Product Description
These FILTER PAPER CIRCLES MNGF-1 are odorless, circular discs of 11cm diameter made from cellulose fiber. They are designed for laboratory filtration processes, sample preparation, and substance separation. With high porosity, mechanical strength, and chemical inertness, these paper circles are ideal for filtering liquids or air in research laboratories, chemical analysis, or water testing. Their white color and smooth surface ensure accurate and efficient filtration. Stored properly in a cool, dry place, these paper circles have an indefinite shelf life. They are insoluble in water and most solvents, maintaining their integrity during filtration applications. Whether you are a distributor, exporter, importer, manufacturer, retailer, supplier, trader, or wholesaler, these laboratory-grade filter paper circles are a versatile solution for various filtration needs.
FAQs of FILTER PAPER CIRCLES MNGF-1 11CM DIA PACK OF 100:
Q: What is the main application of FILTER PAPER CIRCLES MNGF-1 11CM DIA?
A: These filter paper circles are specifically designed for filtering liquids or air in laboratory filtration processes, sample preparation, chemical analysis, or water testing.
Q: Are these paper circles suitable for storing in any environment?
A: It is recommended to store these paper circles in a cool, dry place away from direct sunlight and moisture to maintain their quality and effectiveness.
Q: Can these paper circles be used for separating substances in laboratory experiments?
A: Yes, these cellulose fiber filter paper circles are suitable for separating substances in various laboratory applications due to their high porosity and mechanical strength.
Q: Is it safe to use these filter paper circles for filtration purposes?
A: Yes, these filter paper circles are of high purity and are odorless, making them safe for use in laboratory environments.
Q: What is the solubility of these paper circles?
A: These filter paper circles are insoluble in water and most solvents, ensuring their stability and reliability during filtration processes.