Chromatography-Columns & Accessories 02/2017

Transcription

1 Wöhlerstr. 2-6 D-5520 Mainz Tel / Fax / USt. Id.-Nr.: DE info@mz-at.de 207 Chromatography-Columns & Accessories 02/207 Survey: Product Range page 2 HPLC-columns Price-Groups / EUR & Part-Numbers: HPLC-Columns HPLC-Columns New or Refill by MZ-Analysentechnik Available HPLC-Packings: µbondapak Hypersil Inertsil Kromasil LiChrosorb LiChrospher MZ-Aqua Perfect Nucleosil rbit PerfectChrom PerfectBond PerfectSil PerfectSil Target PerfectSil Target HD Superspher Waters Spherisorb Zorbax MZ-PAH - Separation of Polyaromatic Hydrocarbons MZ-PBM - Separation of Pesticides PerfectChrom - The Perfect Choice for Reliable Routine Analysis rbit - State-of-the-Art in Routine Analytics PerfectSil - High Quality by MZ-Analysentechnik PerfectSil Target - Excellent Performance + Peaksymmetry PerfectSil Target HD - Reversed Phase with Extended ph-stability PerfectSil High Quality for Bioseparation MZ-Aqua Perfect - C8 for up to 00 % Aqueous Media PerfectBond - State-of-the-Art-Replacement for classical Applications Kromasil -Special Columns - NEW! AmyCoat & CelluCoat HPLC-Guard Columns and Cartridges + Part-Numbers Accessories Syringes Rheodyne Parts & Acessories PEEK / Biocompatible Parts & Acessories Stainless Steel GPC-/SEC-Columns MZ-Gel SDplus LS - for Detection via Light Scattering MZ-Super FG - für Fluorinated Eluents MZ-Gel SDplus - für rganic Media

2 2 MZ-Analysentechnik: Developments and Trademarks PerfectSil Target PerfectChrom PerfectBond MZ-AquaPerfect MZ-PAH MZ-PBM MZ-Gel SDplus MZ Super-FG PerfectSil rbit Manufacturing of HPLC-Columns: Available Packings MZ-AquaPerfect PerfectSil Target Kromasil Superspher PerfectSil rbit LiChrosorb µbondapak PerfectChrom Hypersil LiChrospher Spherisorb PerfectBond Inertsil Nucleosil Zorbax SURVEY PRDUCT RANGE Product Range HPLC-Products - Sales & Service KRMASIL KRMASIL CHIRAL CELLUCAT AMYCAT SUMICHIRAL SUMIPAX CHIRALCEL CHIRALPAK CHRMPAK CRWNPAK NUCLESIL NUCLEDUR PRTECL PEEKSIL EVL CHIRAL AGP / -CBH / -HSA INERTSIL TITANSPHERE BIPTIC INERTSUSTAIN UNISN CADENZA Scherzo INTRADA CAPCELL PRTENAVI CERA- MSPHER SUCREBEAD ULTRN ES-VM / -PEPSIN Advanced Chromatography Technologies ACE AQ ACE C8-HL ACE CAPILLARY ACE C8-AR Extended Product Range - Sales nly Agilent Technologies Zorbax Accubond Evidex GC- Products LC-Accessories Accessories + Consumables LICHRSPHER LICHRSRB PURSPHER CHRMLITH ZIC -philic ZIC -HILIC Restek GC-Columns... Hamilton LC-Product range LC-Syringes CHRMEGABND AQUASEP FLURSEP (PERFLURPHENYL) TRIART PR C8 J'SPHERE BioPro YMC-PACK AMINEX BI-SIL BI-SILECT VYDAC EVEREST VISINHT VENTURE ALLTECH-PRDUKTE µbndapak ACQUITY XBRID- GE PRTEINPAK SYMMETRY BECKMANN ULTRASPHERE PAR- TISIL PARTISPHERE HYPERSIL GLD HYPERCARB SYNCRNIS BIBASIC BDS Supelcosil DISCVERY ASTEC ANTIBDIX PRTEMIX ZENIX SRT CARBMIX Perkin Elmer Brownlee Mitsubishi Chemical MCI Gel Diaion Sepabeads MZ-Analysentechnik delivers quick and reliably all kind of accessories for LC and GC. We handpick our suppliers for best quality at reasonable prices MZ-ANALYSENTECHNIK GMBH. Wöhlerstraße 2 6. D-5520 Mainz. Tel / Fax -20

3 3 Price List HPLC-Columns february st 207 Column Dimension Length x ID C New Refill* D New Refill* E New Refill* Price Groups (EUR) E2 New Refill* F New Refill* G New Refill* H New Refill* 50 x 2. mm 00 x 2. mm 25 x 2. mm x 2. mm 200 x 2. mm 250 x 2. mm x 3.0 mm 00 x 3.0 mm 25 x 3.0 mm x 3.0 mm 200 x 3.0 mm 250 x 3.0 mm x 4.0 mm 33 x 4.0 mm 40 x 4.0 mm x 4.0 mm 60 x 4.0 mm 75 x 4.0 mm x 4.0 mm 25 x 4.0 mm 50 x 4.0 mm x 4.0 mm 250 x 4.0 mm 300 x 4.0 mm x 4.6 mm 33 x 4.6 mm 40 x 4.6 mm x 4.6 mm 60 x 4.6 mm 75 x 4.6 mm x 4.6 mm 25 x 4.6 mm 50 x 4.6 mm x 4.6 mm 250 x 4.6 mm 300 x 4.6 mm * Please ask for availability of refill-service in your area - further details on request. **All packings are available in semiprep and prep dimensions with 8, 0, 20, 30, 40 & 50 mm ID, please request your quote. Part-No. HPLC-Columns MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Please check the following pages for materialcode & price group of your desired packing media. Please inquire for availability and details of refill service. The part-no. for ordering is a combination of materialcode and column dimension as shown in the following example: Example: PerfectSil 20 DS-2 5 µm (Materialcode 425 / Price group D) HPLC-Column 250 x 4.0 mm (Price: EUR ) => Part-No.: MZ MZ-ANALYSENTECHNIK GMBH. Wöhlerstraße 2 6. D-5520 Mainz. Tel / Fax -20

