40 % OFF. Upgrade to Zebron GC Columns. Equivalent Selectivity. Better Service. ZB-1ms ZB-5 ZB-624. ZB-5ms ZB-WAX ZB-1.

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1 Upgrade to Zebron GC Columns Equivalent Selectivity. Better Service. ZB-ms ZB-5 ZB-64 ZB- 40 % OFF Zebron GC columns ZB-WAX ZB-5ms * Expires: October 30, 009 Please Mention Offer Code: ZBE009 * Offer applies only to Zebron GC columns listed in this brochure. Offer excludes guard or custom columns. Offer must be specified at time of order and cannot be combined with any other discount or promotional item.

2 We Guarantee Performance The Zebron GC line has a long history of excellent quality, outstanding customer service, and technical support. The brand started when Phenomenex acquired a GC column manufacturing company founded by Dr. Robert Wohleb (also the co-founder of J&W - the W of J&W). From the outset, Phenomenex s goal was to provide scientists the highest quality line of GC columns, as it had with HPLC. This quality was soon recognized throughout the world. Today, Phenomenex employs many of the world s top GC researchers, with decades of cumulative experience in GC column chemistry and manufacturing technology. This expertise, along with our constant dedication to quality and service, guarantees that our GC columns will provide you with equivalent or better performance and selectivity. Try us today risk free! If Zebron does not provide you with equivalent separations as compared to any other GC column of the same phase, and comparable dimensions, send in your comparative data within 45 days and keep the Zebron column for FREE!

3 Quality Column. Quality Support. Table of Contents Equivalent Selectivity to Other GC Manufacturers GC columns by manufacturer...p. 4 Same selectivity and retention time...p. 4 Technical Support and Resources Always Available Knowledgeable GC specialists...p. 5 Hundreds of free resources... p. 5 Popular Zebron Phases Available for Your Applications ZB- - Non-polar phase suited for true boiling point separations...p. 6 ZB-ms - Extremely low bleed column for non-polar compounds...p. 7 ZB-5 - Versatile low polarity column for general lab use...p. 8 ZB-5ms - Enhanced resolution of PAHs and multi-ring aromatic compounds... p. 9 ZB-64 - Optimized for separating volatile organic compounds (VOCs)...p. 0 ZB-WAX - Excellent for separating polar complex mixtures... p. Trademarks Zebron and Arylene Matrix Technology are trademarks of Phenomenex, Inc. J&W is a registered trademark of Hewlett Packard. Disclaimer Comparative separations may not be representative of all applications. Subject to Phenomenex Standard Terms & Conditions, which may be viewed at Phenomenex, Inc. All rights reserved.

4 4 Equivalent Selectivity to other GC Manufacturers GC Column Selection by Manufacturers Composition Phenomenex Restek J&W Supelco 00 % dimethylpolysiloxane 00 % dimethylpolysiloxane 5 %-phenyl- 95 %-dimethylpoly siloxane 5 %-phenyl-arylene- 95 %-dimethylpoly siloxane 6 %-cyanopropyl phenyl- 94 %-dimethyl polysiloxane Polyethylene glycol ZEBRON ZB- ZEBRON ZB-ms ZEBRON ZB-5 ZEBRON ZB-5ms ZEBRON ZB-64 ZEBRON ZB-WAX Rtx-, Rtx-PONA, Rtx- F&F Rtx-MS Rtx-5 Rtx-5SilMS Rtx-30, Rtx-64 Rtx-WAX, Famewax, Stabilwax-DB DB-, DB-887, DB- EVDX DB-ms DB-5 DB-5ms, DB-5.65, DB-5ms EVDX DB-30, DB-64, DB-VRX DB-WAXetr SPB-, SPB- TG, SE-30, MET-, SPB- Sulfur, SPB-HAP MDN-, Equity- MDN-5, SPB-5, PTE-5, SE-54, PTA-5, Equity-5, Sac-5 Agilent Technologies (HP) HP-, HP-0, HP-PONA, Ultra Alltech