Phenogel HPLC Information

Enhance Resolution for Polymer Analysis using Non-Aqueous GPC/SEC

Phenogel™ size exclusion columns for gel permeation chromatography (GPC) are composed of highly cross-linked polystyrene-divinylbenzene (PSDVB), and achieve high resolution and tight linear calibration curves. Available in 7 pore sizes from 50 Å to 10E6 Å and a linear mixed bed configuration. USP L21 packings available. Phenogel columns are also available in 5 and 10 µm particle sizes and are temperature stable up to 140°C.

*Recommended alternative to Waters® Styragel®, Agilent® PLgel™, Shodex® GPC KF-800 series, PSS SDV®, and Tosoh Bioscience® TSKgel®H-type columns

Introducing the GPC Solvent Savings Calculator
Quickly calculate the solvent savings and cost savings you can
achieve with your GPC polymer analysis.

Try it Now »

Use Phenogel GPC Columns for Separations of Low, Moderate, and High Molecular Weight:

Organic-soluble polymers
Plastics and plasticizers
Rubbers, resins, and elastomers
Pharmaceutical excipients
Food and cosmetic excipients
Textiles/dyes
Petroleum and fuels
Oils, lipids, and fatty acids
Sample cleanup by GPC

Download Our FREE GPC Method Development Poster

The GPC Method Development Poster offers an introduction to the method development strategies of gel permeation chromatography. Find detailed tips and tricks for optimizing your Phenogel column selection, solvent compatibility, and sample injection considerations.
Download Now »

<h2 style="margin-bottom: 0px;">Enhance Resolution for Polymer Analysis using Non-Aqueous GPC/SEC</h2>

<p>Phenogel™ size exclusion columns for gel permeation chromatography (GPC) are composed of highly cross-linked polystyrene-divinylbenzene (PSDVB), and <span style="color: rgb(0, 136, 204); font-weight: bold;">achieve high resolution and tight linear calibration curves</span>. Available in 7 pore sizes from 50 Å to 10<font size="2">E6</font> Å and a linear mixed bed configuration.  USP L21 packings available. Phenogel columns are also available in 5 and 10 µm particle sizes and are temperature stable up to 140°C.</p>

<div style="width: 250px; margin-top: 45px; margin-left: 15px; float: left;">
<p style="line-height: 10px; font-size: 10px;">*Recommended alternative to Waters<font size="1">®</font> Styragel<font size="1">®</font>, Agilent<font size="1">®</font> PLgel<font size="1">™</font>, Shodex<font size="1">®</font> GPC KF-800 series, PSS SDV<font size="1">®</font>, and Tosoh Bioscience<font size="1">®</font> TSKgel<font size="1">®</font>H-type columns</p>
</div>

<hr style="border: 0px currentColor; border-image: none; height: 12px; box-shadow: inset 0px 12px 12px -12px rgba(0,0,0,0.5);" />
<div style="width: 410px; height: 65px; margin-right: 10px; float: left;">
<p><a href="/Tools/GPCSolventSavings;line-height:22px" style="font-size: 16px; font-weight: bold;">Introducing the GPC Solvent Savings Calculator</a><br />
Quickly calculate the solvent savings and cost savings you can<br />
achieve with your GPC polymer analysis.</p>
<a class="btn btn-primary btn-small" href="/Tools/GPCSolventSavings" style="margin-top: 10px;">Try it Now »</a></div>

<hr style="border: 0px currentColor; border-image: none; height: 12px; box-shadow: inset 0px 12px 12px -12px rgba(0,0,0,0.5);" />
<h2 style="width: 500px; line-height: 20px; margiin-bottom: 0px;">Use Phenogel GPC Columns for Separations of Low, Moderate, and High Molecular Weight:</h2>

<div style="width: 250px; float: left;">
<ul>
	<li style="font-weight: bold;">Organic-soluble polymers</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Plastics and plasticizers</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Rubbers, resins, and elastomers</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Pharmaceutical excipients</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Food and cosmetic excipients</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Textiles/dyes</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Petroleum and fuels</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Oils, lipids, and fatty acids</li>
	<li style="padding-top: 5px; font-size: 13px; font-weight: bold;">Sample cleanup by GPC</li>
</ul>
</div>

<h2 style="line-height: 20px; margin-bottom: 0px;">Download Our FREE GPC Method Development Poster</h2>

<div style="width: 390px; margin-top: 30px; margin-left: 50px; float: left;">
<p><span style="color: rgb(0, 136, 204); font-weight: bold;">The GPC Method Development Poster</span> offers an introduction to the method development strategies of gel permeation chromatography. Find detailed tips and tricks for optimizing your Phenogel column selection, solvent compatibility, and sample injection considerations.<br />
<a class="btn btn-primary btn-large" href="http://www.phenomenex.com/info/form/2014gpcposter" style="margin-top: 10px;">Download Now »</a></p>
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9 Phases

Gel Permeation 9

Featured

BROCHURE

Phenogel Non-Aqueous GPC/SEC Columns

Enhanced resolution for polymer analysis..
BROCHURE

Extend the Life of Your Valuable GPC Columns

Simple-to-use SecurityGuard GPC protects ANY non-aqueous GPC column. Extremely economical alternative to the typical GPC guard columns.
TECHNICAL NOTE

Optimizing Gel Permeation Chromatography (GPC) using Phenogel Columns

GPC is principally used to separate polymers and organic molecules based on their size
BROCHURE