4 4 Available HPLC-Packings Available HPLC-Packings February 206 In addition to HPLC-Columns for analytical purposes we pack columns in prep- and semiprep dimensions with 8-50 mm ID. All preparative columns are individually manufactured to meet the same quality standards as analytical columns as for each packing media we use an especially optimized packing protocol. Please ask for a quotation - we offer very competitive prices. Hypersil Thermo Scientific spherical 20 Å / 70 m 2 g - (BDS C8 30 Å) size ec carbon- USP code pricecontent group Hypersil SAS C 3 µm % L G Hypersil SAS C 5 µm % L E Hypersil SAS C 0 µm % L E Hypersil MS C8 3 µm % L G Hypersil MS C8 5 µm % L E Hypersil DS C8 3 µm + 0 % L 6043 G Hypersil DS C8 5 µm + 0 % L 6045 E Hypersil DS C8 0 µm + 0 % L 6040 E Hypersil CPS -CN 5 µm - 4 % L E Hypersil CPS -CN 0 µm - 4 % L E Hypersil APS -NH2 3 µm -.9 % L G Hypersil APS -NH2 5 µm -.9 % L E Hypersil APS-2 3 µm -.9 % L G Hypersil APS-2 5 µm -.9 % L E Hypersil APS-2 0 µm -.9 % L E Hypersil -Phenyl 5 µm - 5 % L 6075 E Hypersil BDS C8 5 µm + % L 695 G check our special brochure Thermo with the complete range of columns by Thermo Scientific LiChrosorb Merck / EMD irregularly shaped 60 Å / 550 m 2 g - 00 Å / 300 m 2 g - LiChrosorb Si 60 5 µm - - L3 005 E LiChrosorb Si 60 7 µm - - L3 007 E LiChrosorb Si 60 0 µm - - L3 000 E LiChrosorb Si 00 5 µm - - L E LiChrosorb Si 00 7 µm - - L E LiChrosorb Si 00 0 µm - - L E LiChrosorb RP-8 5 µm % L E LiChrosorb RP-8 7 µm % L E LiChrosorb RP-8 0 µm % L E LiChrosorb RP-8 5 µm - 7 % L 0055 E LiChrosorb RP-8 7 µm - 7 % L 0057 E LiChrosorb RP-8 0 µm - 7 % L 0050 E LiChrosorb-NH2 5 µm - 4 % L E LiChrosorb-NH2 7 µm - 4 % L E LiChrosorb-NH2 0 µm - 4 % L E LiChrosorb-CN 5 µm - 7 % L E LiChrosorb-CN 7 µm - 7 % L E LiChrosorb-CN 0 µm - 7 % L E LiChrosorb DIL 5 µm - 8 % L E LiChrosorb DIL 7 µm - 8 % L E LiChrosorb DIL 0 µm - 8 % L E µbondapak irregularly shaped 25 Å / 300 m 2 g - Waters size ec carbon- USP code pricecontent group µbondapak C8 0 µm % L 800 G Inertsil GL-Sciences spherical 50 Å / 320 m 2 g - 00 Å / 450 m 2 g - Inertsil 50 Å DS-2 5 µm + 8,5 % L 200 F Inertsil 00 Å DS-3 5 µm + 5 % L 2050 F Inertsil 50 Å C8 5 µm + 0,5 % L F Inertsil 50 Å C4 5 µm + 7,5 % L F Inertsil Phenyl 5 µm 0 % L 2040 F check our special brochure INERTSIL with the complete range of columns packed by GL Sciences Kromasil Eka Nobel spherical 80 Å / 540 m 2 g - 0 Å / 320 m 2 g - Kromasil 60 SIL 3.5 µm - - L F Kromasil 60 SIL 5 µm - - L3 050 E Kromasil 60 SIL 7 µm - - L E Kromasil 60 SIL 0 µm - - L E Kromasil 60 SIL 3 µm E Kromasil 60 SIL 6 µm E Kromasil 00 SIL 3.5 µm - - L3 050 F Kromasil 00 SIL 5 µm - - L3 05 E Kromasil 00 SIL 7 µm - - L3 052 E Kromasil 00 SIL 0 µm - - L3 053 E Kromasil 00 SIL 3 µm E Kromasil 00 SIL 6 µm E Kromasil 00 C 5 µm % L3 052 E Kromasil 00 C 7 µm % L E Kromasil 00 C 0 µm % L E Kromasil 00 C 3 µm % 0524 E Kromasil 00 C 6 µm % 0525 E Kromasil 00 C4 3.5 µm % L F Kromasil 00 C4 5 µm % L E Kromasil 00 C4 7 µm % L E Kromasil 00 C4 0 µm % L E Kromasil 00 C4 3 µm % 0534 E Kromasil 00 C4 6 µm % 0535 E Kromasil 00 C8 3.5 µm % L F Kromasil 00 C8 5 µm % L7 054 E Kromasil 00 C8 7 µm % L E Kromasil 00 C8 0 µm % L E Kromasil 00 C8 3 µm % 0544 E Kromasil 00 C8 6 µm % 0545 E Kromasil 00 C8 3.5 µm % L 0550 F Kromasil 00 C8 5 µm % L 055 E Kromasil 00 C8 7 µm % L 0552 E Kromasil 00 C8 0 µm % L 0553 E Kromasil 00 C8 3 µm % 0554 E Kromasil 00 C8 6 µm % 0555 E Kromasil 00 NH2 5 µm +.5 % L8 056 E Kromasil 00 NH2 7 µm +.5 % L E Kromasil 00 NH2 0 µm +.5 % L E Kromasil 00 NH2 3 µm +.5 % 0564 E Kromasil 00 NH2 6 µm +.5 % 0565 E

5 5 Available HPLC-Packings LiChrospher spherical 60 Å / 650 m 2 g - 00 Å / 420 m 2 g - Merck / EMD LiChrospher Si 60 5 µm - - L3 05 F LiChrospher Si 60 0 µm - - L3 00 F LiChrospher Si 00 5 µm - - L3 025 F LiChrospher Si 00 0 µm - - L3 020 F LiChrospher 00RP-8 5 µm % L7 035 F LiChrospher 00RP-8 0 µm % L7 030 F... 00RP-8 endc. 5 µm % L7 036 F... 00RP-8 endc. 0 µm % L7 03 F... 00RP-8 5 µm % L 045 F... 00RP-8 0 µm % L 040 F... 00RP-8 endc. 5 µm % L 046 F... 00RP-8 endc. 0 µm % L 04 F LiChrospher 00-NH2 5 µm % L8 055 F LiChrospher 00-NH2 0 µm % L8 050 F LiChrospher 00-CN 5 µm % L0 065 F LiChrospher 00-CN 0 µm % L0 060 F LiChrospher 00 DIL 5 µm % L F LiChrospher 00 DIL 0 µm % L F RP-Select B 5 µm +.5 % L7 085 F RP-Select B 0 µm +.5 % L7 080 F Nucleosil 00 Macherey-Nagel spherical 00 Å / 350 m 2 g - Nucleosil Si 00 3 µm - - L3 303 F Nucleosil Si 00 5 µm - - L3 305 E Nucleosil Si 00 7 µm - - L3 307 E Nucleosil Si 00 0 µm - - L3 300 E Nucleosil 00 C8 3 µm % L F Nucleosil 00 C8 5 µm % L E Nucleosil 00 C8 7 µm % L E Nucleosil 00 C8 0 µm % L E Nucleosil 00 C8 3 µm + 5 % L 3033 F Nucleosil 00 C8 5 µm + 5 % L 3035 E Nucleosil 00 C8 7 µm + 5 % L 3037 E Nucleosil 00 C8 0 µm + 5 % L 3030 E Nucleosil 00 C6H5 5 µm - 8 % L 3045 E Nucleosil 00 C6H5 7 µm - 8 % L 3047 E Nucleosil 00 -NH2 5 µm % L E Nucleosil 00 -NH2 0 µm % L E Nucleosil 00 -CN 5 µm - 5 % L E Nucleosil 00 -CN 0 µm - 5 % L E Nucleosil 00 -H 5 µm - 5 % L E Nucleosil 00 -H 7 µm - 5 % L E Nucleosil 00 -SA 5 µm % L G Nucleosil 00 -SA 0 µm % L G Nucleosil 00 -SB 5 µm - 0 % L G Nucleosil 00 -SB 0 µm - 0 % L G Nucleosil 300 Macherey-Nagel spherical 300 Å / 00 m 2 g - Nucleosil 300 C4 5 µm + 2 % L E Nucleosil 300 C4 7 µm + 2 % L E Nucleosil 300 C4 0 µm + 2 % L E Nucleosil 300 C8 5 µm - 3 % L E Nucleosil 300 C8 7 µm - 3 % L E Nucleosil 300 C8 0 µm - 3 % L E Nucleosil 300 C8 5 µm % L 3335 E Nucleosil 300 C8 7 µm % L 3337 E Nucleosil 300 C8 0 µm % L 3330 E Nucleosil 300 H 7 µm -.5 % L E MZ-Aqua Perfect spherical 20 Å / 30 m 2 g Å / 220 m 2 g - MZ-AT MZ-Aqua Perfect C8 3 µm + 5 % L 060 F MZ-Aqua Perfect C8 5 µm + 5 % L 062 D MZ-Aqua Perfect C8 7 µm + 5 % L 063 D MZ-Aqua Perfect C8 0 µm + 5 % L 064 D C8 3 µm + % L 0620 F C8 5 µm + % L 0622 D rbit 00 spherical 00 Å / 340 m 2 g - MZ-AT rbit 00 C8 3.5 µm + 9 % L 0902 E rbit 00 C8 4 µm + 9 % L 0904 E rbit 00 C8 5 µm + 9 % L 090 C rbit 00 C8 0 µm + 9 % L 0906 C rbit 00 C8 3.5 µm + 2 % L7 092 E rbit 00 C8 5 µm + 2 % L7 09 C rbit 00 C8 7 µm + 2 % L7 095 C rbit 00 C8 0 µm + 2 % L7 096 C rbit 00 C4 3.5 µm + 7 % L E rbit 00 C4 5 µm + 7 % L C rbit 00 C4 0 µm + 7 % L C rbit 00 CN 3.5 µm 6.5 % L E rbit 00 CN 5 µm 6.5 % L C rbit 00 Sil 3.5 µm - 0 % L3 093 E rbit 00 Sil 5 µm - 0 % L C rbit 00 Sil 0 µm - 0 % L C PerfectChrom MZ-AT spherical 60 Å / 550 m 2 g - 00 Å / 350 m 2 g - PerfectChrom 60 Sil 5 µm - - L3 575 C PerfectChrom 60 Sil 0 µm - - L3 577 C PerfectChrom 00 Sil 5 µm - - L3 525 C PerfectChrom 00 Sil 0 µm - - L3 527 C PerfectChrom 00 C8 3 µm + 7 % L 503 F PerfectChrom 00 C8 5 µm + 7 % L 505 C PerfectChrom 00 C8 0 µm + 7 % L 500 C PerfectChrom 00 C8 5 µm + 7 % 506 C PerfectChrom 00 C8L 5 µm % L 494 C PerfectChrom 00 C8L 0 µm % L 496 C PerfectChrom 00 C8M 5 µm + 2 % L 504 C PerfectChrom 00 C8 3 µm + 8 % L7 53 F PerfectChrom 00 C8 5 µm + 8 % L7 55 C PerfectChrom 00 C8 0 µm + 8 % L7 50 C PerfectChrom 00 C8M 5 µm + 6 % L7 54 C PerfectChrom 00 C 5 µm - 4 % L3 535 C PerfectChrom 00 C4 5 µm + 6 % L C PerfectChrom 00 C6 5 µm + 7 % L5 543 C PerfectChrom 00 CN 5 µm - 6 % L0 555 C PerfectChrom 00 CN 7 µm - 6 % L0 556 C PerfectChrom 00 CN 0 µm - 6 % L0 557 C PerfectChrom 00 CN-M 0 µm - L0 584 C PerfectChrom 00 Diol 5 µm - 5 % L C PerfectChrom 00 Diol 0 µm - 5 % L C PerfectChrom 00 NH2 5 µm % L8 55 C PerfectChrom 00 NH2 0 µm % L8 552 C Phenyl 3 µm -.5 % L 545 F Phenyl 5 µm -.5 % L 547 C Phenyl 0 µm -.5 % L 549 C Phenyl M 5 µm % L 53 C Phenyl M 0 µm % L 550 C Phenyl L 5 µm - 6 % L 532 C PerfectChrom 00 SAX 5 µm - L4 563 F PerfectChrom 00 SAX 0 µm - L4 565 F PerfectChrom 00 SCX 5 µm - L9 567 F PerfectChrom 00 SCX 0 µm - L9 569 F

