Hydrophilic PVDF Membran

AquaEnergy Expo is a global exhibition in the water and energy field which includes a virtual expo, a magazine, a Knowledge hub and Jobs platform.

Products Categories

Virtual Expo Companies Countries Magazine Knowledge hub Jobs

Download App

AquaEnergy Expo is a global exhibition in the water and energy field which includes a magazine, a Knowledge hub, and a virtual expo.

Hydrophilic PVDF Membran

(0 reviews)

Get Price

(114) Views

(0) Contacts

Contact Company

Membrane Solutions, LLC.

Shanghai, China

(2758) Views

(18) Contacts

Hydrophilic PYDF membrane is a kind of membrane with lower protein binding than other membranes such as Nylon/NC/PTFE, having high flow rate and high loading capacity at the same time. Therefore, it can be typically used in bacteria removal of culture media and any other protein solutions.

General Filtration (aqueous & organic)
Aggressivesolvent filtration
Sterilizing fittration of biological solutions
HPLC Sample preparation

MS® hydrophilic PVDF membrane has a series of excellent performance, especially the high flow rate and low protein binding.
High strength and porosity
High flow rate
Low extractables
Broad chemical stability
Low protein and drug binding
Excellent heat resistance
Retention rate: >99.99%

Product Reviews

You must Login/Register to can submit your review

Login to your account

OR

Register new account

Direct contact with supplier

Phone Number: (required)

Your Name : (required)

Email Address : (required)

Whatsapp Number (optional) :

Send To Similar Companies.

Login with your email to contact with seller directly

Login to your account

OR

Register new account

Social Media

Contacts

Email Address : info@aquaenergyexpo.com
Address : ST. PETERSBURG, FLORIDA USA 33702

Phone Number (required *):

Your Name (required *):

Message Type (required *) :

Email Address (required *):

Message (required *): 500 characters as maximum

I agree to the Terms, Conditions & the Privacy Policy .

All Rights Reserved to AquaEnergy Expo © 2024