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Glass-Fiber Filters

Name: Glass-Fiber Filters
Brand: CHINTAN ENTERPRISE
Price: 1000 INR
Availability: InStock

Price 1000 INR/ Piece

Get a Price/Quote

MOQ : 1 Ton

Glass-Fiber Filters Specification

Control Type
Manual

Temperature Resistance
Up to 500C

Features
High loading capacity, fast flow rate, inert to most chemicals, binder-free, resistant to organic solvents

Accuracy
High filtration efficiency, nominal particle retention 0.7-2.7 m

Shape
Round

Glass Type
Borosilicate Microfiber Glass

Type
Glass-Fiber Filter

Dimension (L*W*H)
Various sizes available (commonly 47mm, 90mm diameter, customizable)

Height
703.5-746 Millimeter (mm)

Product Type
Glass-Fiber Filters

Equipment Type
Filtration Media

Weight
1.5 Kilograms (kg)

Color
Cream

Equipment Materials
Borosilicate glass microfiber

Material
Glass

Application
Laboratory filtration, air analysis, water analysis, gravimetric analysis, suspended solids testing

Capacity (Ltr)
Dependent on application/holder size

Sterility
Non-sterile (sterilizable by autoclaving if needed)

pH Range
1-14 (high chemical compatibility)

Packaging
Box of 100 filters or as specified

Wet Strength
Excellent (remains stable when wet)

Grade Options
Grade GF/A, GF/B, GF/C, etc.

Retention Efficiency
Up to 99.99% for fine particulate matter

Thickness
0.26 mm (typical for standard filters)

Color
White (natural glass color)

Glass-Fiber Filters Trade Information

Minimum Order Quantity
1 Ton

Supply Ability
1 Ton Per Week

Delivery Time
1 Week

Main Domestic Market
All India

About Glass-Fiber Filters

Properties

Related Categories	Filtration Supplies, Glass Fiber Filters, Labware,Manufacturer Browser, Millipore, More...
material	borosilicate glass
	circles
packaging	pkg of 100 ea
mfr. no.	Millipore, APFA04700
circles size	4.7 cm
pore size	1.6 m retention

Versatile Filtration with Superior Efficiency

Glass-Fiber Filters excel in numerous analytical procedures, offering consistent retention of fine particles with minimal clogging. Their high flow rates and chemical inertness are attributed to the unique nature of borosilicate microfiber glass, delivering reliable results during air, water, and gravimetric analyses.

Robust Performance in Challenging Environments

Designed for stability and high-capacity filtration, these filters maintain structural integrity even when wet, thanks to superior wet strength. Their temperature resistance up to 500C enables them to perform efficiently in demanding laboratory processes and industrial testing environments.

Customizable Solutions for Laboratory Needs

Available in multiple grades such as GF/A, GF/B, and GF/C, and various size options, these filtration media can be tailored to precise experimental requirements. Their binder-free structure ensures accurate analytics, making them suitable for both routine and specialized testing.

FAQ's of Glass-Fiber Filters:

Q: How are Glass-Fiber Filters typically used in laboratory applications?

A: These filters are commonly employed for air and water analysis, gravimetric analysis, and suspended solids testing. Their high retention efficiency and rapid flow rates make them ideal for capturing fine particulate matter in both environmental and research settings.

Q: What makes these glass-fiber filters highly chemically compatible?

A: Composed of borosilicate microfiber glass, these filters operate within a pH range of 1 to 14, exhibiting resistance to most acids, bases, and organic solvents, ensuring compatibility with diverse chemical solutions used in analytical procedures.

Q: When should I choose a specific filter grade like GF/A, GF/B, or GF/C?

A: Grade selection is based on the particle size retention and flow rate needed. GF/A is preferred for fine particles and precision work, while GF/B and GF/C cater to higher flow rates or larger particles, depending on the application's specific requirements.

Q: Where are these filters best applied for maximum benefit?

A: They are best suited for laboratory filtration, environmental monitoring, air pollution sampling, water quality analysis, and processes requiring high particulate retention. Their versatility is prized in both academic and industrial research facilities.

Q: What is the recommended sterilization process for these non-sterile filters?

A: Although provided non-sterile, the filters can be sterilized prior to sensitive applications by autoclaving, ensuring thorough decontamination and safe use in sterile environments, including microbiological and medical testing.

Q: How do the filters maintain their integrity when exposed to wet conditions?

A: These glass-fiber filters exhibit excellent wet strength, remaining stable and intact even when saturated, making them ideal for filtration tasks involving aqueous solutions or humid environments.

Q: What are the key benefits of choosing glass-fiber filters for filtration tasks?

A: Key benefits include high filtration accuracy, fast flow rates, substantial particulate retention (up to 99.99%), thermal and chemical resilience, customizable sizing, and compatibility with a wide array of sample types, resulting in reliable and reproducible analytical outcomes.

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