Description
Specifications Table
Product Name – Whatman Grade 3014 Cellulose Filter Paper
Quantity/Pack Size – 110x20MM (Pack of 100), 110x20MM (Pack of 1000)
Form – Sheets
Grade – 3014
Application – General filtration, particle retention
Product Overview
Whatman Grade 3014 cellulose filter paper is engineered for high-performance filtration in laboratory settings. Made from 100% pure cellulose, it offers exceptional wet strength and chemical resistance, ensuring reliable results in demanding applications. The medium flow rate and fine particle retention make it suitable for a wide range of filtration tasks, including clarification and purification processes. This grade is particularly valued for its consistency, minimizing variability in experimental outcomes. The filter paper undergoes rigorous quality control to meet international standards, ensuring purity and uniformity in every sheet. Its smooth surface and uniform thickness contribute to efficient filtration, reducing clogging and extending usable life. Whether used in qualitative or quantitative analysis, Whatman Grade 3014 delivers precision and reproducibility, making it a staple in research and educational laboratories.
FAQs
1. What is the particle retention capacity of Whatman Grade 3014 filter paper?
Whatman Grade 3014 retains particles down to approximately 20-25 microns, making it effective for general filtration tasks.
2. Is this filter paper compatible with organic solvents?
Yes, it exhibits good chemical resistance to most organic solvents, though prolonged exposure to strong acids or bases should be avoided.
3. How should I store unused filter paper sheets?
Store in a cool, dry place in its original packaging to prevent contamination and maintain integrity.
4. Can this grade be used for gravimetric analysis?
While primarily designed for general filtration, it can be used for basic gravimetric applications with proper technique.
5. What alternatives exist for finer particle retention?
Consider Whatman Grade 41 or 42 for finer particle retention below 20 microns.