AT-, AT-Sulfur, EC- SGE BP, BP-PONA, BPX-SimD HP-ms AT-ms SolGel-ms HP-5, Ultra, HP-PAS-5 AT-5, EC-5 BP5, BPX5 SPB-30, SPB-64 Met-Wax, Omegawax HP-VOC AT-64, AT-30 BP64 Varian (Chrompack) CP-Sil 5 CB CP-Sil 5 CB MS, VF-ms CP-Sil 8 CB VF-5ms, CP-Sil 8 CB MS CP-30, CP-Select-64 CB OV OV- OV-5 OV- 64 HP-INNOWax EC-Wax SolGel-WAX CP-Wax 57 CB Same Selectivity, Same Retention Time! 3 Zebron ZB-5ms vs. * J&W DB-5ms min App ID 599 App ID 8300 Conditions for both columns: Dimensions: 30 meter x 0.5 mm x 0.5 µm Injection: Split 50 C, 0.5 µl Carrier Gas: ml/min (constant pressure) Oven Program: 65 C (Isothermal) Detector: 35 C Sample:. Propionic Acid. Octane 3. Nitrobutane 4. 4-Picoline 5. Trimethylphosphate 6.,-Pentanediol 7. Propylbenzene 8. Hetpanal (Heptaldehyde) 9. 3-Octanone 0. Decane min *J&W is a registered trademark of Hewlett Packard. Comparative separations may not be representative of all applications. tel.: (30) I fax: (30) I web: I info@phenomenex.com

5 All samples analyzed consisted of blood alcohol analytes diluted to 0.05, 0.050, 0.00, 0.00, and % in 5.0 ml of water (total volume) inside a 0 ml headspace vial. Note that the concentration of internal standards in each sample was always at 0.00 %. Analysis of each sample was conducted on an HP6890 gas chromatograph (Agilent) equipped with an Hta (HT-00H) autosampler and two new capillary columns from Phenomenex. The Zebron ZB-BAC had dimensions of 30 m x 0.53 mm ID x 3.00 μm and the Zebron ZB-BAC had dimensions of 30 m x 0.53 mm ID x.00 μm. The columns were installed such that they would lead from the same injection port and guard column and split off into two separate flame ionization detectors. Additional parameters for the autosampler and GC method are listed in Table. Page of 4 Technical Support and Resources Always Available 5 Knowledgeable GC Specialists At Phenomenex we believe that customers are the lifeblood of our business. Big or small, your business is important to us. We want to grow with you and become a valued part of your business s success. Experience Zebron and the technical support that we offer...it is unsurpassed! Hundreds of Free Resources FREE Technical Notes FREE Troubleshooting Guide FREE Users Guide TN-038 APPLICATIONS Ways to Attain Sharper Peak Shape and Higher Sensitivity in Gas Chromatography Matthew Trass and Sky Countryman Phenomenex, Inc., 4 Madrid Ave., Torrance, CA, 9050 USA There are two simple things that analysts can do in order to meet the method detection limits (MDLs) requirements. ) The solvent focusing technique allows for greater sensitivity without sacrificing resolution. ) Proper GC column selection is critical in order to get the best peak shape with the lowest baseline. Introduction Solvent Focusing Many Gas Chromatography (GC) analyses require very low detection of target analytes, such as drugs of abuse or environmental contaminants. However, GC analysts often struggle with attaining a method that is sensitive enough to meet the method detection limits (MDLs). This technical note discusses two simple ways of attaining sharper peak shape and higher sensitivity so that you can achieve the required MDLs. The first strategy, solvent focusing, is a technique used by analysts when making on-column or splitless injections. The second strategy, proper GC column selection, is critical in order to ensure that the lowest baseline and sharpest peak is attained. Utilizing both of these methods will help provide the best results for GC methods with low