GPC Solvent Savings and Cost Savings

Lower your consumption of environmentally critical or toxic solvents and reduce your solvent disposal costs simply by using Phenogel Narrow Bore columns

Particle Sizes (µm)
Pore Size (Å)
Exclusion Limit
Back Pressure (PSI) Max

Compare All Phases

Phase Information

9 Phases

Gel Permeation 9

Phase	Particle Sizes (µm)	Pore Size (Å)	Exclusion Limit	Back Pressure (PSI) Max	Recommended Use
100A	10	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	10	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	10	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	10	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	5	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	5	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	5	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
100A	5	100	6 x 10^3	1500	Separation of small organics (500 - 6 K MW)
10E3A	10	1000	7 x 10^4	1500	Separation of resins (1 K - 75 K MW)
10E3A	5	1000	7 x 10^4	1500	Separation of resins (1 K - 75 K MW)
10E3A	5	1000	7 x 10^4	1500	Separation of resins (1 K - 75 K MW)
10E4A	10	10000	5 x 10^5	1500	Separation of resins (5 K - 500 K MW)
10E4A	5	10000	5 x 10^5	1500	Separation of resins (5 K - 500 K MW)
10E4A	5	10000	5 x 10^5	1500	Separation of resins (5 K - 500 K MW)
10E5A	10	100000	1 x 10^6	1500	Separation of resins (10 K - 1,000 K MW)
10E5A	5	100000	1 x 10^6	1500	Separation of resins (10 K - 1,000 K MW)
10E5A	5	100000	1 x 10^6	1500	Separation of resins (10 K - 1,000 K MW)
10E6A	10	1000000	1 x 10^7	1500	Separation of high MW polymers (60 K - 10,000 K MW)
10E6A	5	1000000	1 x 10^7	1500	Separation of high MW polymers (60 K - 10,000 K MW)
10E6A	5	1000000	1 x 10^7	1500	Separation of high MW polymers (60 K - 10,000 K MW)
500A	10	500	1 x 10^4	1500	Separation of small organics (1 K - 15 K MW)
500A	5	500	1 x 10^4	1500	Separation of small organics (1 K - 15 K MW)
500A	5	500	1 x 10^4	1500	Separation of small organics (1 K - 15 K MW)
50A	10	50	3 x 10^3	1500	Separation of small organics (100 - 3 K MW)
50A	5	50	3 x 10^3	1500	Separation of small organics (100 - 3 K MW)
50A	5	50	3 x 10^3	1500	Separation of small organics (100 - 3 K MW)
Guard	10	N/A		1500
Guard	5	N/A		1500
Guard	5	N/A		1500
Linear(2)	10	N/A	1 x 10^7	1500	Separation of high MW polymers (100 - 10,000 K MW)
Linear(2)	5	N/A	1 x 10^7	1500	Separation of high MW polymers (100 - 10,000 K MW)
Linear(2)	5	N/A	1 x 10^7	1500	Separation of high MW polymers (100 - 10,000 K MW)

Document Type	Title
Brochures	2022/2023 色谱产品指南 (Catalog)	Add to My Documents
Other	GPC Method Development Poster	Add to My Documents
Other	GPC Users Guide	Add to My Documents
Other	Pharmaceutical Analysis Guide- Formulations	Add to My Documents
Brochures	Phenogel Brochure	Add to My Documents
Supporting Docs	Phenogel Column Care Note	Add to My Documents
Brochures	Extend the Life of Your Valuable GPC Columns	Add to My Documents
Brochures	GPC Solvent Savings and Cost Savings	Add to My Documents
Technical Notes	Oligomer Composition of Over-The-Counter Omega-3 Fish Oil Capsules by Gel Permeation Chromatography (Ph. Eur. Monograph 1912) (TN-1180)	Add to My Documents
Technical Notes	Optimizing GPC (TN-1100)	Add to My Documents
MSDS	Safety Data Sheet for Polymer-Based HPLC Columns (SDVB)	Add to My Documents
Technical Notes	The Use of Phenogel GPC Columns for Environmental and Biomonitoring Applications (TN-1183)	Add to My Documents
Technical Notes	Pharmaceutical Tablet and Capsule Excipients by Gel Permeation Chromatography (GPC) (TN-1155)	Add to My Documents
Supporting Docs	Column Molecular Weight Calibration Curves	Add to My Documents
Supporting Docs	Meeting All Your PREP Needs	Add to My Documents
Supporting Docs	Solvent and Temperature Considerations	Add to My Documents
Supporting Docs	HPLC Column Care Guide	Add to My Documents
Supporting Docs	Phenogel Column Care Guide	Add to My Documents
Supporting Docs	SecurityGuard GPC Column Installation Instructions	Add to My Documents

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Economical GPC/SEC Columnsfor Improved Polymer Analysis

Phenogel HPLC Information

Enhance Resolution for Polymer Analysis using Non-Aqueous GPC/SEC

Use Phenogel GPC Columns for Separations of Low, Moderate, and High Molecular Weight:

Download Our FREE GPC Method Development Poster

Featured

Phenogel Non-Aqueous GPC/SEC Columns

Extend the Life of Your Valuable GPC Columns

Optimizing Gel Permeation Chromatography (GPC) using Phenogel Columns

GPC Solvent Savings and Cost Savings

Economical GPC/SEC Columns
for Improved Polymer Analysis