Home » News » GHP Filter » solvent compatibility ghp membrane filter lower hold-up volume

solvent compatibility ghp membrane filter lower hold-up volume

4566 – GHP Membrane – Acrodisc Syringe Filters, 25mm, Pall “These syringe filters offer a choice of filter media: hydrophobic PTFE membrane for exceptional chemical and temperatu...
Product Introduction

4566 - GHP Membrane - Acrodisc Syringe Filters, 25mm, Pall

"These syringe filters offer a choice of filter media: hydrophobic PTFE membrane for exceptional chemical and temperature compatibility -hydrophilic nylon membrane for excellent chemical compatibility with esters, bases, and alcohols, without prewetting -GHP (hydrophilic polypropylene) membrane for low protein binding -and hydrophilic PVDF (polyvinylidine fluoride) membrane for use in aqueous

Pall Life Sciences GHP Nanosep MF Centrifugal Devices, HPLC

The GH Polypro (GHP) hydrophilic polypropylene membrane offers maximum chemical compatibility. GHP membrane offers low protein binding (96.5% recovery), and low extractables. Devices can be spun at 14,000g with leak-free operation. This is only for Pall Life Sciences, Model ODGHPC34.

Laboratory Filters | Solvent and Sample Filtration | Aijiren Technology

Finally, consider the volume of your sample to identify the right lab filter for your needs. Sample volume <2 mL: 4 mm filter and <10 µL hold up volume Sample volume <10 mL: 13 mm minispike and <14 µL hold up volume Sample volume <10 mL: 13 mm male Luer and <30 µL hold up volume Sample volume <100 mL: 25 mm filter and <100 µL hold up volume

AcroPrep™ Filter Plates For Solvent Filtration, Pall - VWR

AcroPrep Plates eliminate crosstalk between wells. Membranes are individually sealed in each well with a proprietary sealing process and each well has a fluid director. AcroPrep Advance plates have a unique well geometry resulting in faster, more uniform filtration rates across the plate with reduced hold-up volume.

ghp acrodisc sterile with high quality-Analytical Testing Vials

solutions. The GHP Acrodisc is the most versatile filter available in terms of broad chemical compatibility with bases, acids and organic solvents. Pall Gelman Laboratory is the premier syringe filter manufacturer in the world. Their line of Acrodisc syringe filters promotes quality and accuracy during analytical sample preparation.

solvent compatibility 0.45um syringe filter for healthcare

How to Select a Syringe Filter and How to Use it? (2020 Guide)Feb 17, 2020 · PTFE Hydrophobic Filters Chemical Compatibility Chart >> PTFE Hydrophilic Syringe Filters 0.2 or 0.45

EXW price pall ghp lower hold-up volume-Lab Consumables Supplier

The GH Polypro (GHP) hydrophilic polypropylene membrane offers maximum chemical compatibility. GHP membrane offers low protein binding (96.5% recovery), and low extractables. Devices can be spun at 14,000g with leak-free operation. This is only for Pall Life Sciences, Model ODGHPC34. Pall Acrodisc Premium Syringe Filters, Pall Life Sciences AP

Pall Acrodisc Filters - vgdusa.com

Filtration area: 3.9cm2. Hold-up volume: \<125uL. 3. $764.63. AP-4560. Acrodisc 25mm Premium Syringe Filter Polypropylene housing. GHP hydrophilic polypropylene membrane for maximum chemical compatibility fast flow rates low protein binding and low levels of UV-absorbing extractables. Pore size: 0.45um. Filtration area: 3.9cm2. Hold-up volume

high performance ghp filters aqueous-Analytical Testing Vials

Acrodisc, Syringe Filter, GHP, 25 mm, 0.45 um, Aqueous, 200/case;Polypropylene, 100 mL Sample Volume, 100 uL Hold up Volume Get Price Hybrid Aqueous/Organic Electrolytes Enable the High

Buy Pall Acrodisc 0.45um Ghp/Gxf Pk1000 Pall AP-4558

Acrodisc 25mm Premium Syringe Filter GxF borosilicate glass prefilter. Polypropylene housing. 0.45um GHP hydrophilic polypropylene membrane for chemical compatibility fast flow rates low protein binding low levels of UV-absorbing extractables. Filtration area: 3.9cm2. Hold-up volume: \<125uL.

standard grade ghp membrane filter lower hold-up volume-Lab

A hefty percentage of the upstream volume can be collected from the process. Downstream hold up volume is harder to recover. One of the conventional ways is to drip it out from the filter outlet. International Filter products offers filters with low retention rates that reduces the hold-up volume significantly.

Acrodisc® PSF Syringe Filters - pall.com

Safety feature – Filter housing has been designed to withstand high operating pressures to avoid filter burst during use. Versatile – Available with GHP hydrophilic polypropylene membrane for maximum chemical compatibility, fast flow rates, low protein binding, and low levels of UV-absorbing extractables.

Latest Update of analytical testing vials and hplc

Acid and base resistant. Wide chemical compatibility with solvents. Low hold up volume for maximum sample recovery. High throughput for viscous samples. Sample preparation for HPLC. Clarification of laboratory samples. Ideal for particulate removal prior to sample analysis (HPLC Upper Housing, Lower Reservoir: Polypropylene Membrane: GH Polypro (h

Understanding syringe filters - Andy Connelly

Sep 28, 2016 · A filter with a low hold-up volume is recommended for use with expensive fluids or those with limited availability. The table below outlines general guidelines to the appropriate filter size for different volumes of fluid. Table 3: Choosing the correct diameter filter depends on the volume you are filtering and how much hold-up volume you can

High quality ghp syringe filter manufacturer-Analytical

Combining top-notch and uncompromising quality with an affordable price, the Pall Acrodisc Syringe Filters, Glass Fiber, Pall Life Sciences GHP/Glass Fiber Membrane Filter 4558/ 28143-263 can fulfill your laboratory needs while still offering a great value for the money.

Related Products
Send Your Inquiry
Please feel free to submit your inquiry information to us. We will contact with you as soon as possible.
Name:
Country :
Email:
Phone:
Inquiry:
Quick Consultation
Name:
Email:
Phone:
Copyright 2021 Zhejiang Aijiren Technology, Inc. All Rights Reserved.