MDL requirements. The purpose of solvent focusing is to get narrow peaks without doing a split injection. Attaining narrow peaks without splitting the sample is important because it allows for greater sensitivity without sacrificing resolution. By correctly setting the GC parameters, solvent focusing can be used to obtain narrow and symmetrical peaks for the majority of analyses. Solvent focusing occurs via two mechanisms. The first mechanism occurs during splitless injections when a vaporized sample condenses on a cool column. Because the volume of a gas is much larger than that of a liquid, when the sample condenses, it is focused into a small area on the column. The second mechanism applies to both splitless and on-column injections and requires a ramped oven program. Unlike the first mechanism, both the solvent and the analytes must condense on the column upon injection. The condensed sample forms a flooded zone on the column s surface. The flooded zone slowly decreases in size as the solvent evaporates, concentrating the analytes that are dissolved in the solvent (Figure ). By the time all of the solvent has evaporated, the analytes will be focused into a tight band on the column. For both forms of solvent focusing to occur, either the analytes or both the solvent and the analytes must condense onto the column. There are several parameters in a GC system which affect a sample s rate of condensation (Table ). These parameters include the initial oven temperature, the volatility of the solvent and analyte, and the phase ratio. In this technical note, we will be discussing how different GC parameters affect solvent focusing. We will also demonstrate how changing the initial oven temperature can easily provide improved chromatographic results with sharper peak shape. For additional technical notes, visit GC Parameters Affecting Solvent Focusing When doing solvent focusing, the initial oven temperature is the most convenient parameter to adjust. A good starting point is 50 ºC below the boiling point of the earliest eluting analyte. This temperature should be held for the duration of the splitless hold time to ensure that the entire sample is focused onto the column. TN-036 APPLICATIONS The second GC parameter that affects solvent focusing is a column s phase ratio. Unlike the initial temperature, the phase ratio can only be changed by installing a different column. The lower the phase ratio (greater film thickness), the greater the amount of solvent and analyte that can dissolve in the stationary phase. Working with a low phase ratio column may allow solvent focusing at temperatures that previously were not viable. Improved Separation of Blood Alcohols Using Zebron ZB-BAC and BAC GC Columns Chris Fernandez, Kory Kelly, and Sky Countryman Phenomenex, Inc., 4 Madrid Ave.Torrance, CA, 9050 USA The third GC parameter that affects solvent focusing is the sample components. In most cases, the sample cannot be manipulated. However, when possible, solvent focusing is best achieved with a solvent that has the greatest difference between the solvent s boiling point and the initial column temperature. For example, if the initial temperature is 30 ºC, ethyl acetate (boiling point. 