6 6 Available HPLC-Packings PerfectBond MZ-AT spherical technical data & details: check page 6 PerfectBond DS-H 3 µm % L 94 F PerfectBond DS-H 5 µm % L 95 E PerfectBond DS-HD 3 µm % L 200 F PerfectBond DS-HD 5 µm % L 98 E PerfectBond C8 DS 5 µm % L 90 E PerfectBond C8 0 µm % L 0 E PerfectBond C8-HD 3 µm % L7 202 F PerfectBond C8-HD 5 µm % L7 204 E PerfectBond C8-H 3 µm % L7 93 F PerfectBond C8-H 5 µm % L7 92 E PerfectBond C8 5 µm % L7 08 E PerfectBond C 3 µm % L3 80 F PerfectBond C 5 µm % L3 82 E PerfectBond Ph 5 µm % L 220 E PerfectBond Ph-H 5 µm % L 222 E PerfectBond Si µm - - L C PerfectSil MZ-AT spherical 80Å/220m 2 g - 00Å/450m 2 g - 20Å/300m 2 g - 300Å/00 m 2 g - PerfectSil 80 DS-2 3 µm +.5 % L 663 F PerfectSil 80 DS-2 5 µm +.5 % L 660 D PerfectSil 00 Sil 5 µm - - L D PerfectSil 00 DS-3 3 µm % L 0708 F PerfectSil 00 DS-3 4 µm % L 0709 E PerfectSil 00 DS-3 5 µm % L 070 D PerfectSil 00 C8-3 5 µm % L7 075 D PerfectSil 00 Phenyl-3 5 µm % L 0735 D PerfectSil 00 NH2 5 µm % L D PerfectSil 00 CN-3 5 µm % L D PerfectSil 00 Diol 5 µm - L D PerfectSil 20 Sil 5 µm - - L3 40 D PerfectSil 20 Sil 0 µm - - L3 42 D PerfectSil 20 DS 3 µm % L 42 F PerfectSil 20 DS 5 µm % L 420 D PerfectSil 20 DS 7 µm % L 398 D PerfectSil 20 DS 0 µm % L 400 D PerfectSil 20 DS-L 3 µm % L 675 F PerfectSil 20 DS-L 5 µm % L 680 E PerfectSil 20 DS-2 3 µm % L 424 F PerfectSil 20 DS-2 5 µm % L 425 D PerfectSil 20 C 3 µm % L3 429 F PerfectSil 20 C 5 µm % L3 430 D PerfectSil 20 C4 3 µm % L F PerfectSil 20 C4 5 µm % L D PerfectSil 20 C8 3 µm +.0 % L7 44 F PerfectSil 20 C8 5 µm +.0 % L7 440 D PerfectSil 20 C8 0 µm +.0 % L7 442 D PerfectSil 20 CN 3 µm % L0 379 F PerfectSil 20 CN 5 µm % L0 380 D PerfectSil 20 Diol 0 µm L D PerfectSil 20 NH2 3 µm % L8 446 F PerfectSil 20 NH2 4 µm % L8 444 F PerfectSil 20 NH2 5 µm % L8 445 D PerfectSil 20 Phenyl 3 µm % L 447 F PerfectSil 20 Phenyl 4 µm % L 2446 F PerfectSil 20 Phenyl 5 µm % L 448 D PerfectSil 20 Phenyl-M 5 µm % L 449 D PerfectSil 20 Phenyl-L 5 µm % L 2448 D PerfectSil 200 DS 5 µm % L 48 E PerfectSil 300 Sil 5 µm - - L3 450 E PerfectSil 300 Sil 0 µm - - L3 840 D PerfectSil 300 Sil 5-20 µm D PerfectSil 300 DS C8 5 µm % L 455 E DS C8 0 µm % L 805 D DS C µm % 80 D PerfectSil 300 C4 5 µm % L E PerfectSil 300 C4 0 µm % L D PerfectSil 300 C µm % 835 D PerfectSil 300 C8 5 µm % L7 465 E PerfectSil 300 C8 0 µm % L7 820 D PerfectSil 300 C µm % 825 D PerfectSil 300 Diol 5 µm % L E PerfectSil 000 Sil 5 µm - - L3 475 D PerfectSil Target MZ-AT spherical 00 Å / 450 m 2 g - PerfectSil Target Sil 00 3 µm - - L F PerfectSil Target Sil 00 5 µm - - L E PerfectSil Target DS-3 3 µm + 7 % L 0802 F PerfectSil Target DS-3 5 µm + 7 % L 080 E PerfectSil Target DS-3 0 µm + 7 % L 0806 D PerfectSil Target C8-3 3 µm + 9 % L7 082 F PerfectSil Target C8-3 5 µm + 9 % L7 08 E PerfectSil Target CN-3 5 µm - 7 % L0 088 E PerfectSil Target HD MZ-AT spherical 00 Å / 450 m 2 g - PerfectSil Target DS-3 HD 3 µm + 25 % L 0833 F PerfectSil Target DS-3 HD 5 µm + 25 % L 083 E PerfectSil Target DS-3 HD 0 µm + 25 % L 0830 E PerfectSil Target C8 HD 3 µm + 5 % L F PerfectSil Target C8 HD 5 µm + 5 % L E Spherisorb Waters spherical 80 Å / 220 m 2 g - Spherisorb Si 5 µm - - L3 705 E Spherisorb Si 0 µm - - L3 700 E Spherisorb C 3 µm % L G Spherisorb C 5 µm % L E Spherisorb C 0 µm % L E Spherisorb C6 3 µm % L G Spherisorb C6 5 µm % L E Spherisorb C6 0 µm % L E Spherisorb C8 3 µm % L G Spherisorb C8 5 µm % L E Spherisorb C8 0 µm % L E Spherisorb DS- C8 3 µm +/- 6.2 % L 7053 G Spherisorb DS- C8 5 µm +/- 6.2 % L 7055 E Spherisorb DS- C8 0 µm +/- 6.2 % L 7050 E Spherisorb DS-2 C8 3 µm +.5 % L 7063 G Spherisorb DS-2 C8 5 µm +.5 % L 7065 E Spherisorb DS-2 C8 0 µm +.5 % L 7060 E Spherisorb -CN 3 µm - 3. % L G Spherisorb -CN 5 µm - 3. % L E Spherisorb -CN 0 µm - 3. % L E Spherisorb -NH2 3 µm -.9 % L G Spherisorb -NH2 5 µm -.9 % L E Spherisorb -Phenyl 3 µm % L 7093 G Spherisorb -Phenyl 5 µm % L 7095 E Spherisorb -Phenyl 0 µm % L 7090 E Superspher Merck / EMD spherical 60 Å / 700 m 2 g - 00 Å / 350 m 2 g - Superspher Si 60 4 µm - - L3 024 G Superspher 60 RP-8 4 µm % L G Superspher 60 RP-8 (e) 4 µm + 3 % L G Superspher 00 RP-8 4 µm - 2 % L 0254 G RP-8 (e) 4 µm % L 0264 G RP-Select B 4 µm +.5 % L G Please check our brochure Merck for other MERCK HPLC-columns and accessories Zorbax Agilent Technologies spherical 70 Å / 330 m 2 g - Zorbax Si 5 µm - - L3 045 G Zorbax TMS C 5 µm + 4 % L G Zorbax C8 5 µm + 2 % L G Zorbax C8 5 µm + 20 % L 0455 G riginal Zorbax HPLC-Columns available upon request.

