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.
Price range: ₹14.00 through ₹350.00
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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Q1. What sizes are available for borosilicate beakers?
They typically range from 50 ml up to 2000 ml, with larger options available upon request.
Q2. Why choose borosilicate over soda-lime glass?
Borosilicate glass resists sudden temperature changes and harsh chemicals far better than soda-lime, making it safer and more durable for lab use.
Q3. Can these beakers be heated directly on a Bunsen burner?
Yes—these beakers can tolerate direct gentle heating, though avoiding direct flame is still advisable. Use borosilicate for heat-intensive tasks.
Q4. Are the graduation marks accurate for precise measurements?
Graduations are approximate and suitable for general measuring. For high-precision quantitative work, volumetric glassware (like pipettes or flasks) is recommended.
Q5. How durable are they?
They’re highly durable against thermal stress but require careful handling to avoid impact damage, as the glass can chip or break when dropped.
Q6. Can they go from hot to cold rapidly?
Yes—borosilicate can handle rapid temperature shifts (like moving from boiling to ice water) with minimal risk of shattering.
Q7. Is delivery available across India?
Yes—Pan-India delivery is supported, including to your area in Mainpuri, Uttar Pradesh.
Q8. How do I check prices and availability?
Select your preferred volume on the product page to view current pricing and availability.
| Volume | 25 ml., 50 ml., 100 ml., 150 ml., 250 ml., 500 ml., 1000 ml., 2000 ml. |
|---|
The Kipp’s Gas Generating Apparatus, crafted from soda-lime glass, is a quintessential laboratory tool for generating small, intermittent amounts of gases such as hydrogen, carbon dioxide, and hydrogen sulfide.
Our soda-lime glass flat-bottom flask is a reliable, multipurpose laboratory vessel, trusted across educational and industrial labs throughout India. Designed for uniform heating, mixing, and convenient bench-top stability.
Designed with a classic dome shape and fitted with a ground glass stopper, this soda-lime bell jar provides a simple yet durable containment solution for demonstration setups, desiccation, or atmosphere-sensitive experiments in Indian laboratories.
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: ₹14.00 through ₹350.00
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.
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.
Trusted by:
Q1. What sizes are available for borosilicate beakers?
They typically range from 50 ml up to 2000 ml, with larger options available upon request.
Q2. Why choose borosilicate over soda-lime glass?
Borosilicate glass resists sudden temperature changes and harsh chemicals far better than soda-lime, making it safer and more durable for lab use.
Q3. Can these beakers be heated directly on a Bunsen burner?
Yes—these beakers can tolerate direct gentle heating, though avoiding direct flame is still advisable. Use borosilicate for heat-intensive tasks.
Q4. Are the graduation marks accurate for precise measurements?
Graduations are approximate and suitable for general measuring. For high-precision quantitative work, volumetric glassware (like pipettes or flasks) is recommended.
Q5. How durable are they?
They’re highly durable against thermal stress but require careful handling to avoid impact damage, as the glass can chip or break when dropped.
Q6. Can they go from hot to cold rapidly?
Yes—borosilicate can handle rapid temperature shifts (like moving from boiling to ice water) with minimal risk of shattering.
Q7. Is delivery available across India?
Yes—Pan-India delivery is supported, including to your area in Mainpuri, Uttar Pradesh.
Q8. How do I check prices and availability?
Select your preferred volume on the product page to view current pricing and availability.
| Volume | 25 ml., 50 ml., 100 ml., 150 ml., 250 ml., 500 ml., 1000 ml., 2000 ml. |
|---|
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This compact, reusable soda-lime calcium chloride tower is designed for efficient removal of moisture from gases. Its durable construction and reliable performance make it a regular fixture in Indian university, industrial, and analytical labs.
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 premium borosilicate glass, this measuring flask offers excellent thermal and chemical resistance, combined with high measurement accuracy. Perfect for demanding lab 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.
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