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: ₹800.00 through ₹2,700.00
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.
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Q1. What does “borosilicate” glass provide over standard glass?
Borosilicate 3.3 glass offers outstanding resistance to thermal shock and chemical degradation compared to soda-lime glass.
Q2. What are the types of desiccators available?
Two main types: standard airtight model with a porcelain plate, and vacuum-capable model with a stopcock for controlled air release.
Q3. How does a vacuum desiccator work?
A vacuum is created using a pump through the stopcock, which removes air and moisture. The stopcock allows smooth repressurization without disturbing samples.
Q4. Can I use this after drying samples in an oven?
Yes—this desiccator is excellent for cooling and storing oven-dried samples without moisture exposure.
Q5. What holds the samples inside?
A ceramic or porcelain plate that sits on an internal ledge provides a stable platform for samples or desiccant.
Q6. Is it compliant with Indian and international standards?
Yes—desiccators follow Indian standard IS 6128, and borosilicate glass meets ASTM/USP Type I requirements.
Q7. What are common sizes?
Available sizes include at least 150 mm, 200 mm, and 250 mm in diameter, subject to availability.
Q8. Can I open the desiccator safely during experiments?
Yes. Open gently to avoid moisture intrusion, and re-grease the seal if needed to maintain airtight conditions.
| Size | 6", 8", 12" |
|---|
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.
Crafted from high-quality borosilicate glass, this round flat-bottom flask combines excellent resistance to thermal shock and chemical corrosion with convenient, stable placement on benchtops — trusted across Indian labs and institutions.
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.
This precision-crafted borosilicate bell jar features a ground flange and a smooth knob on top, offering a sturdy, sealable enclosure ideal for vacuum demonstrations, controlled atmospheres, or showcase displays in laboratories across India.
Price range: ₹800.00 through ₹2,700.00
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.
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.
Trusted by:
Q1. What does “borosilicate” glass provide over standard glass?
Borosilicate 3.3 glass offers outstanding resistance to thermal shock and chemical degradation compared to soda-lime glass.
Q2. What are the types of desiccators available?
Two main types: standard airtight model with a porcelain plate, and vacuum-capable model with a stopcock for controlled air release.
Q3. How does a vacuum desiccator work?
A vacuum is created using a pump through the stopcock, which removes air and moisture. The stopcock allows smooth repressurization without disturbing samples.
Q4. Can I use this after drying samples in an oven?
Yes—this desiccator is excellent for cooling and storing oven-dried samples without moisture exposure.
Q5. What holds the samples inside?
A ceramic or porcelain plate that sits on an internal ledge provides a stable platform for samples or desiccant.
Q6. Is it compliant with Indian and international standards?
Yes—desiccators follow Indian standard IS 6128, and borosilicate glass meets ASTM/USP Type I requirements.
Q7. What are common sizes?
Available sizes include at least 150 mm, 200 mm, and 250 mm in diameter, subject to availability.
Q8. Can I open the desiccator safely during experiments?
Yes. Open gently to avoid moisture intrusion, and re-grease the seal if needed to maintain airtight conditions.
| Size | 6", 8", 12" |
|---|
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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 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.
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.
Our soda-lime glass beakers offer reliable, budget-friendly performance for routine laboratory applications. With clear graduations and a robust, wide-mouthed design, these beakers are ideal for general mixing, liquid handling, and storing fluids—perfect for educational labs and light analytical work across India.
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.
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