7 Environmental Analysis check page 8 for guard cartridge holders 7 MZ-PAH: Separation of Polyaromatic Hydrocarbons Especially developed for the separation of Polyaromatic Hydrocarbons: MZ-PAH Columns by MZ-Analysentechnik. MZ-PAH-Columns are well-known for their outstanding performance: MZ-PAH 3 µm Excellent selectivity High reproducibility between Length x ID Part-No. Guaranteed separation of column-to-column 50 x 3.0 mm MZ PAK (DIN F8) and Long lifetime Refill-Service 50 x 3.0 mm MZ R PAK (EPA Method 60) Refillable stainless steel Guard Cartridges High efficiency: > 75,000 m - column 0x3.0 mm 5pc MZ00-VK x3.0 mm 5pc MZ00-VK Separation of 6 PAK / EPA-Method Column: MZ-PAH C8 5 µm 250 x 3.0 mm (LxID) MZ-PAH 5 µm Length x ID Part-No. 250 x 2. mm MZ x 3.0 mm MZ x 4.0 mm MZ Refill-Service 250 x 2. mm MZ-25002R* x 3.0 mm MZ R* x 4.0 mm MZ R* Guard Cartridges 0x2. mm 5pc MZ-VK x2. mm 5pc MZ-VK x3.0 mm 5pc MZ-VK x3.0 mm 5pc MZ-VK x4.0 mm 5pc MZ-VK x4.0 mm 5pc MZ-VK MZ-PBM: Separation of Pesticides Especially developed for the separation of nitrogen-containing pesticides: MZ-PBM - proven by being part of DIN F2. utstanding selectivity for nitrogen-containing pesticides High efficiency: > m - High reproducibility from batchto-batch thanks to a unique functionalization procedure Long lifetime Refillable stainless steel column Separation of 38 Pesticides Column: MZ-PBM C8 3 µm 250 x 3.0 mm (LxID) MZ-PBM 3 µm Length x ID Part-No. 250 x 2. mm MZ x 3.0 mm MZ x 4.0 mm MZ Refill-Service 250 x 2. mm MZ R x 3.0 mm MZ R x 4.0 mm MZ R Guard Cartridges 0x2. mm 5pc MZ22-VK x2. mm 5pc MZ22-VK x3.0 mm 5pc MZ22-VK x3.0 mm 5pc MZ22-VK x4.0 mm 5pc MZ22-VK x4.0 mm 5pc MZ22-VK

8 8 PerfectChrom The Perfect Choice for Reliable Routine Analytics Complex range of chemistries Each column tested individually Manufacturing process IS 900-certified Available as bulk media Polar Compounds Column: 20 min PerfectChrom 00 C8 50 x 4.6 mm ml/min Flow rate: Inj.volume: 0 µl Eluent: MeH:H 2 55:45 Temperatuer: 30 C Detection: 254 nm Analytes: uracil 2 acetophenone 3 methylbenzoate 4 benzene 5 toluene PerfectChrom Technical Data particle carbon Surface Pore- Price PerfectChrom... size ec contents USP area size Code group 60 Sil 5 µm - - L3 550 m 2 /g 60 Å 575 C 60 Sil 0 µm - - L3 550 m 2 /g 60 Å 577 C 00 Sil 5 µm - - L3 350 m 2 /g 00 Å 525 C 00 Sil 0 µm - - L3 350 m 2 /g 00 Å 527 C 00 C8 3 µm + 7 % L 350 m 2 /g 00 Å 503 F 00 C8 5 µm + 7 % L 350 m 2 /g 00 Å 505 C 00 C8 0 µm + 7 % L 350 m 2 /g 00 Å 500 C 00 C8 5 µm + 7 % 350 m 2 /g 00 Å 506 C 00 C8L 5 µm + 8,5 % L 350 m 2 /g 00 Å 494 C 00 C8L 0 µm + 8,5 % L 350 m 2 /g 00 Å 496 C 00 C8M 5 µm + 2 % L 350 m 2 /g 00 Å 504 C 00 C8 3 µm + 8 % L7 350 m 2 /g 00 Å 53 F 00 C8 5 µm + 8 % L7 350 m 2 /g 00 Å 55 C 00 C8 0 µm + 8 % L7 350 m 2 /g 00 Å 50 C 00 C8M 5 µm + 6 % L7 350 m 2 /g 00 Å 54 C 00 C 5 µm - 4 % L3 350 m 2 /g 00 Å 535 C 00 C4 5 µm + 6 % L m 2 /g 00 Å 539 C 00 C6 5 µm + 7 % L5 350 m 2 /g 00 Å 543 C 00 CN 5 µm - 6 % L0 350 m 2 /g 00 Å 555 C 00 CN 7 µm - 6 % L0 350 m 2 /g 00 Å 556 C 00 CN 0 µm - 6 % L0 350 m 2 /g 00 Å 557 C 00 CN-M 0 µm - L0 350 m 2 /g 00 Å 584 C 00 Diol 5 µm - 5 % L m 2 /g 00 Å 559 C 00 Diol 0 µm - 5 % L m 2 /g 00 Å 560 C 00 NH2 5 µm % L8 350 m 2 /g 00 Å 55 C 00 NH2 0 µm % L8 350 m 2 /g 00 Å 552 C 00 Phenyl 3 µm -.5 % L 350 m 2 /g 00 Å 545 C 00 Phenyl 5 µm -.5 % L 350 m 2 /g 00 Å 547 C 00 Phenyl 0 µm -.5 % L 350 m 2 /g 00 Å 549 C 00 Phenyl M 5 µm % L 350 m 2 /g 00 Å 53 C 00 Phenyl M 0 µm % L 350 m 2 /g 00 Å 550 C 00 Phenyl L 5 µm - 6 % L 350 m 2 /g 00 Å 532 C 00 SAX 5 µm - L4 350 m 2 /g 00 Å 563 F 00 SAX 0 µm - L4 350 m 2 /g 00 Å 565 F 00 SCX 5 µm - L9 350 m 2 /g 00 Å 567 F 00 SCX 0 µm - L9 350 m 2 /g 00 Å 569 F Refillable stainless steel column Best value for your money L x ID C D F [mm] New Refill New Refill New Refill 50 x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Semiprep- and pre-scale available - please inquire. Part-No. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Example: PerfectChrom 00 C8 3 µm (503) 50 x 4.0 mm => Best.-Nr.: MZ Please inquire details for Refill-Service

9 9 ur completely new-developed product-line is based on extremely pure and ultra-stable porous silica with 00 Å mean pore size. The State-of-the-Art base silica is especially optimized for the requirements of today s routine analytics. is as well robust and shows an excellent chromatographic resolution plus it offers a high costefficiency - which may be further increased employing our Refill-service at very reasonable prices. State-of-the-Art for Routine Analytics Customers from routine analytics are thus now enabled to use the latest stationary phase technology without loss in suitability for daily use or a trade-off in chromatographic resolution. features excellent chromatographic separations with high efficiencies and symmetrical peak shape - while an excellent reproducibility from batch to batch and column to column is given. Like all HPLC-columns from MZ-Analysentechnik, HPLC-columns are manufactured under fully IS900-certified conditions and ship with a quality certificate including the original test chromatogram. can be packed in the full range of column dimensions (also available in semiprep and preparative scale) and is shipping with 3.5; 5 or 0 μm particle size and typical chemistries needed for standard separation tasks in routine analysis - see table below. L x ID 3.5 & 4 µm 5 & 0 µm [mm] New Refill New Refill Technical Data rbit Pore size 00 Å Pore volume 0,9 cm 3 /g Surface area (BET) 340 m 2 /g Morphology spherical Silica purity > 99,999 % Endcapping complete Carbon Contents CN: 6.5 %C C4: 7 %C C8: 2 %C C8: 9 %C Example: Part-no. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm rbit C8 5 µm (090) 250 x 4.6 mm => Part-no.: MZ Please inquire details for Refill-Service Material-Codes rbit 00 C8 3.5 µm = 0902 rbit 00 C8 4 µm = 0904 rbit 00 C8 5 µm = 090 rbit 00 C8 0 µm = 0906 rbit 00 C8 3.5 µm = 092 rbit 00 C8 5 µm = 09 rbit 00 C8 7 µm = 093 rbit 00 C8 0 µm = 096 rbit 00 C4 3.5 µm = 0922 rbit 00 C4 5 µm = 092 rbit 00 C4 0 µm = 0926 rbit 00 CN 3.5 µm = 0875 rbit 00 CN 5 µm = 0875 rbit 00 Sil 3.5 µm = 093 rbit 00 Sil 5 µm = 0930 rbit 00 Sil 0 µm = x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Also available as semi-prep and prep - please inquire.

