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POROUS POT
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Product Description
A Porous Pot is a cylindrical or tubular laboratory apparatus made from sintered or fired ceramic material that features a permeable structure allowing the passage of gases or liquids while retaining solids or particulates. This highly porous ceramic vessel is commonly used in laboratory and industrial settings for filtration, diffusion, and separation processes. The pot’s micro-porous walls facilitate controlled fluid flow, making it ideal for applications such as gas absorption, water softening, and chemical diffusion experiments. Porous Pots are chemically inert, mechanically stable, and resistant to high temperatures, making them durable tools in analytical and preparative laboratory procedures.
Description
Primary Uses
Laboratory and Analytical Applications
- Used in gas absorption and diffusion experiments where controlled permeability is required.
- Acts as a filter medium for separation of suspended solids from liquids.
- Employed in water softening units for ion exchange processes.
- Utilized in chemical laboratories for controlled release or containment of reagents.
- Used in gravimetric analysis to contain precipitates while allowing fluid passage.
Secondary Uses
Industrial and Environmental Applications
- Applied in environmental labs for soil and water sample treatment.
- Used in industrial filtration and purification systems.
- Suitable for gas purification and catalytic reactors.
PRODUCT KEY FEATURES
Porous Pot
Product Description
A Porous Pot is a cylindrical or tubular laboratory apparatus made from sintered or fired ceramic material that features a permeable structure allowing the passage of gases or liquids while retaining solids or particulates. This highly porous ceramic vessel is commonly used in laboratory and industrial settings for filtration, diffusion, and separation processes. The pot’s micro-porous walls facilitate controlled fluid flow, making it ideal for applications such as gas absorption, water softening, and chemical diffusion experiments. Porous Pots are chemically inert, mechanically stable, and resistant to high temperatures, making them durable tools in analytical and preparative laboratory procedures.
Uses
Primary Uses
Laboratory and Analytical Applications
- Used in gas absorption and diffusion experiments where controlled permeability is required.
- Acts as a filter medium for separation of suspended solids from liquids.
- Employed in water softening units for ion exchange processes.
- Utilized in chemical laboratories for controlled release or containment of reagents.
- Used in gravimetric analysis to contain precipitates while allowing fluid passage.
Secondary Uses
Industrial and Environmental Applications
- Applied in environmental labs for soil and water sample treatment.
- Used in industrial filtration and purification systems.
- Suitable for gas purification and catalytic reactors.
Key Attributes
Basic Identification Attributes
- Material: High-quality sintered ceramic or fired clay with micro-porous structure.
- Shape: Cylindrical or tubular with open ends or sealed base depending on design.
- Porosity: Precisely controlled pore size to suit specific filtration or diffusion needs.
- Color: Typically off-white, beige, or light brown depending on material composition.
Physical & Chemical Properties
- Chemical Resistance: Resistant to most acids, alkalis, and solvents.
- Thermal Resistance: Can withstand high temperatures up to about 1000°C or higher.
- Mechanical Strength: Robust yet fragile if dropped; handle with care.
- Permeability: Allows passage of fluids or gases while retaining particulates.
Safety & Hazard Attributes
- Fragile; risk of breakage with impact.
- Handle with care to avoid dust generation from ceramic material.
- No toxic emissions under normal use conditions.
Storage & Handling Attributes
- Store in cushioned containers to prevent chipping or cracking.
- Clean after use with appropriate non-abrasive methods.
- Inspect regularly for cracks, blockages, or wear.
Regulatory & Compliance Attributes
- Manufactured in accordance with laboratory equipment standards.
- Suitable for use in research, analytical, and industrial labs compliant with GMP and GLP.
Environmental & Health Impact
- Porous pot materials are inert and environmentally safe.
- Reusable, reducing waste generation in laboratory and industrial settings.
Disposal should prevent ceramic dust inhalation.
SAFETY HANDLING PRECAUTIONS
Safety Handling Precautions
- Use protective gloves when handling broken or chipped pots.
- Avoid inhalation of ceramic dust if damaged.
- Do not expose to sudden temperature changes.
First Aid Measures
- For cuts from broken ceramic, clean and disinfect wounds immediately.
- If ceramic dust inhaled, move to fresh air and seek medical attention if irritation occurs.
Firefighting Measures
- Non-flammable ceramic material.
- Use appropriate firefighting methods for surrounding combustible materials.
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