77. ºC) will have a greater focusing effect than dichloromethane (boiling point 39 ºC). The Zebron ZB-BAC and ZB-BAC GC columns provide extremely reproducible and quantitative analysis of the blood alcohols. Adequate separation of ethanol and other blood alcohols is achieved in under minutes with a ~ 3 % RSD. The Hta HT-00H autosampler provides consistent injection volumes. Introduction Figure. Analyte distribution during a temperature programmed run. In Phase the oven is set at a low initial temperature. In Phases and 3 the oven ramps up causing the solvent to evaporate. The determination of blood alcohol content (BAC) is one of the most common tests performed by forensic laboratories. A typical BAC analysis involves headspace-gas chromatography to prevent contamination at the head of the GC column from nonvolatile components in the sample. Many places have recently begun using dual-column GC analyses to confirm the presence of ethanol. These two columns must have different selectivities to ensure that any analytes identified on the first column elute at a different retention time on the second column. Phase. The sample has condensed on a cool column When performing dual column analysis, the major challenge is finding two dissimilar phases that provide adequate resolution of all analytes, while maintaining reasonable analysis times. In BAC analysis, baseline resolution for all analytes of interest and ultra fast analysis time (under five minutes) are critical because of the high throughput nature of most forensic labs. The most critical blood alcohol compound is ethanol. However, there are other compounds that could be present in the blood stream that may interfere with the identification or quantitation of ethanol. First, a small amount of methanol is usually present in ethanol as a byproduct of the distillation process. Therefore, a small amount of methanol may also be present in blood as a result of ethanol consumption. Second, isopropanol (the main ingredient of rubbing alcohol) can also be present in the blood as a result of absorption through skin or from inhalation of rubbing alcohol vapor. Once in the blood stream, the consumed ethanol may also oxidize to acetaldehyde. Another metabolite to take into account when testing for BAC is acetone. This metabolite is particularly prominent in diabetics because acetone is produced as a result of ketoacidosis. Since many of the mentioned compounds may co-elute with ethanol on a GC column, most BAC analyses need to take these possible interferences into account when determining blood alcohol content. To ensure proper identification and quantitation, it is important to use GC columns that can provide the best resolution of ethanol from all other components potential interferences. Phase. The volatile solvent begins to evaporate, concentrating the sample Phase 3. All of the solvent has evaporated leaving the analyte in a tight band Table. GC system parameters that affect solvent focusing. GC Parameters Affect on Solvent Focusing Initial oven temperature The lower the initial oven temperature, the greater the rate of sample condensation. Phase ratio The lower the phase ratio (greater film thickness), the greater the rate of sample condensation. Volatility of the solvent The higher the boiling point of the sample and analyte components, the greater the rate of condensation. Quantification of methanol, ethanol, isopropanol, acetaldehyde, and acetone is usually done using an internal standard method. Typical internal standards include t-butanol, n-propanol, and - butanol. Many forensic scientists will use any of these three internal standards depending on their specific needs. Another reason for using more than one internal standard is that n-propanol has been shown to be present in