10 0 PerfectSil High Quality by MZ-Analysentechnik Steroids Column: PerfectSil DS-3 5 µm 50 x 4.6 mm Flow rate: ml/min Inj.volume: 0 µl Eluent: ACN :H 2 45:55 Temp.: 40 C Detection: 280 nm Analytes: beta-trenbolone 2 beta-estradiole 3 Diethylstilbestrole PerfectSil Well-established in various labs world-wide Highly reproducible Each column tested individually Available particle sizes: 3; 5 & 0 µm Highly pure silica skeleton > 99,999 % Large variety of available chemistries Available in 00 and 20 Å pore size Excellent chemical and mechanical stability Manufactured under fully IS 900-certified conditions Refill-service available Technical Data material particle pore surface pore carbon silica endcode size size area volume contents purity capped PerfectSil 00 Sil µm 00 Å 450 m 2 /g.05 ml/g PerfectSil 00 DS µm 00 Å 450 m 2 /g.05 ml/g 5.0 % PerfectSil 00 DS µm 00 Å 450 m 2 /g.05 ml/g 5.0 % PerfectSil 00 C µm 00 Å 450 m 2 /g.05 ml/g 9.0 % PerfectSil 00 Phenyl µm 00 Å 450 m 2 /g.05 ml/g 9.5 % PerfectSil 00 NH µm 00 Å 450 m 2 /g.05 ml/g 8.0 % PerfectSil 00 CN µm 00 Å 450 m 2 /g.05 ml/g 4.0 % PerfectSil 00 Diol µm 00 Å 450 m 2 /g.05 ml/g PerfectSil 20 Sil 40 5 µm 20 Å 300 m 2 /g.00 ml/g PerfectSil 20 Sil 42 0 µm 20 Å 300 m 2 /g.00 ml/g PerfectSil 20 DS 42 3 µm 20 Å 300 m 2 /g.00 ml/g 5.0 % PerfectSil 20 DS µm 20 Å 300 m 2 /g.00 ml/g 5.0 % PerfectSil 20 DS µm 20 Å 300 m 2 /g.00 ml/g 5.0 % PerfectSil 20 DS µm 20 Å 300 m 2 /g.00 ml/g 5.0 % PerfectSil 20 DS-L µm 20 Å 300 m 2 /g.00 ml/g 3.0 % PerfectSil 20 DS-L* µm 20 Å 300 m 2 /g.00 ml/g 3.0 % PerfectSil 20 DS µm 20 Å 300 m 2 /g.00 ml/g 7.0 % PerfectSil 20 DS µm 20 Å 300 m 2 /g.00 ml/g 7.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g 5.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g 5.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g 8.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g 8.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g.0 % PerfectSil 20 C µm 20 Å 300 m 2 /g.00 ml/g.0 % PerfectSil 20 CN µm 20 Å 300 m 2 /g.00 ml/g 7.5 % PerfectSil 20 CN µm 20 Å 300 m 2 /g.00 ml/g 7.5 % PerfectSil 20 NH µm 20 Å 300 m 2 /g.00 ml/g 4.0 % PerfectSil 20 NH µm 20 Å 300 m 2 /g.00 ml/g 4.0 % PerfectSil 20 Phenyl µm 20 Å 300 m 2 /g.00 ml/g 9.5 % PerfectSil 20 Phenyl µm 20 Å 300 m 2 /g.00 ml/g 9.5 % PerfectSil 20 Phenyl-M µm 20 Å 300 m 2 /g.00 ml/g 6.0 % PerfectSil 20 Phenyl-L µm 20 Å 300 m 2 /g.00 ml/g 4.0 % Part-no. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Example: PerfectSil 20 DS 5 µm (42) HPLC-Column 250 x 4.6 mm => Part-no.: MZ Please inquire details for Refill-Service *please refer to PerfectSil µm for prices of PerfectSil DS-L 5 µm Dimension 3 µm 5/0 µm* L x ID New Refill New Refill 50 x 2. mm x 2. mm x 2. mm x 2. mm x 2. mm x 2. mm x 3.0 mm x 3.0 mm x 3.0 mm x 3.0 mm x 3.0 mm x 3.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.0 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm x 4.6 mm Also available as preparative HPLC-columns with ID 8-50 mm, please inquire.

11 PerfectSil 00 C8-3 Carboxylic Acids Column: Perfectsil C x 4.6 mm Fluw rate:.0 ml/min Eluent: Methanol / 20 mm Phosphate Buffer (ph 7.0) = 35 : 65 Temperature: 40 C Detection: 254 nm Inj.-Volume: µl fumaric acid 2 acrylic acid 3 itaconic acid 4 methacrylic acid PerfectSil 00 NH2 Tocopherol Column: PerfectSil 00 NH2 5 µm 250 x 4.6 mm Flow rate: ml/min Inj.volume: µl Eluent: ethylacetate : hexane 30:70 Temperature: 30 C Detection: 290 nm α-tocopherol 2 β-tocopherol 3 γ-tocopherol 4 δ-tocopherol PerfectSil 00 CN-3 Separation of Phenoles Normal-phase mode Column: PerfectSil CN x 4.6 mm Flow rate:.0 ml/min Eluent: hexane / ethanol = 90/0 Temperature: 40 C Detection: 280 nm Inj.volume: µl Analytes: diethylphthalate 2 4-nonylphenole 3 2,4-dichlorophenole 4 phenole 5 bisphenole-a PerfectSil 00 Si Fluocinolon Acetonide Column: PerfectSil 00 Si 5 µm 50 x 4.6 mm Flow rate: ml/min Inj.volume: 20 µl ( & 2,5 mg/ml) Eluent: CHCl 3(aq,saturated) : CH 3 H : CH 3 CH 000:5:0 Temperature: 30 C Detection: 254 nm Triamcinolon Acetonid 2 Fluocinolon Acetonid RP-Mode Column: PerfectSil CN x 4.6 mm Flow rate:.0 ml/min Eluent: acetonitrile / 20 mm phosphate-buffer (ph 3.0) = 45/55 Temperature: 40 C Detection: 280 nm Inj.volume: µl Analytes: phenole 2 diethylphthalate 3 bisphenole-a 4 2,4-dichlorophenole 5 4-nonylphenole PerfectSil 20 DS-2 Nitrosoaminderivates Column: PerfectSil 20 DS-2 5 µm 50 x 4.6 mm Flow rate: ml/min Eluent: CH 3 CN / 0 mm KH 2 P 4 60 / 40 Temperature: 40 C Detection: 230 nm N-Nitrosodimethylamine 2 N-Nitrosodiethylamine 3 N-Nitrosodi-n-propylamine 4 N-Nitrosodiphenylamine

12 2 PerfectSil Target Excellent Performance + Peak Symmetry = Aim Achieved Chemistries: Sil DS-3 C8-3 CN-3 Available particle size: 3 & 5 μm Highly pure silica: 99,999 % High mechanical & chemical resistibility Elaborated endcapping Excellent peak symmetry for basic compounds also Exquisite reproducibility PerfectSil Each column tested individually Particularly suitable for LC/MS Manufacturing process IS 900-certified Ships with HPLC-Column Technical Data Quality Certificate Pore size including authentic test-chromatogram Target DS-3 Sil C8-3 CN-3 DS-3 00 Å Pore volume. cm 3 /g Surface area (BET) 450 m 2 /g Carbon Contents 7 % Silica purity > % Total metal impurities < 5 ppm Amitryptilin PerfectSil Target DS-3 5 µm 200 x 4.6 mm Flow rate:.5 ml/min Inj.volume: 5 µl Eluent: methanol / 20 mm phosphate buffer ph=7.0 Temperature: 40 C Detection: 254 nm uracil 2 butylparabene 3 propanolol 4 dipropylphthalate 5 naphthalene 6 acenaphthene 7 amitryptiline min Part-no. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm 7 Material-Code PerfectSil Target... Sil 00 3 µm = 0803 Sil 00 5 µm = 0800 DS-3 3 µm = 0802 DS-3 5 µm = 080 DS-3 0 µm = 0806 Example: PerfectSil Target DS-3 5 µm (080) 200 x 4.6 mm => Best.-Nr.: MZ Please inquire for details of Refill-Service C8-3 C8-3 CN-3 3 µm = µm = 08 5 µm = 088 L x ID 3 µm 5/0 µm* [mm] New Refill New Refill 50 x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Also available as preparative HPLC-columns with ID 8-50 mm, please inquire.

