Our Petri Dishes made from high-grade borosilicate glass are engineered for precision, longevity, and safety.
Price range: ₹40.00 through ₹150.00
Our Petri Dishes made from high-grade borosilicate glass are engineered for precision, longevity, and safety. With exceptional optical clarity, thermal resilience, and chemical inertness, these dishes are perfect for microbiology, cell culture, and analytical lab work under rigorous conditions.
Trusted by:
Microbiology & Cell Culture Labs –
Ideal for bacterial or fungal culture, colony enumeration, and petri-based assays with high-clarity imaging.
Academic & Research Laboratories –
Perfect for repeated sterilization cycles, long-term experiments, and rigorous lab protocols.
Clinical & Quality Assurance Labs –
Reliable for diagnostic setups and environmental monitoring—durable under frequent sterilization.
Environmental & Food Testing Units –
Withstands harsh cleaning regimes and ensures contamination-free sample handling.
Q1. Why are borosilicate petri dishes better than plastic ones?
They are reusable, autoclavable, chemically inert, offer excellent optical clarity, and reduce lab waste—all contributing to cost-effectiveness and environmental sustainability.
Q2. Can they be sterilized in an autoclave?
Yes, these dishes can safely be autoclaved at 120–160 °C, ensuring sterilization between uses.
Q3. Are they safe for chemicals and stains?
Absolutely. They resist chemical attack, avoid contamination, and maintain clarity even with tough reagents.
Q4. How does borosilicate glass manage heat changes?
With a low thermal expansion coefficient (~3 × 10⁻⁶ K⁻¹), borosilicate glass tolerates rapid temperature changes better than regular glass.
Q5. Are they fragile compared to plastic dishes?
They are more durable and recoverable, but still glass—so handle with care. Their sturdiness and reusability make them a smarter long-term choice.
Q6. Is visibility better than plastic?
Yes—optical clarity is superior in borosilicate dishes, offering precise visual analysis under microscopes and cameras.
Q7. Are they heavy or difficult to store?
They are denser and heavier than plastic, requiring careful storage—but stacking designs and sturdy shelving make storage manageable.
Q8. How do they support sustainability?
By being reusable and durable, they cut down on single-use plastic waste and long-term costs.
| Size | 5 cm, 7.5 cm, 10 cm, 15 cm |
|---|
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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 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.
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.
Price range: ₹40.00 through ₹150.00
Our Petri Dishes made from high-grade borosilicate glass are engineered for precision, longevity, and safety.
Our Petri Dishes made from high-grade borosilicate glass are engineered for precision, longevity, and safety. With exceptional optical clarity, thermal resilience, and chemical inertness, these dishes are perfect for microbiology, cell culture, and analytical lab work under rigorous conditions.
Trusted by:
Microbiology & Cell Culture Labs –
Ideal for bacterial or fungal culture, colony enumeration, and petri-based assays with high-clarity imaging.
Academic & Research Laboratories –
Perfect for repeated sterilization cycles, long-term experiments, and rigorous lab protocols.
Clinical & Quality Assurance Labs –
Reliable for diagnostic setups and environmental monitoring—durable under frequent sterilization.
Environmental & Food Testing Units –
Withstands harsh cleaning regimes and ensures contamination-free sample handling.
Q1. Why are borosilicate petri dishes better than plastic ones?
They are reusable, autoclavable, chemically inert, offer excellent optical clarity, and reduce lab waste—all contributing to cost-effectiveness and environmental sustainability.
Q2. Can they be sterilized in an autoclave?
Yes, these dishes can safely be autoclaved at 120–160 °C, ensuring sterilization between uses.
Q3. Are they safe for chemicals and stains?
Absolutely. They resist chemical attack, avoid contamination, and maintain clarity even with tough reagents.
Q4. How does borosilicate glass manage heat changes?
With a low thermal expansion coefficient (~3 × 10⁻⁶ K⁻¹), borosilicate glass tolerates rapid temperature changes better than regular glass.
Q5. Are they fragile compared to plastic dishes?
They are more durable and recoverable, but still glass—so handle with care. Their sturdiness and reusability make them a smarter long-term choice.
Q6. Is visibility better than plastic?
Yes—optical clarity is superior in borosilicate dishes, offering precise visual analysis under microscopes and cameras.
Q7. Are they heavy or difficult to store?
They are denser and heavier than plastic, requiring careful storage—but stacking designs and sturdy shelving make storage manageable.
Q8. How do they support sustainability?
By being reusable and durable, they cut down on single-use plastic waste and long-term costs.
| Size | 5 cm, 7.5 cm, 10 cm, 15 cm |
|---|
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 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.
Made from high-quality borosilicate glass, this iodine flask is ideal for precision iodine-based procedures, including iodometric titrations and value determination. It offers superior thermal and chemical resistance and is widely used in advanced teaching labs, industrial titration, and analytical settings.
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