postmortem specimens, which would interfere with quantitative results. Quantitative results must usually be precise to within ± 5 %. The goal of this study is to demonstrate the capabilities of two new GC phases, Zebron ZB-BAC and ZB-BAC, to accurately identify and quantify trace amounts of alcohols or possible alcohol interferents in blood with fast analysis times (from to 4 minutes). All samples were analyzed by headspace-gc-fid. The blood alcohol analytes in each sample consisted of methanol, acetaldehyde, ethanol, acetone, and isopropanol diluted to 0.05, 0.050, 0.00, 0.00, and % in water. This calibration range is in accordance with the typical 0.08 % blood alcohol limit for a DUI conviction in all 50 states in the US. Signal-to-noise data from the chromatograms have been used to determine a limit of detection (LOD) and a limit of quantitation (LOQ) for each of the five analytes. The two new GC column phases provided enhanced resolution of ethanol from closely eluting compounds while also exhibiting the ability to quantify a blood alcohol concentration between %. Relative standard deviations (RSD), absolute and relative to the internal standards, have been tabulated at the 0.05 and 0.00 % concentration levels to illustrate the precision of the application. Experimental Analysis of each sample was conducted on a HP6890 gas chromatograph (Agilent Technologies) using a Phenomenex Zebron ZB-35 GC column, 30 m x 0.53 mm ID x 0.50 μm. Additional parameters for the GC method are included in Figure. Experimental Page of 4 For additional technical notes, visit tel.: (30) I fax: (30) I web: I info@phenomenex.com

6 Zebron ZB- Non-polar phase suited for true boiling point separations 6 Rugged general purpose column Low polarity column for wide range of applications Used for fingerprinting and routine quality control analyses (e.g., citrus oils) Equivalent to USP Phase G Temperature Limits: -60 to 360/370 C (Isothermal/TPGC)* Alternative to Any 00 % Dimethylpolysiloxane Phase: DB- HP-PONA DB-887 DB- EVDX Rtx- HP- HP-0 AT- Rtx-PONA Rtx- F&F MET- Ultra BP SPB- CP-Sil 5 CB SE OV- Applications Amines Ethanol Gases (refinery) MTBE Oxygenates and GROs PCBs Drugs of abuse Essential oils Hydrocarbons Natural gas odorants Pesticides Mercaptans Sulfur compounds (light) Solvent impurities Simulated distillation Semi-volatiles Simulated Distillation Markers: ASTM Method D min Column: Zebron ZB- Dimensions: 0 meter x 0.53 mm x.65 µm Part No.: 7CK-G00-35 Injection: Split 360 C, µl Carrier Gas: 8. ml/min (constant flow) Oven Program: 35 C to C/min for 5 min Detector: 360 C Sample:. Pentane (C5). Hexane (C6) 3. Heptane (C7) 4. Octane (C8) 5. Nonane (C9) 6. Decane (C0) 7. Undecane (C) 8. Dodecane (C) 9. Tetradecane (C4) 0. Pentadecane (C5) Can t find what you need? GCspecialist@ phenomenex.com Hexadecane (C6). Heptadecane (C7) 3. Octadecane (C8) 4. Eicosane (C0) 5. Tetracosane (C4) 6. Octacosane (C8) 7. Dotriacontane (C3) 8. Hexatriacontane (C36) 9. Tetracontane (C40) 0. Tetratetracontane (C44) 0 App ID 4943 Ordering Information Zebron ZB- GC Columns ID(mm) df(µm) Temp. Limits C Part No. Price 0-Meter to 340/360 7CK-G00-35 $ 55 5-Meter to 360/370 7EG-G00-0 $ to 360/370 7EG-G to 340/360 7EG-G to 360/370 7EM-G to 340/360 7EM-G to 360/370 7EK-G to 360/370 7EK-G to 340/360 7EK-G to 340/360 7EK-G to 340/360 7EK-G Meter to 360/370 7HG-G00-0 $ to 360/370 7HG-G to 360/370 7HG-G to 340/360 7HG-G to 360/370 7HM-G to 360/370 7HM-G to 340/360 7HM-G to 340/360 7HM-G to 360/370 7HK-G to 360/370 7HK-G to 340/360 7HK-G to 340/360 7HK-G to 340/360 7HK-G Meter to 360/370 7JG-G00-7 $ Meter to 360/370 7KG-G00-0 $ to 360/370 7KG-G to 340/360 7KG-G to 360/370 7KM-G to 360/370 7KM-G to 340/360 7KM-G to 340/360 7KM-G to 340/360 7KK-G Meter to 360/370 7MG-G00-7 $ 90 *Thicker films (.0 µm df) are rated to 340/360 C (Isothermal/TPGC). ZB- Test Mix Part No.: AG0-555 Price: $ 55 tel.: (30) I fax: (30) I web: I info@phenomenex.com