13 3 PerfectSil Target HD Reversed-Phase with extended ph-stability PerfectSil Target Some applications in modern reversed-phase-hplc require extreme ph-conditions, causing most of today s silica-based stationary phase materials to show degradation. With those applications in mind, we developed PerfectSil Target HD to enable permanent operation at a ph-range from ph = 2-. Without any noticeable loss of performance or sign of degradation, PerfectSil Target HD is based upon the same highly pure silica skeleton as PerfectSil Target. PerfectSil Target HD is surface-shielded against basic and acidic degradation via application of a special post-treatment procedure after functionaliation with a virtually complete multiple-step endcapping procedure. The uniform reversed-phase chemistry in combination with its fully accessible 00 Å-pore-system, an optimized packing procedure and our state-of-theart stainless steel column hardware enables us to produce and deliver HPLC-columns at the highest level of quality. Elaborated endcapping Technical Data Target HD Maximum shielding of Pore size 00 Å silica-surface ph-range: ph = 2- Carbon Contents DS-3 HD: 25.0 % Pore volume. cm 3 /g Specific Surface (BET) 450 m 2 /g C8 HD: 5.0 % Excellent chemical stability ph-stability ph 2- Extended usability range Endcapping complete Silica Purity > % utstanding reproducibility Metal impurities < 5 ppm from batch-to-batch and column-to-column Excellent peak symmetries for basic substances Enables to employ extremely steep gradients Vitamins Column: PerfectSil Target DS-3 HD 5 µm 50 x 4.6 mm Flow Rate:.0 ml/min Inj.volume: 5 µl Eluent: ACN : 0,2% H 3 P 4 + 5mM IPCC-06 / 0:90 Temperature: 40 C Detection: 20 nm Analytes: Nicotinamide 2 Pantothenic acid 3 Pyridoxine 4 Riboflavinphosphate 5 Thiamine L x ID 3 µm 5/0 µm* [mm] New Refill New Refill 50 x x x x x x x x x x x x x x x x x x x x x x x x Part.-No. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Example: PerfectSil Target DS-3 HD 3 µm (0833) 50 x 4.0 mm => Best.-Nr.: MZ Please inquire for details of Refill-Service Material-Code PerfectSil Target... DS-3 HD 3 µm = 0833 DS-3 HD 5 µm = 083 DS-3 HD 0 µm = 0830 C8 HD 3 µm = 0843 C8 HD 5 µm = x x x x x x x x x x x x Also available as preparative HPLC-columns with ID 8-50 mm, please inquire.

14 4 PerfectSil 300 High Quality for Bioseparations State-of-the-art technology Ultra pure silica 99,999 % High-end surface chemistry Enables steep gradients Very low phase bleeding Suitable for LC/MS-applications High mechanical stability Excellent chemical stability Highly reproducible Refillable high-quality stainless-steel hardware Each column tested individually Available particle size: 5 & 0 μm 300 Å pore size for biopolymers Manufacturing process fully IS 900-certified Peptide Hormones Column: PerfectSil 300 C4 5 µm 250 x 4.6 mm Flow rate: ml/min Inj.volume: 0 µl Eluent: A: 0. % TFA/water B: 0.09 % TFA in ACN:water 90:0 (v/v) Gradient: 0 min: A:B 90:0 linear to 8 min: A:B 75:25 linear to 4 min: A:B 70:30 isocratic to 5-20 min recalibration A:B 90:0 Detection: 25 nm PerfectSil 300 Analytes: dead time marker / inj. 2 vasotocine 3 vasopressine 4 isotocine 5 oxytocine min 5 Technical Data code particle pore- surface pore carbon silica endsize size area volume contents purity capped PerfectSil 300 Sil µm 300 Å 00 m 2 /g.05 ml/g PerfectSil 300 Sil µm 300 Å 00 m 2 /g.05 ml/g PerfectSil 300 Sil µm 300 Å 00 m 2 /g.05 ml/g PerfectSil 300 DS C µm 300 Å 00 m 2 /g.05 ml/g 9.0 % PerfectSil 300 DS C µm 300 Å 00 m 2 /g.05 ml/g 9.0 % PerfectSil 300 DS C µm 300 Å 00 m 2 /g.05 ml/g 9.0 % PerfectSil 300 C µm 300 Å 00 m 2 /g.05 ml/g 3.0 % PerfectSil 300 C µm 300 Å 00 m 2 /g.05 ml/g 3.0 % PerfectSil 300 C µm 300 Å 00 m 2 /g.05 ml/g 3.0 % PerfectSil 300 C µm 300 Å 00 m 2 /g.05 ml/g 5.0 % PerfectSil 300 C µm 300 Å 00 m 2 /g.05 ml/g 5.0 % PerfectSil 300 C µm 300 Å 00 m 2 /g.05 ml/g 5.0 % PerfectSil 300 Diol µm 300 Å 00 m 2 /g.05 ml/g 5.0 % Part-no. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Example: PerfectSil 300 DS 5 µm (455) HPLC-column 250 x 4.6 mm => Part-no.: MZ Please inquire for details of Refill-Service L x ID 5 µm 0/5-20 µm* [mm] New Refill New Refill 50 x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Also available as preparative HPLC-columns with ID 8-50 mm, please inquire.

15 MZ-Aqua Perfect C8 for up to 00% Aqueous Applications Elaborate C8-chemistry combined with new hydrophilic endcapping Compatible with up to 00% aqueous eluents Enables design of extremely steep gradients Short recalibration time Excellent reproducibility Highly pure & totally porous base silica Spherical particles with low polydispersity High chemical and mechanical resistibility Manufacturing process fully IS 900-certified Low backpressure Technical Data particle size 3/5/7/0 µm High durability morphology spherical pore size 20 / 200 Å surface area (BET) 30 / 220 m 2 /g carbon contents 5 / % C Water Soluble Vitamins Column: MZ-Aqua Perfect C8 3 µm 200 x 4.0 mm Flow rate:.25 ml/min Inj.volume: 0 µl Eluent: A: 0.05 M H 3 P 4 B: 0.05 M H 3 P 4 in H2:ACN 70:30 Gradient: 0-3 min isocratic 00 % A 3-6 min linear to 00 % B 6-2 min isocratic 00 % B 2-5 min recalibration 00 % A Temperature: RT Detection: 230 nm Analytes: thyamin (B) 2 ascorbic acid (C) 3 nicotinic acid (B) 4 nicotinamide (B3) 5 pyridoxal 6 pyridoxine (B6) 7 folic acid 8 cyanocobalmine (B2) 9 riboflavine (B2) min Applications tricyclic antidepressants theophylline water-soluble vitamins organic acids catecholamines caffeine all kind of C8 applications Part-No. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Example: MZ-AquaPerfect 5 µm (062) 250 x 4.6 mm => Part-no.: MZ Please inquire details for Refill-Service Materialcodes MZ-AquaPerfect C8 3 µm = 060 C8 5 µm = 062 C8 7 µm = 063 C8 0 µm = C8 3 µm = C8 5 µm = 0622 L x ID 3 µm 5/7/0 µm [mm] New Refill New Refill 50 x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Also available as preparative HPLC-columns with ID 8-50 mm, please inquire.

