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PETRI DISH (PLASTIC)
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Product Description
A Plastic Petri Dish is a shallow, cylindrical laboratory container made from clear, chemically resistant plastic materials such as polystyrene or polypropylene. Designed for single-use or limited reuse, plastic Petri dishes provide a convenient and cost-effective alternative to glass, especially in applications where sterility and disposability are priorities. These dishes are commonly used in microbiology, cell
Description
Primary Uses
Laboratory and Medical Applications
- Culturing bacteria, fungi, and other microorganisms.
- Growing cell cultures in research and clinical diagnostics.
- Performing antibiotic susceptibility and other microbiological tests.
- Observing seed germination and small plant growth.
- Sterile sample collection and processing.
Secondary Uses
Educational and Industrial Applications
- Teaching microbiology and cell biology techniques in academic settings.
- Environmental sampling for microbial contamination.
- Small-scale chemical and crystallization studies.
PRODUCT KEY FEATURES
Petri Dish (Plastic)
Product Description
A Plastic Petri Dish is a shallow, cylindrical laboratory container made from clear, chemically resistant plastic materials such as polystyrene or polypropylene. Designed for single-use or limited reuse, plastic Petri dishes provide a convenient and cost-effective alternative to glass, especially in applications where sterility and disposability are priorities. These dishes are commonly used in microbiology, cell culture, and medical laboratories for growing and observing microorganisms, cells, and small plants. The plastic construction offers lightweight handling, breakage resistance, and ease of disposal, making them ideal for high-throughput workflows and sterile environments.
Uses
Primary Uses
Laboratory and Medical Applications
- Culturing bacteria, fungi, and other microorganisms.
- Growing cell cultures in research and clinical diagnostics.
- Performing antibiotic susceptibility and other microbiological tests.
- Observing seed germination and small plant growth.
- Sterile sample collection and processing.
Secondary Uses
Educational and Industrial Applications
- Teaching microbiology and cell biology techniques in academic settings.
- Environmental sampling for microbial contamination.
- Small-scale chemical and crystallization studies.
Key Attributes
Basic Identification Attributes
- Material: Polystyrene, polypropylene, or similar clear plastics.
- Shape: Shallow cylindrical dish with flat bottom and matching lid.
- Sizes: Available in various diameters (commonly 35mm, 60mm, 90mm, 100mm, 150mm).
- Closure: Loose-fitting or snap-on lid to allow gas exchange while minimizing contamination.
- Sterility: Often supplied pre-sterilized and individually packaged.
Physical & Chemical Properties
- Chemical Resistance: Resistant to aqueous solutions but may be sensitive to some organic solvents.
- Thermal Resistance: Generally suitable for incubation temperatures up to 37–60°C; not autoclaveable.
- Transparency: Clear for easy specimen observation under microscopes.
- Durability: Impact resistant and shatterproof compared to glass.
Safety & Hazard Attributes
- Non-breakable, reducing risk of injury from shards.
- Disposal considerations for biohazardous material after use.
Storage & Handling Attributes
- Store in a clean, dry, sterile environment.
- Handle with gloves to maintain sterility.
- Avoid exposure to solvents and extreme temperatures.
Regulatory & Compliance Attributes
- Manufactured in compliance with laboratory safety and sterility standards.
- Suitable for use in GMP and GLP compliant laboratories.
Environmental & Health Impact
- Generally non-recyclable through typical municipal systems due to biohazard risk; follow proper disposal protocols.
- Single-use disposability reduces cross-contamination risk but increases waste.
SAFETY KEY FEATURES
Safety Handling Precautions
- Use PPE such as gloves and masks during handling to prevent contamination.
- Dispose of used dishes according to biohazard waste regulations.
First Aid Measures
- No specific first aid needed; handle waste to avoid infection risk.
Firefighting Measures
- Combustible plastic; use CO₂, foam, or dry chemical extinguishers.
Avoid inhalation of toxic fumes during fire.
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PIPETTE FILLER BULB TYPE
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Pith Balls on Stand are lightweight, spherical objects typically made from dried plant pith (spongy plant tissue), suspended from insulating threads and mounted on a non-conductive support structure. These classical electrostatics demonstration tools are used in physics laboratories to visually illustrate principles of static electricity, charge induction, electric forces, and Coulomb’s Law. The balls are extremely lightweight and react readily to electrostatic forces when charged objects are brought nearby, making them ideal for teaching foundational electricity concepts. The stand is usually composed of a plastic or acrylic base and vertical support to ensure stability and electrical insulation during experiments.
PLASTIC TEST TUBE STAND 6HOLE
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PLASTIC WASH BOTTLE
Product Description
A Plastic Wash Bottle is a squeezable laboratory container designed to dispense liquids—usually water or solvents—in a controlled stream through a narrow nozzle or spout. Made from chemical-resistant, semi-flexible plastic such as low-density polyethylene (LDPE), polypropylene (PP), or fluoropolymer materials, the bottle allows for precision rinsing or washing of laboratory glassware, instruments, or surfaces without direct contact. The cap and nozzle are typically screw-fitted and designed to prevent leaks while enabling directional flow. It is a standard utility item in chemical, biological, educational, and analytical laboratories.
POROUS POT
Product Description
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PRESERVATION GLASS LAB BOTTLES
Product Description
Preservation Glass Lab Bottles are specialized high-quality glass containers designed to securely store and preserve liquid or solid samples in laboratory settings. Made from chemically resistant borosilicate or soda-lime glass, these bottles provide excellent clarity for easy monitoring of contents. They are engineered to protect samples from contamination, evaporation, and chemical degradation during storage. Typically equipped with airtight screw caps, stoppers, or sealable lids, Preservation Glass Lab Bottles ensure leak-proof containment and maintain sample integrity over extended periods. Widely used in medical, environmental, research, and industrial laboratories, these bottles are essential for long-term preservation and safe sample handling.