7 Zebron ZB-ms Extremely low bleed column for non-polar compounds Very low bleed (MS Certified) especially suited to high sensitivity GC/MS Extremely inert for active compounds such as drugs, pesticides, or acids and bases Improved signal-to-noise ratio for better sensitivity and mass spectral integrity Identical selectivity to the ZB- Equivalent to USP Phase G Temperature Limits: -60 to 360/370 C (Isothermal/TPGC) 7 Alternative to Any MS-Certified 00 % Dimethylpolysiloxane Phase: DB-ms HP-ms AT-ms MDN- Rtx-MS VF-ms SOLGEL-ms Equity- CP-Sil 5 CB ms Applications Amines Acids Diesel Fuel Polychlorinated Biphenyls (EPA Method 668) Drugs of abuse Flavors & Fragrances Pesticides Rosemary Oil , Column: Zebron ZB-ms Dimensions: 0 meter x 0.0 mm x 0.0 µm Part No.: 7CB-G0-0 Injection: Split 60 C, 0. µl Carrier Gas: 0.4 ml/min (constant flow) Oven Program: 45 C for min to 30 8 C/min to C/min for min Detector: MSD; amu Sample: Sample was 0 % in dichloromethane. Tricyclene. α-thujene 3. α-pinene 4. Camphene 5. β-pinene 6. β-myrcene 7. Eucalyptol Limonene 9. g-terpinene 0. Terpinolene. Linalool. Camphor 3. Isoborneol 4. Borneol Terpineol 6. Terpineol 7. Bornyl Acetate 8. Eugenol 9. Copaene 0. Caryophyllene. α-caryophyllene min App ID 6070 Ordering Information Zebron ZB-ms GC Columns ID(mm) df(µm) Temp. Limits C Part No. Price 0-Meter to 360/370 7CB-G0-0 $ to 360/370 7CD-G Meter to 360/370 7DE-G0-4 $ 85 5-Meter to 360/370 7EG-G0- $ to 360/370 7EM-G Meter to 360/370 7FD-G0-08 $ Meter to 360/370 7GE-G0-4 $ Meter to 360/370 7HG-G0-0 $ to 360/370 7HG-G to 360/370 7HG-G to 360/370 7HG-G to 360/370 7HM-G to 360/370 7HM-G Meter to 360/370 7KG-G0- $ to 360/370 7KG-G to 360/370 7KM-G0-980 ZB-ms Test Mix Part No.: AG Price: $ 55 Can t find what you need? GCspecialist@ phenomenex.com tel.: (30) I fax: (30) I web: I info@phenomenex.com

8 Zebron ZB-5 Versatile low polarity column for general lab use 8 Rugged, versatile low polarity column for general lab purpose Resilient to dirty samples - long column life Low bleed (MS Certified) especially suited to high sensitivity work using GC/MS Extremely inert for active compounds such as drugs or pesticides Great column for unknown samples Equivalent to USP Phase G7 Temperature Limits: -60 to 360/370 C (Isothermal/TPGC)* Alternative to Any 5 %-Phenyl-95 %-Dimethylpolysiloxane Phase: DB-5 HP-5 Rtx-5 HP-PAS-5 MDN-5 Equity-5 SPB-5 OV AT-5 BPX5 SE-54 BP5 Ultra EC-5 HP-5 Trace Analysis CP-SIL 8 CB Applications Alkaloids Dioxins Drugs Essential Oils/Flavors FAMEs Halo-hydrocarbons PCBs/Aroclors Pesticides/Herbicides Phenols Residual Solvents Semi-volatiles Phthalate Esters: EPA Method min Column: Zebron ZB-5 Dimensions: 30 meter x 0.53 mm x.50 µm Part No.: 7HK-G00-8 Injection: Split 300 C, µl Carrier Gas: ml/ min (constant flow) Oven Program: 40 C for 6 min to C/min for 5 min Detector: 300 C Sample:. Dimethyl Phthalate. Diethyl Phthalate 3. Di-n-butyl Phthalate 4. Butyl Benzyl Phthalate 5. Bis(-ethylhexyl) Phthalate 6. Di-n-octyl Phthalate Can t find what you need? GCspecialist@ phenomenex.com App ID 4876 