16 6 PerfectBond State-of-the-Art- + Best Value-Replacement for Classical Applications ur recently introduced product-line PerfectBond is based on a series of selected state-of-the-art silica ( % purity), to provide modern replacements for traditional stationary phases. The PerfectBond product-range is continuously extended, enabling us to offer our customers reliable and cost-effective replacements for various well-known classical stationary phases. Classical stationary phases like μbondapak are still frequently used for many applications. Mainly because of their unique selectivity and retentivity - and despite disadvantages like high back-pressure Chlorophenoles Column: PerfectBond DS-HD 5 µm 250 x 4.0 mm Flow rate: ml/min Temperature: 30 C Detection: 280 nm Eluent: A: 50 % Methanol/H 2 + 0, % H 3 P 4 B: 00 % Methanol Gradient: 0-0 min isocratic 00 % A 0-20 min linear to 80 % B min isokratic 80 % B min equilibration 00 % A please check table and figures on page 3 for part-no. and price Analytes: 2-chlorophenole 2 4-chlorophenole 3 3-chlorophenole 4 2,6-dichlorophenole 5 2,3-dichlorophenole 6 2,5-dichlorophenole 7 2,4-dichlorophenole 8 3,4-dichlorophenole 9 3,5-dichlorophenole 0 2,3,6-trichlorophenole 2,3,4-trichlorophenole 2 2,4,6-trichlorophenole 3 2,4,5-trichlorophenole 4 2,3,5-trichlorophenole 5 2,3,5,6-tetrachlorophenole 6 2,3,4,5-tetrachlorophenole 7 pentachlorophenole resulting from the nature of irregularly shaped particle morphology. In case of μbondapak we offer PerfectBond C8 as excellent replacement: based on spherical and totally porous base silica, all chromatographic performance values are widely enhanced. PerfectBond is based upon an ultra pure, state-of-the-art-silica, which is absolutely spherical and functionalized under IS-900-certified conditions. We carefully select base silica, chemistry and carbon load to get an optimum match of the classical material. This enables us to deliver replacements for traditional stationary phases with the same retentivity and selectivity as the original material. PerfectBond -HPLC-columns feature lower backpressure and enhanced efficiency than the original. Replace your classic column with a PerfectBond - HPLC-Column and note the improved costefficiency reslting from longer column-lifetime and possibilities of refill-service. ur range of PerfectBond -HPLC-columns is continuously growing. Please inquire, if or when we can provide a state-ofthe-art replacement for your classical HPLC-column. Technical Data PerfectBond -Series particle size code price group pore size surface area chemistry carbon contens endcapping morphology silica purity PerfectBond DS-H 3 µm 94 F 20 Å 70 m 2 /g C8 0.0 % + spherical % PerfectBond DS-H 5 µm 95 E 20 Å 70 m 2 /g C8 0.0 % + spherical % PerfectBond DS-HD 3 µm 200 F 50 Å 320 m 2 /g C8 8.5 % + spherical % PerfectBond DS-HD 5 µm 98 E 50 Å 320 m 2 /g C8 8.5 % + spherical % PerfectBond C8 DS 5 µm 90 E 25 Å 300 m 2 /g C8 0.0 % + spherical % PerfectBond C8 0 µm 0 E 25 Å 300 m 2 /g C8 0.0 % + spherical % Replacement for µbondapak C8 0 µm PerfectBond C8-HD 3 µm 202 F 50 Å 320 m 2 /g C8 0.5 % + spherical % PerfectBond C8-HD 5 µm 204 E 50 Å 320 m 2 /g C8 0.5 % + spherical % PerfectBond C8-H 3 µm 93 F 20 Å 70 m 2 /g C8 6.5 % + spherical % PerfectBond C8-H 5 µm 92 E 20 Å 70 m 2 /g C8 6.5 % + spherical % PerfectBond C8 5 µm 08 E 25 Å 300 m 2 /g C8 7.0 % + spherical % PerfectBond C 3 µm 80 F 20 Å 70 m 2 /g C 5.0 % - spherical % PerfectBond C 5 µm 82 E 20 Å 70 m 2 /g C 5.0 % - spherical % PerfectBond Ph 5 µm 220 E 20 Å 200 m 2 /g Phenyl 6.0 % + spherical % PerfectBond Ph-H 5 µm 222 E 20 Å 70 m 2 /g Phenyl 5.0 % + spherical % PerfectBond Si µm 027 C 00 Å 320 m 2 /g Si - - spherical % Amino Acids / Peptides Column: PerfectBond C8 0 µm 300 x 4.0 mm Flow rate:.3 ml/min Inj.volume: 5 µl Eluent: 0,M Phosphate- Buffer ph 3,2 : ACN / 89: (v/v) Detection: Fluorescence 385/55 nm Analytes: Cysteine 2 Cysteinglycine 3 Homocysteine 4 Glutathione 5 N-Acetylcysteine Please ask us for the optimum Perfect- Bond -replacement for your classical stationary phase media: phone

17 7 High Performance Packings by EKA CHEMICALS AB, Schweden Best value for your money Kromasil is produced in multi-kilogram lots with excellent batch-to-batch reproducibility. Thanks to its outstanding performance combined with great price, Kromasil is first choice for the whole range of applications in modern HPLC. Kromasil HPLC-Columns 00 C C4 C8 C8 NH 2 60 SIL 00 SIL Semiprep & Prep 5/7 μm 0/3/6 μm 5/7 μm 0/3/6 μm Dimension New Refill New Refill New Refill New Refill 40 x 8 mm 25 x 8 mm 250 x 8 mm 250 x 0 mm 50 x 20 mm 250 x 20 mm please inquire please inquire Also available: columns with ID 30; 40 & 50 mm - please inquire Kromasil -Bulk Media 60 SIL & 00 SIL /g 0 g 50 g 00 g > 00 g 3.5 µm 5 µm 7 µm please inquire 0 µm 3 µm 6 µm C / C4 / C8 / C8 / NH2 / CN / Diol /g 0 g 50 g 00 g > 00 g 7 µm 0 µm 3 µm please inquire 6 µm ther chemistries and particle sizes available. Please ask for an individual quotation, if you need larger quantities of Kromasil -bulk media. Kromasil Chiral - CelluCoat & AmyCoat Kromasil Chiral is based upon an ultrastable silica skeleton. CelluCoat and AmyCoat are chirally-functionalized via covalently-bound polymeric layer of tris-(3,5-dimethylphenyl)carbonyl cellulose (CelluCoat ) respectively tris-(3,5- dimethylphenyl) carbonyl amylose (Amy- Coat ). The excellent chemical and mechanical stability of these recently developed materials enables operation at high flow rates in combination with high efficiencies. NEW! Preconditioned chiral columns CelluCoat RP and AmyCoat RP ready-to use for reversed-phase-applications. * HN NH HN HN NH HN * tris-(3,5-dimethylphenyl)carbamoyl amylose Kromasil Chiral Test-Kit 50 x 4.6 mm 3 µm 2, column each: AmyCoat AmyCoat RP CelluCoat CelluCoat RP 3 µm Length x ID 3 µm 5 µm 0 µm 25 µm 50 x 4.6 mm, x 4.6 mm,36.--, x 4.6 mm -,36.--,045.--, Chiral Bulk Media & Prep Scale available - please inquire.

18 8 Guard Columns GUARD CLUMNS Guard Cartridges Analytical / Narrowbore Part-No. price/ MZ-guard cartridges for analytical/narrow-bore HPLC-columns are available in dimensions with 3 different lengths and 4 different ID s. Please check below for suitable cartridge holders. Guard Cartridges 5 pieces see below 6.-- ID: 2. mm, 3.0 mm, 4.0 mm and 4.6 mm Length: 5 mm, 0 mm and 20 mm Part-Number for Cartridges (please check page 4ff for materialcodes): MZ VK LE ID four-digit Materialcode length in mm ID in /0mm Cartridge Holder Analytical / Narrowbore Part-No. price/ suitable for MZ-Columns ID 2.; 3.0; 4.0 & 4.6 mm Example: guard cartridges (5 pcs.) Inertsil DS-2 5 μm (Materialcode 200) Dimension 20 x 4,0 mm (LxID) => Part-No.: MZ200-VK2040 cartridge holder integrated (suitable for VI cartridges of 20 and 0 mm length) cartridge holder integrated (suitable for VI cartridges of 5 mm length) cartridge holder free standing for standard fitting FG (suitable for cartridges of 20 mm length) cartridge holder free standing for standard fitting FG (suitable for cartridges of 0 mm length) cartridge holder free standing for standard fitting FG (suitable for cartridges of 5 mm length) SYRINGES HPLC-Syringes Exmire HPLC-High Quality Sampling Syringes smallest volume amount code price/ 5 µl 0. µl MSR µl 0.2 µl MSR µl 0.5 µl MSR µl.0 µl MSR µl 2.0 µl MSR µl 5.0 µl MSR µl 0.0 µl MSR

19 9 We offer the complete product range from RHEDYNE. The following list includes the most frequently requested parts. Please inquire for prices of parts not listed here. Part-No. Product Price/ RH rotor seal Vespel for 700/7000/ RH stator fü r700/ RH rotor seal Tefzel for 700/7000/ RH RheBuild Kit for RH702 sample loop stainless steel 0 μl RH7022 sample loop stainless steel 20 μl 5.-- RH7023 sample loop stainless steel 50 μl RH7024 sample loop stainless steel 00 μl RH7025 sample loop stainless steel 200 μl RH7026 sample loop stainless steel 500 μl 6.-- RH7027 sample loop stainless steel ml RH7028 sample loop stainless steel 2 ml 6.-- RH7029 sample loop stainless steel 5 ml RH7000 switching valve RH way switching valve RH positions switching valve RH725 sample injector,46.-- RH7725 sample injector with MBB,68.-- front-loading, follow-up of 725 RH7725i sample injector with position sensing switch and MBB, RH825 syringe loading injector, front-loading for micro-hplc RH rotor seal for 825/ RH RheBuilt Kit for 7520/ RH3725i sample injector PEEK,73.-- front-loading, preparative scale RH3725i-038 sample injector stainless steel, front-loading, preparative scale RH900 sample injection valve PEEK,52.-- rear-loading, for analytical HPLC RH9725 sample injector PEEK with MBB (ex-925),68.-- front-loading, for analytical HPLC RH sample loop PEEK 5 μl RH sample loop PEEK 0 μl 5.-- RH sample loop PEEK 20 μl RH sample loop PEEK 50 μl RH sample loop PEEK 00 μl 5.-- RH sample loop PEEK 200 μl 7.-- RH sample loop PEEK 500 μl RH sample loop PEEK ml RH sample loop PEEK 2 ml RH µm column inlet filter, ID 3.0 mm RH Replacement filter discs for RH7335 5/pk 49.--

