Filter Membranes Nitrocellulose

Name: Filter Membranes Nitrocellulose
Brand: CHINTAN ENTERPRISE
Price: 1000 INR
Availability: InStock

Price 1000 INR/ Piece

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MOQ : 1 Ton

Filter Membranes Nitrocellulose Specification

Size
30 Cm

Height
660 Millimeter (mm)

Product Type
Filter Membranes

Weight
1.5 Kilograms (kg)

Color
White and Blue

Material
MF Membrane

Filter Membranes Nitrocellulose Trade Information

Minimum Order Quantity
1 Ton

Supply Ability
1 Ton Per Week

Delivery Time
1 Week

Main Domestic Market
All India

About Filter Membranes Nitrocellulose

Properties

Related Categories	Filter membranes, nitrocellulose, Filtration Supplies,Labware, Manufacturer Browser, Membrane Filters, More...
material	MF membrane
mfr. no.	Millipore GSWP01300
	Millipore, GSWP01300
diam.	13 mm
pore size	0.22 m

Description

General description

Biologically inert nitrocellulose membranes containing a small amount of cellulose acetate for improved handling. Autoclavable to 121C; use below 75C. Chemically compatible with dilute acids and bases, hydrocarbons, and non-polar liquids. MF-Millipore membranes have water extractables <5%, including a Triton wetting agent TF-Millipore membranes are Triton-free and have even lower water extractables than MF membranes. See Immobilon-NC in the Electrophoresis Equipment section for nitrocellulose blotting membranes.

Precision Filtration for Critical Applications

Engineered for dependability, these nitrocellulose filter membranes excel in laboratory diagnostics and industrial operations alike. Their robust design and consistent pore structure ensure precise particle retention, making them ideal for demanding filtration tasks requiring accuracy and speed.

Quality Assured from a Trusted Indian Source

As a leading manufacturer and supplier in India, we provide nitrocellulose filter membranes that adhere to international standards. Rigorous quality checks and advanced production techniques guarantee products tailored to your filtration requirements, whether for research, clinical, or industrial uses.

FAQ's of Filter Membranes Nitrocellulose:

Q: How are nitrocellulose filter membranes typically used?

A: Nitrocellulose filter membranes are widely used in laboratories and industrial settings for filtration tasks such as protein blotting, microbiological analysis, and sterility testing, thanks to their excellent binding capacity and uniform pore size.

Q: What benefits do nitrocellulose MF membranes offer over alternative materials?

A: MF nitrocellulose membranes provide superior protein binding, low background staining, and rapid flow rates, making them especially valuable for analytical and diagnostic applications requiring high filtration precision.

Q: When should I choose a membrane with both white and blue color options?

A: Choosing between white and blue membranes allows users to enhance visibility of samples or distinguish between processes. Blue-tinted membranes, for instance, improve contrast when working with light-colored samples.

Q: Where can these filter membranes be sourced?

A: These nitrocellulose filter membranes can be sourced directly from authorized distributors, exporters, manufacturers, suppliers, and traders in India, ensuring quality and timely delivery.

Q: What is the process for installing and utilizing these membranes?

A: To use these membranes, simply place them in the designated filtration apparatus, ensure a proper seal, and carry out filtration according to the procedure required for your specific application (e.g., blotting or particle removal).

Q: How does the size and thickness of the membrane impact filtration performance?

A: The 30 cm size and substantial height help accommodate larger sample volumes and surface areas, increasing throughput and efficiency. The weight and dimensions contribute to durability during high-pressure filtration steps.

Q: What are the main usage advantages for laboratories and industries?

A: These membranes deliver consistent reproducibility, high binding capacity, and compatibility with a range of chemical reagents, maximizing efficiency and reliability for various filtration and diagnostic tasks.

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