Send a part number, a photo, or a whole BOM — we supply it and stand behind it. Worldwide shipping to 80+ countries.

CYTIVA WHATMAN C Grade Glass Fiber Filter, 2.5 cm, 0.26 mm, 1.2 µm - C Grade Glass Fiber Filters
CYTIVA WHATMANC Grade Glass Fiber Filters

CYTIVA WHATMAN C Grade Glass Fiber Filter, 2.5 cm, 0.26 mm, 1.2 µm

The CYTIVA WHATMAN Glass Microfiber Filter: C is a C Grade glass fiber filter with a 2.5 cm diameter, 0.26 mm thickness, and 1.2 um pore size (MPN 1822-6580). It is designed for laboratory filtration applications…

SKU 3G-OTH-360730

Also listed as: 18226580 · 1822 6580

Brand
CYTIVA WHATMAN
Item
C Grade Glass Fiber Filter, 2.5 cm, 0.26 mm, 1.2 µm
Category
C Grade Glass Fiber Filters
Available to Order
Trade pricing by quote — replies within 24h
Qty
WhatsApp an engineerMessage via Telegram
No account needed — your quote request goes straight to our engineers. A free account lets you track quotes and re-order faster.
Worldwide Shipping
Air & sea freight
Datasheet on Request
Technical specs
1-Day Quote
Replies within 24h

Local availability & support — Singapore

Local office
20 Woodlands Link #09-05, Singapore 738733
Phone
+65 8878 8355
Delivery
Same-day or next-business-day delivery within Singapore for in-stock items; 7–14 days for factory-order parts from Europe.
Payment
Invoicing in SGD. PayNow, bank transfer, and corporate PO accepted.
Ships to
Singapore

Technical Specifications

CYTIVA WHATMAN
Manufacturer Part Number
1822-6580
Dia
2.5 cm
Thick
0.26 mm
Pore Size
1.2 um
Product Type
Filter

Technical Documents

No technical documents available for this product.
Request documentation
Not sure this is the right part? Get a recommendation.

Need installation or engineering help?

Installation, commissioning, maintenance plans, system design, and bundled product + service quotes — one team handles the full scope.
Talk to an engineer

Ask a question

CYTIVA WHATMAN Products
3G Electric (S) Pte. Ltd. — Singapore

Product Description

The CYTIVA WHATMAN Glass Microfiber Filter: C is a C Grade glass fiber filter with a 2.5 cm diameter, 0.26 mm thickness, and 1.2 um pore size (MPN 1822-6580). It is designed for laboratory filtration applications requiring fine particle retention.

Frequently Asked Questions

What is the CYTIVA WHATMAN Glass Microfiber Filter C used for?

The CYTIVA WHATMAN Glass Microfiber Filter C is used for high-efficiency particulate retention in laboratory filtration, air monitoring, and environmental sampling. Its 1.2 µm pore size and 0.26 mm thickness make it suitable for gravimetric analysis and pre-filtration of aggressive liquids.

What are the specifications of the CYTIVA WHATMAN Glass Microfiber Filter C?

The CYTIVA WHATMAN Glass Microfiber Filter C (MPN 1822-6580) has a 2.5 cm diameter, 0.26 mm thickness, and 1.2 µm pore size. It is a C grade glass fiber filter designed for high loading capacity and fine particle retention in demanding lab applications.

Where to buy CYTIVA WHATMAN Glass Microfiber Filter C worldwide?

You can source the CYTIVA WHATMAN Glass Microfiber Filter C worldwide through 3G Electric. As a global industrial equipment distributor, 3G Electric handles full logistics, customs clearance, and delivery to your location, ensuring reliable supply for your laboratory needs.

How to select the right CYTIVA WHATMAN glass microfiber filter grade?

Select the CYTIVA WHATMAN glass microfiber filter grade based on particle size and application. Grade C with 1.2 µm pore size is ideal for fine particulate filtration and air monitoring. For coarser particles, consider grade A or B. Always match the filter diameter to your holder.

