Whatman Filter Paper 41

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Whatman Filter Paper 41 Specification

Capacity
High flux, moderate dirt-holding capacity

Efficiency (%)
Fast filtration (low retention of fine precipitates)

Diameter
110 mm (available in various sizes)

Resistance
Good resistance to most acids (not HF) and alkalis

Type
Quantitative Filter Paper

Material
High-purity cellulose

Thickness
205 m

Thermal Shrinkage
<0.1% at 120C for 30 minutes

Working Temperature
Up to 120C

Application
Ideal for analytical procedures such as gravimetric analysis; filtration of gelatinous precipitates

Color
White

Filtration Speed
Extremely fast

Pore Size
20-25 m

Ash Content
<0.007% (acid-insoluble ash)

Basis Weight
97 g/m2

About Whatman Filter Paper 41

Experience the incomparable performance of Whatman Filter Paper 41, a top-ranking choice for analytical professionals worldwide. This stellar qualitative filter paper delivers extremely fast filtration with a pore size of 20-25 m and less than 0.007% acid-insoluble ash content. Crafted from high-purity cellulose, it boasts high flux, moderate dirt-holding capacity, and exceptional resistance to most acids and alkalis. With a thermal stability up to 120C and minimal shrinkage, this white filter paper is ideal for gravimetric analysis and separating gelatinous precipitates. Shop now-order today from leading exporters, manufacturers, suppliers, and traders in India for an ephemeral yet unmatched laboratory advantage!

Advantageous Features and Versatile Uses

Whatman Filter Paper 41 stands out for its extremely fast filtration speed and high capacity, making it a valuable tool in any lab setting. Its high-purity cellulose construction ensures consistent results while its resistance to most acids (excluding HF) and alkalis confirms its durability. The filter is especially advantageous for analytical procedures, such as gravimetric analysis and effective filtration of gelatinous precipitates. Designed for ease of use, this quantitative filter paper enhances precision and delivers reliable, trace-free outcomes.

Sample Availability and Domestic Supply Markets

Samples of Whatman Filter Paper 41 are available for testing and evaluation, so you can assess its superior qualities before making an order. With supply managed through dependable export and domestic channels in India, you benefit from competitive list prices and clear outlay reports. Products are shipped via key FOB ports, ensuring timely delivery and broad reach within India's main domestic market. Take advantage of our efficient distribution network to fulfill your laboratory's needs without delay.

FAQ's of Whatman Filter Paper 41:

Q: How does Whatman Filter Paper 41 benefit analytical procedures?

A: Whatman Filter Paper 41 provides extremely fast filtration with minimal ash content, ensuring high precision in gravimetric analyses and improved throughput when filtering gelatinous precipitates.

Q: What applications is Whatman Filter Paper 41 best suited for?

A: This filter paper is ideal for analytical applications such as gravimetric analysis, the filtration of gelatinous precipitates, and any process requiring rapid filtration with quantitative accuracy.

Q: When should I choose Whatman Filter Paper 41 over other types?

A: Choose Whatman Filter Paper 41 when you require fast filtration and low retention of fine precipitates, particularly in experiments that demand low ash content and high resistance to chemicals.

Q: What is the process for ordering samples or bulk supply of Whatman Filter Paper 41?

A: You can request product samples for evaluation or place bulk orders through certified suppliers, exporters, or manufacturers, with shipments arranged via key FOB ports in India.

Q: Where is Whatman Filter Paper 41 primarily supplied and distributed?

A: The filter paper is supplied across India through verified traders and exporters, ensuring broad domestic market coverage and international availability for laboratory needs.

Q: What is the usage recommendation for high-temperature applications?

A: Whatman Filter Paper 41 may be used at temperatures up to 120C, with less than 0.1% thermal shrinkage, ensuring stability and accuracy during high-temperature filtration tasks.

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