Glass Fiber Filter

Cat. No.	Specification	Unit	Price
LC01504722-01	Grade GF A	pk	Inquiry
LC01504722-02	Grade GF B	pk	Inquiry
LC01504722-03	Grade GF C	pk	Inquiry
LC01504722-04	Grade GF D	pk	Inquiry
LC01504722-05	Grade GF F	pk	Inquiry

Product Description

Product Description

Our Glass fiber filters are manufactured from 100% borosilicate glass. These depth filters combine fast flow rate with high loading capacity and retention of fine particulates. The small diameter fibers give micro glass media superior efficiency and dirt holding as compared to cellulose and synthetic media.

Glass Fiber Filter can help you choose the right application.

Features

• Made of borosilicate glass fiber without binders or with binder.
• Stability at high temperatures: It keeps its properties up to 500°C and 180°C for Grade GF10.
• Usable as Pre-filter for membranes to prevent the membranes from silting up.
• Large surface area provides an outstanding retention capacity.
• High flow speed and high permeability to air.
• Reduce filtration costs and premature clogging when filtering difficult-to-filter or highly contaminated solutions.
• Excellent wet strength for easy handling and filter integrity.

Specifications

• Grade GF A
- Highly efficient for general laboratory filtration
- Clarification of buffer and reagent solutions
- Corresponds to many international standards for air and water pollution monitoring
• Grade GF B
- Thicker than GF A with higher wet strength and significantly increased loading capacity
- Suitable for filtration of large volumes
- Pre-filter for membranes
- Filtration of suspended solids in water/waste water analysis
• Grade GF C
- The standard filter in many parts of the world for the collection of suspended solids in potable water and natural and industrial wastes
- Widely used for cell harvesting, liquid scintillation counting and binding assays where more loading capacity is required
• Grade GF D
- Universal membrane pre-filter material
- Filtration in food industry
• Grade GF F
- GF F is the material upon which the EPA Method TCLP 1311 for toxicity
- Use for filtering extremely fine precipitates such as protein, nucleic acids, or serum precipitates