Ordering Information Zebron ZB-5 GC Columns ID(mm) df(µm) Temp. Limits C Part No. Price 5-Meter to 360/370 7EG-G00-0 $ to 360/370 7EG-G to 360/370 7EG-G to 340/360 7EG-G to 360/370 7EM-G to 360/370 7EM-G to 340/360 7EM-G to 360/370 7EK-G to 340/360 7EK-G to 340/360 7EK-G Meter to 360/370 7FD-G00-08 $ Meter to 360/370 7HG-G00-0 $ to 360/370 7HG-G to 360/370 7HG-G to 340/360 7HG-G to 360/370 7HM-G to 360/370 7HM-G to 360/370 7HM-G to 340/360 7HM-G to 360/370 7HK-G to 340/360 7HK-G to 340/360 7HK-G to 340/360 7HK-G Meter to 360/370 7KG-G00-0 $ to 360/370 7KG-G to 360/370 7KG-G to 340/360 7KG-G to 360/370 7KM-G to 340/360 7KM-G to 340/360 7KK-G *Thicker films (.0 µm df) are rated to 340/360 C (Isothermal/TPGC). ZB-5 Test Mix Part No.: AG0-555 Price: $ 55 tel.: (30) I fax: (30) I web: I info@phenomenex.com

9 Zebron ZB-5ms Enhanced resolution of PAHs and multi-ring aromatic compounds A popular and rugged GC column for general use Arylene Matrix Technology (AMT) provides a highly stable arylene phase Fully conditioned within 35 minutes High response for acids and bases = Very low activity Enhanced resolution of Polyaromatic Hydrocarbons (PAHs) and other multi-ring aromatic compounds Our column of choice for EPA Methods 55, 60, 65, 800, and 870 Equivalent to USP Phase G7 Temperature Limits: -60 to 35/350 C (Isothermal/TPGC) 9 Alternative to Any MS-Certified 5 %-Phenyl-Arylene- 95 %-Dimethylpolysiloxane Phase: DB-5ms DB-5ms EVDX VF-5ms CP-Sil 8 CB MS DB-5.65 Rtx-5SilMS Applications Acids Alkaloids Amines Dioxines Drugs Essential Oils/Flavors FAMEs Halo-hydrocarbons PCBs/Aroclors Phenols Residual Solvents Semi-volatiles Solvent Impurities Pesticides/Herbicides EPA Methods 55, 60, 65, 800, 870 Environmental Polynuclear Aromatic Hydrocarbons: EPA Method 800 Column: Zebron ZB-5ms Dimensions: 0 meter x 0.0 mm x 0.0 µm Part No.: 7CB-G00-0 Injection: Split 30 C, µl Carrier Gas: 0.6 ml/min (constant flow) Oven Program: 00 C to C/min to 30 5 C/min Detector: 330 C Sample:. Naphthalene. -Methylnaphthalene 3. Acenaphthalene 4. Acenaphthene 5. Fluorene 6. Phenanthrene 7. Anthracene 8. Fluoranthene 9. Pyrene Benz[a]anthracene. Chrysene. Benzo[b]fluoranthene 3. Benzo[k[fluoranthene 4. Benzo[a]pyrene 5. Indeno[,,3-cd]pyrene 6. Dibenz[a,h]anthracene 7. Benzo[g,h,i]perylene min App ID 5806 Ordering Information Zebron ZB-5ms GC Columns ID(mm) df(µm) Temp. Limits C Part No. Price 0-Meter to 35/350 7CB-G00-0 $ to 35/350 7CD-G Meter to 35/350 7EG-G00- $ 35 0-Meter to 35/350 7FD-G00-08 $ to 35/350 7FD-G to 35/350 7FD-G Meter to 35/350 7HG-G00- $ to 35/350 7HG-G to 35/350 7HG-G to 35/350 7HM-G to 35/350 7HM-G to 35/350 7HM-G Meter to 35/350 7KG-G00- $ to 35/350 7KM-G ZB-5ms Test Mix Part No.: AG Price: $ 55 Can t find what you need? GCspecialist@ phenomenex.com tel.: (30) I fax: (30) I web: I info@phenomenex.com

10 Zebron ZB-64 Optimized for separating volatile organic compounds (VOCs) 0 Widely used phase to separate volatile organic flavor and fragrance additives and residual solvents in industrial or pharmaceutical products (OVIs) Popular choice for residual solvent testing Excellent for US EPA Methods 50.3, 50., 503., 54., 60, 60, 800, 805, 800, 840, 860, 80 Specifically designed for the separation of volatile organic compounds (VOCs) Increased temperature limit speeds run times and re-equilibration Equivalent to USP Phase G43 Temperature Limits: -0 to 60 C Alternative to Any 6 %-Cyanopropylphenyl- 94 %-Dimethylpolysiloxane Phase: DB-64 AT-64 DB-VRX Rtx-30 CP-30 Rtx-64 BP