Used in

Common applications for CYTIVA WHATMAN
Environmental monitoring — Cytiva Whatman Grade C glass microfiber filters for particulate air sampling
Pharmaceutical quality control — Cytiva Whatman sterile syringe filters (0.45 µm PES) for sample filtration
Gravimetric analysis — Cytiva Whatman quantitative ashless filter paper Grade 40 for precipitate weighing
Industrial water testing — Cytiva Whatman pH indicator test strips (0–14 range) for quick pH checks
Microbiological analysis — Cytiva Whatman sterile MCE membrane filters (47 mm, 0.45 µm) for colony counting
Chemical processing — Cytiva Whatman hardened low ash filter paper Grade 52 for vacuum filtration of aggressive solutions

CYTIVA WHATMAN Products

3G Electric supplies CYTIVA WHATMAN c grade glass fiber filters. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.

You might also need

Burners & Combustion Pumps & Compressors Spare Parts All Products

Compatible alternatives & equivalents

Cross-referenced by specification & description
CYTIVA WHATMAN Glass Microfiber Filter: A, 2.5 cm Dia, 0.26 mm Thick, 1.6 um Pore Size (MPN 1820-025)
CYTIVA WHATMAN
CYTIVA WHATMAN Glass Microfiber Filter: A, 2.5 cm Dia, 0.26 mm Thick, 1.6 um Pore Size (MPN 1820-025)
B Grade glass fiber filter with 2.4 cm diameter, 0.68 mm thickness, and 1 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation
CYTIVA WHATMAN
B Grade glass fiber filter with 2.4 cm diameter, 0.68 mm thickness, and 1 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation
B Grade glass fiber filter with 2.1 cm diameter, 0.68 mm thickness, and 1 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation
CYTIVA WHATMAN
B Grade glass fiber filter with 2.1 cm diameter, 0.68 mm thickness, and 1 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation
Grade A glass fiber filter with 4.7 cm diameter, 0.26 mm thickness, and 1.6 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis, air monitoring, and sample preparation
CYTIVA WHATMAN
Grade A glass fiber filter with 4.7 cm diameter, 0.26 mm thickness, and 1.6 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis, air monitoring, and sample preparation
Grade A glass fiber filter with 3.7 cm diameter, 0.26 mm thickness, and 1.6 µm pore size. Used for fine particle retention in laboratory filtration, including gravimetric analysis and sample preparation
CYTIVA WHATMAN
Grade A glass fiber filter with 3.7 cm diameter, 0.26 mm thickness, and 1.6 µm pore size. Used for fine particle retention in laboratory filtration, including gravimetric analysis and sample preparation
B Grade glass fiber filter with 4.7 cm diameter, 0.68 mm thickness, and 1 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation
CYTIVA WHATMAN
B Grade glass fiber filter with 4.7 cm diameter, 0.68 mm thickness, and 1 µm pore size. Used for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation

More from CYTIVA WHATMAN

View all CYTIVA WHATMAN parts
CYTIVA WHATMAN C Grade glass fiber filter with 2.4 cm diameter, 0.26 mm thickness, and 1.2 µm pore size (MPN 1822-024). Designed for laboratory filtration requiring fine particle retention, suitable for gravimetric analysis, air monitoring, and sample preparation
CYTIVA WHATMAN
CYTIVA WHATMAN C Grade glass fiber filter with 2.4 cm diameter, 0.26 mm thickness, and 1.2 µm pore size (MPN 1822-024). Designed for laboratory filtration requiring fine particle retention, suitable for gravimetric analysis, air monitoring, and sample preparation
CYTIVA WHATMAN C Grade glass fiber filter with 2.5 cm diameter, 0.26 mm thickness, and 1.2 µm pore size. Suitable for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation
CYTIVA WHATMAN
CYTIVA WHATMAN C Grade glass fiber filter with 2.5 cm diameter, 0.26 mm thickness, and 1.2 µm pore size. Suitable for laboratory filtration requiring fine particle retention, such as gravimetric analysis and sample preparation