Multiple Vacuum Filter Extractor V6

1. Different names for the product; Vacuum filter, Multiple Vacuum Filter Extractor, Vacuum Filtration Apparatus
2. Main uses: laboratory chemical reagent vacuum filtration
3. Core specification parameters: extractor bottle 6 pcs

I. Laboratory Applications

1.Chemical Experiments

·Reaction Post-Processing: Rapid filtration of precipitates (e.g., product separation after synthesis).

·Solvent Recovery: Used with rotary evaporators for efficient organic solvent recovery.

·Inorganic/Organic Synthesis: Separation of solid products or catalysts (e.g., catalyst recovery after reactions).

2.Biological Experiments

·Microbiology: Filtering culture media to collect microbial cells or remove impurities (e.g., fermentation broth filtration).

·Molecular Biology: Removing debris during DNA/RNA extraction or purification.

·Cell Experiments: Separating cell debris from supernatants (e.g., post-centrifugation clarification).

3.Analytical Testing

·Environmental Monitoring: Filtering water or soil leachate samples to remove suspended solids (e.g., heavy metal analysis).

·Food Testing: Clarifying beverages, alcohol, or extracting oil samples (e.g., testing impurities in cooking oil).

II. Industrial Production

1.Pharmaceutical Industry

·API Production: Filtering reaction solutions for solid products or impurities (e.g., API crystallization filtration).

·Sterile Filtration: Pre-filtering drug solutions to remove contaminants (e.g., in injection manufacturing).

2.Food and Beverage Industry

·Clarification Processes: Removing particles from juice, beer, or sauces (e.g., diatomaceous earth filtration assistance).

·Extract Filtration: Separating residues from tea, coffee, or plant extracts.

3.Environmental and Chemical Industries

·Wastewater Treatment: Rapid filtration of sludge or chemically treated water (e.g., heavy metal wastewater cleanup).

·Fine Chemicals: Filtering dyes, coatings, or nanomaterial suspensions (e.g., separating carbon nanotube dispersions).

4.Medical and Diagnostics

·Clinical Testing: Filtering blood, urine, or respiratory samples (e.g., viral RNA extraction for diagnostics).

·Medical Devices: Sterile filtration of pharmaceuticals or biologics (e.g., vaccine production steps).

III. Specialized Scenarios

·Material Science: Cleaning nanomaterials via solvent washing and fast drying.

·Agriculture and Aquaculture: Filtering soil leachate or fish pond water (e.g., pesticide residue testing).

·Energy Research: Catalyst filtration in fuel cell production or electrolyte purification.

a)Machine for man: replace manual operation, reduce work intensity;

b)Efficient and safe: automated process to enhance efficiency and reduce human operation risk;

c)Time-saving: batch processing (6 samples synchronized filtration), shorten the experimental cycle;

d)Reliability: programmed control to ensure the stability of the filtration process.