HP-VOC DB-30 SPB-30 CP-Select 64 CB SPB-64 Rtx-VMS Applications Volatile Organic Compounds (VOCs) Residual Solvents EPA Methods 50.3, 50., 503., 54., 60, 60, 800, 805, 800, 840, 860, 80 Pharmaceuticals USP <467>: Residual Solvents Procedure A - Class min Column: Zebron ZB-64 Dimensions: 30 meter x 0.3 mm x.80 µm Part No.: 7HM-G005-3 Injection: Split 40 C, ml Carrier Gas: 35 cm/sec (constant flow) Oven Program: 40 C for 0 min to 40 0 C/min for 0 min Detector: 50 C Sample:.,-Dichloroethene.,,-Trichloroethane 3. Carbon tetrachloride 4. Benzene 5.,-Dichloroethane App ID 6348 Ordering Information Zebron ZB-64 GC Columns ID(mm) df(µm) Temp. Limits C Part No. Price 0-Meter to 60 7FD-G005- $ Meter to 60 7HG-G005-7 $ to 60 7HM-G to 60 7HK-G Meter to 60 7KG-G005-7 $ to 60 7KM-G to 60 7KK-G Meter to 60 7LK-G $,35 05-Meter to 60 7NK-G $,0 ZB-64 Test Mix Part No.: AG0-559 Price: $ 55 Can t find what you need? GCspecialist@ phenomenex.com tel.: (30) I fax: (30) I web: I info@phenomenex.com

11 Zebron ZB-WAX Excellent for separating polar complex mixtures High polarity column with low bleed (MS certified) for improved results Highly stable, long lifetime Low activity for amines Bonded, solvent rinsible Excellent chromatography of polar complex mixtures Widely used for profiling and fingerprinting Close equivalent to USP Phase G6 Temperature Limits: 40 to 50/60 C (Isothermal/TPGC) Alternative to Any Polyethylene Glycol Phase: HP-INNOWax Rtx-WAX CP-Wax 57 CB 007-CW EC-Wax Stabilwax-DB SOLGEL-WAX FAMEWAX DB-WAXetr Met-Wax Omegawax Applications Alcohols Aldehydes Aromatics Essential oils Flavors / Fragrances Glycols OVIs Pharmaceuticals Solvents Styrene Xylenes Basic Compounds BTEX in Under 6 Minutes! min Column: Zebron ZB-WAX Dimensions: 30 meter x 0.3 mm x 0.50 µm Part No.: 7HM-G007-7 Injection: Split 50 C, 0. µl Carrier Gas: ml/min (constant flow) Oven Program: 60 C to 75 5 C/min to 90 3 C/min (hold 3 min) Detector: 300 C Sample:. Pentane. Heptane 3. Solvent (methylene chloride) 4. Benzene 5. Decane 6. Toluene 7. Ethylbenzene 8. p-xylene 9. m-xylene 0. Dodecane. o-xylene 0 App ID 4895 Ordering Information Zebron ZB-WAX GC Columns ID(mm) df(µm) Temp. Limits C Part No. Price 0-Meter to 50/60 7CB-G007-0 $ 35 5-Meter to 50/60 7EG-G007- $ to 50/60 7EM-G to 50/60 7EM-G to 50/60 7EK-G Meter to 50/60 7FD-G $ Meter to 50/60 7HG-G $ to 50/60 7HG-G to 50/60 7HG-G to 50/60 7HG-G to 50/60 7HM-G to 50/60 7HM-G to 50/60 7HM-G to 50/60 7HK-G to 50/60 7HK-G Meter to 50/60 7KG-G $ to 50/60 7KG-G to 50/60 7KM-G to 50/60 7KK-G ZB-WAX Test Mix Part No.: AG0-558 Price: $ 55 Can t find what you need? GCspecialist@ phenomenex.com tel.: (30) I fax: (30) I web: I info@phenomenex.com

12 PRSRT STD U.S. POSTAGE PAID TORRANCE, CA PERMIT NO. 85 Australia t: f: Austria t: f: Belgium t: +3 (0) f: +3 (0) Canada t: (800) f: (30) Denmark t: f: France t: f: franceinfo@phenomenex.com Germany t: f: anfrage@phenomenex.com Ireland t: f: eireinfo@phenomenex.com Italy t: f: italiainfo@phenomenex.com Luxembourg t: +3 (0) f: +3 (0) nlinfo@phenomenex.com Netherlands t: f: nlinfo@phenomenex.com New Zealand t: f: nzinfo@phenomenex.com Puerto Rico t: (800) 54-HPLC f: (30) info@phenomenex.com United Kingdom t: f: ukinfo@phenomenex.com All other countries: Corporate Office USA t: (30) f: (30) info@phenomenex.com Phenomenex products are available worldwide. For the distributor in your country, contact Phenomenex USA, International Department at international@phenomenex.com BR _us_ 4 Madrid Avenue Torrance, CA USA