Glass Fiber (GF) Membrane Filters, 0.7µm, 90mm - SF17470
Streamline your sample preparation workflows with the Glass Fiber (GF) Membrane Filters, constructed to handle high particulate loads while maintaining rapid throughput. Driving this clarification performance is a hydrophilic Glass Fiber (GF) membrane featuring a verified 0.7 pore structure that captures target particulates while minimizing holdup volume. Delivered as precision-cut discs, these membranes ensure compatibility with all standard filter holders and funnels. The result is a filtration solution manufactured in an ISO-certified facility that minimizes distinct interference, providing clean baselines for publication-quality data.
Key Glass Fiber (GF) Membrane Characteristics
- Glass Fiber (GF) membrane with hydrophilic affinity
- Non-specific Binding characteristics
- Biologically inert; broad chemical compatibility
- Functions primarily as a depth pre-filter; may shed micro-fibers
- Verified 0.7 retention rating for clarification
By selecting a filter that matches the exact chemical nature of your samples, you ensure that your workflow remains uninterrupted by membrane failures. You can rely on the certified integrity of these units to protect your critical samples and instrumentation from damaging contaminants. Elevate the quality of your analytical data today by standardizing on a filtration product built to meet the exact specifications of your applications.
For more information about chemical and material compatibility, please review our Chemical Compatibility Chart.
- Diameter
- 90mm
- Material
- Glass Fiber (GF)
- Pack Count
- 20
- Weight
- 0.27
- Wetability
- Hydrophobic
- Lab Efficiency - Optimizes workflow speed through consistent flow performance, allowing researchers to process multiple samples efficiently
- Sample Clarification - Facilitates rapid preparation of diverse liquid samples by effectively removing particulates to protect instruments
- Analytical Prep - Ensures high-quality filtrates for sensitive downstream analysis, minimizing background noise during critical data generation
- Instrument Protection - Extends the operational life of sensitive analytical columns and detectors by removing damaging micro-particulates upstream
- Data Integrity - Protects sensitive downstream instrumentation from particulate damage, ensuring the reliability of experimental results
- Routine Filtration - Streamlines daily laboratory workflows with reliable performance, reducing downtime caused by unexpected instrument clogging