Description

Premium Borosilicate Glass Petri Dish – Reusable High-Clarity Culture Vessel

Ensure optimal clarity and structural integrity in your cell cultures and laboratory assays with our professional-grade Glass Petri Dish. Crafted from high-quality, heavy-duty borosilicate glass, this reusable culture dish consists of a flat-bottomed container and a matching overlapping lid. Engineered to withstand repetitive sterilization cycles, it provides a perfectly flat, distortion-free optical surface for precise microscopic examination and consistent microbial growth.

Key Applications:

• Microbiology & Cell Culture: The classic, reliable choice for culturing bacteria, fungi, yeast, and other microorganisms on agar or nutrient broths.

• Seed Germination & Botany: Widely used in agricultural and botanical research for seed viability testing, small plant tissue cultures, and propagation studies.

• Sample Observation & Sorting: Excellent for dissecting, sorting, and examining small biological specimens or chemical crystals under a stereomicroscope.

• Drying & Evaporation: Serves as an ideal shallow container for air-drying chemical powders or evaporating small volumes of solvents in a dust-free environment.

Product Features:

• High-Purity Borosilicate Glass: Offers superior thermal resistance, allowing for infinite reuse via repeated hot-air sterilization or autoclaving without clouding or cracking.

• Exceptional Optical Clarity: Perfectly transparent, distortion-free glass construction allows for unobstructed top-down or inverted visual and microscopic monitoring.

• Flat and Uniform Base: Formulated with a highly leveled bottom surface, ensuring an even distribution of agar media thickness and uniform culture growth.

⚠️ Safety and Handling: Always inspect the rims and surfaces for small chips or hairline fractures before handling or sterilization, as compromised glassware can fail under thermal or physical stress. Allow the glass to cool naturally after autoclaving; exposing hot dishes to cold surfaces can induce thermal shock. Wear appropriate Personal Protective Equipment (PPE) when working with active biological cultures or hazardous chemicals.