific environments. With top-tier resistance to temperature changes and corrosive chemicals, they ensure clear visibility, precise transfers, and long-term durability—making them indispensable for schools, universities, and professional research facilities.
The Kipp’s Gas Generating Apparatus made from borosilicate glass is designed for safe, reliable, and continuous generation of laboratory gases. Its robust chemical resistance, heat resistance, and clarity make it the preferred choice for professional research labs, universities, and advanced teaching environments.
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.
Price range: ₹25.00 through ₹400.00
Constructed from premium borosilicate 3.3 glass, these conical flasks feature excellent thermal and chemical resistance, precise graduations, and a narrow neck for controlled transfer of liquids. Widely used in chemistry labs, research, and teaching environments across India.
Constructed from premium borosilicate 3.3 glass, these conical flasks feature excellent thermal and chemical resistance, precise graduations, and a narrow neck for controlled transfer of liquids. Widely used in chemistry labs, research, and teaching environments across India.
Trusted by:
Q1. What sizes are offered for these conical flasks?
Available sizes range from small (25 ml) to large (5000 ml) for varied laboratory requirements.
Q2. Why is borosilicate preferred over soda-lime glass?
Borosilicate glass resists thermal shock and chemical corrosion much better than soda-lime, making it safer for heating, sterilization, and aggressive reagents.
Q3. What benefits does the narrow neck offer?
It reduces evaporation, helps prevent contamination, and provides greater control during pouring or titration.
Q4. Are volume markings reliable?
Yes. These flasks feature clear and durable graduation marks—typically used for approximate measurements in routine tasks.
Q5. Can they be autoclaved or used with heat sources?
Yes. Designed for thermal resilience, these flasks can be heated and autoclaved repeatedly without compromising their structure.
Q6. Are they suitable for mixing hazardous chemicals?
Absolutely. Borosilicate glass is non-reactive and safe for handling acids, bases, solvents, and reactive mixtures.
Q7. How are these flasks packaged?
Each flask is individually packaged to protect against breakage during transit and ensure safe delivery.
Q8. Where can I check prices for different variants?
You can view current pricing and storage specifications by selecting your desired volume on the product page.
| Volume | 50 ml., 100 ml., 150 ml., 250 ml., 500 ml., 1000 ml., 2000 ml. |
|---|
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.
Our borosilicate glass funnels are crafted for excellence in scientific environments. With top-tier resistance to temperature changes and corrosive chemicals, they ensure clear visibility, precise transfers, and long-term durability—making them indispensable for schools, universities, and professional research facilities.
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.
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.
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