20 20 Tools & Accessories - PEEK / Biocompatible HPLC-ACCESSRIES Part-No. Product Price/ AP033 PEEK-tubing AD /6 x 0.3 mm ID 3 m AP037 AD /6 x 0.7 mm ID 3 m AP0325 AD /6 x 0.25 mm ID 3 m AP0350 AD /6 x 0.50 mm ID 3 m AP0375 AD /6 x 0.75 mm ID 3 m AP053 PEEK-tubings kit AD /6 x 0.3 mm ID 50; 00; 200 mm AP057 - pre-cut - AD /6 x 0.7 mm ID 50; 00; 200 mm AP pieces of each length AD /6 x 0.25 mm ID 50; 00; 200 mm AP0550 AD /6 x 0.50 mm ID 50; 00; 200 mm AP0575 AD /6 x 0.75 mm ID 50; 00; 200 mm AP500 fingertight-fittings PEEK 0 pcs coupler universal fingertight PEEK AP mm ID ( red ) piece 9.-- AP mm ID ( yellow ) piece 9.-- AP mm ID ( blue ) / universal piece 9.-- AP mm ID ( orange ) piece 9.-- AP520 union PEEK /6 set 8.-- (incl. 2 fingertight-fittings) AR Clean-Cut for cutting polymeric tubings AR Replacement blade for Clean-Cut AR Guillotine-Cutter AR Replacement blade for Guillotine-Cutter AP530 tee-piece PEEK /6 set (incl. 3 fingertight-fittings) AP Last-drop mobile phase-filter with 2,5 µm PTFE- Fritt AP540 cross PEEK /6 set (incl. 4 fingertight-fittings) AP560 plug PEEK /6 piece 4.50 fingertight elbow for PEEK-tubing AP AN550 plug Nylon /6 0 pieces 7.-- AN pieces AP

21 2 Tools & Accessories - Stainless Steel Part-No. Product Price/ AS030 Stainless Steel tubing AD /6 x 0.3 mm ID 3 m AS038 AD /6 x 0.8 mm ID 3 m 8.-- AS0325 AD /6 x 0.25 mm ID 3 m 8.-- AS0350 AD /6 x 0.50 mm ID 3 m 8.-- AS0370 AD /6 x 0.75 mm ID 3 m 8.-- AS030 AD /6 x.00 mm ID 3 m 8.-- AS050 Stainless Steel tubing AD /6 x 0.3 mm ID 50 mm 2.50 AS034 - pre-cut - AD /6 x 0.3 mm ID 00 mm 4.40 AS020 AD /6 x 0.3 mm ID 200 mm 5.50 AS0525 AD /6 x 0.25 mm ID 50 mm 2.50 AS025 AD /6 x 0.25 mm ID 00 mm 4.40 AS0225 AD /6 x 0.25 mm ID 200 mm 5.50 AS0550 AD /6 x 0.50 mm ID 50 mm 2.50 AS050 AD /6 x 0.50 mm ID 00 mm 4.40 AS0250 AD /6 x 0.50 mm ID 200 mm 5.50 AS0570 AD /6 x 0.75 mm ID 50 mm 2.50 AS070 AD /6 x 0.75 mm ID 00 mm 4.40 AS0270 AD /6 x 0.75 mm ID 200 mm 5.50 AS00 stainless steel ferrules /6 0 pcs 9.-- AS00 stainless steel ferrules /6 00 pcs AR0 stainless steel ferrules /6 Rheodyne 0 pcs 9.-- AS200 fitting screws stainless steel short 0 pcs AS20 fitting screws stainless steel long 0 pcs AS220 fitting screws stainless steel extra large 0 pcs AS stainless steel tubing cutter AS pliers for stainless steel tubings AS Last-drop mobile phase-filter with 2.0 μm stainless steel frit AR Rheotool HPLC-ACCESSRIES AS330 plug stainless steel /6 piece 6.-- AS300 ZDV-union stainless steel /6 piece AC EasyFlange Kit AS30 tee-piece stainless steel /6 piece AS320 cross stainless steel /6 piece Accessories for HPLC-Columns AS00 sieve (glass fibre) analytical 0 pcs 5.-- AS05 PTFE sealing gasket 25 pcs 2.-- AS00 sieve (metal) analytical 5 μm 0 pcs 8.-- AS005 sieve (metal) analytical 3 μm 0 pcs 9.-- AS020 sieve sandwich 3 μm for column end 2.; 3.0; 4.0 & 4.6 mm ID Set 3.-- (2 metal sieves. 3 glass fibre sieves. sealing gasket) AS02 sieve sandwich 5 μm Set 3.-- AC EasyFlange Combi-Kit.

22 22 MZ-Gel SD LS - for Detection via Light Scattering MZ-Gel SDplus LS is a proprietary development of MZ-Analysentechnik based on highly-crosslinked and totally porous high-performance styrene-divinyl-benzene copolymer. It is derived from MZ-Gel SDplus as base material by a special post-treatment to meet the special requirements of detection via light-scattering. Therefore MZ- Gel SDplus LS features an extremely low phase-bleeding plus the extraordinary capabilities like the HPLC-like separation efficiency of the well-known original material. Molecular Mass Range & Exclusion Limit Porosity Molecular Mass Range Exclusion Limit 50 Å < 2,000 3, Å < 3,000 5, Å < 20,000 20,000 0e3 Å,000-40,000 70,000 0e4 Å 4, , ,000 0e5 Å 0,000-2,000,000 4,000,000 0e6 Å 200,000-0,000,000 > 0,000,000 Linear,000 -,000,000 > 2,000,000 Materialcodes MZ-Gel SDplus LS Porosity 3 µm 5 µm 0 µm 50 Å Å Å ,000 Å Å Å Å Linear Analytical 8 mm ID price/ Length x ID Particle Size Porosity New Refill 300 x 8 mm 3 µm 50 Å; 00 Å; 500 Å; 0 3 Å,22.--, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å µm linear, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å µm linear x 8 mm 5 µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å,404.--, µm linear,63.--, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å, µm linear,259.--, x 8 mm 5 µm all porosities + linear µm all porosities + linear Part-No. Microbore MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm 250 x 3 mm 5 µm all porosities + linear x 3 mm 5 µm all porosities + linear x 2 mm 5 µm all porosities + linear x 2 mm 5 µm all porosities + linear Example: MZ-Gel SDplus LS 00 Å 5 µm (506); SEC-Column 300 x 8.0 mm => Part-no.: MZ Please inquire details for Refill-Service Narrowbore 4.6 mm ID (saving up to 70 % of solvent) 300 x 4,6 mm 3 µm 50 Å; 00 Å; 500 Å; 0 3 Å,25.--, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å µm linear x 4,6 mm 3 µm 50 Å; 00 Å; 500 Å; 0 3 Å µm all porosities + linear µm all porosities + linear all prices in EUR excl. VAT. MZ-ANALYSENTECHNIK GMBH. Wöhlerstraße 2 6. D-5520 Mainz. Tel / Fax -20

23 23 MZ Super-FG: SEC-Columns for Fluorinated Eluents MZ Super-FG SEC-Columns are based on especially modified Silica. They are the ideal media for separations performed in fluorinated mobile phases like TFE or HFIP. Technical Data MZ-Gel Super FG Particle Size 7 µm Pressue Stability max. 300 bar Max. Flow Rate: Analytical 8 mm ID 3 ml/min Preparative 20 mm ID 20 ml/min Temperature Stability max. 80 C ph-stability 2 9 Pore Volume ml/g Porosity Molecular Mass Range Exclusion Limit Linear MZ-Super FG-columns are available as four different porosities, plus linear mix. The table shows the molecular mass range and the exclusion limit. Prices and rdering information Analytical Price/ New Refill 300 x 8 mm 7 µm all porosities µm linear x 8 mm 7 µm all porosities, µm linear,222.--, x 8 mm 7 µm all porosities Preparative 300 x 20 mm 7 µm all porosities 2,07.--, µm linear 2, , x 20 mm 7 µm all porosities + linear Part-No. Porosity Code MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm Example: MZ Super-FG linear 7 µm (9000); SEC-Column 300 x 8.0 mm => Best.-Nr.: MZ Please inquire details for Refill-Service , , Linear 9000 MZ-ANALYSENTECHNIK GMBH. Wöhlerstraße 2 6. D-5520 Mainz. all prices Tel / in EUR excluding VAT. Fax -20

24 24 MZ-Gel SD - for rganic Media MZ-Gel SDplus by MZ-Analysentechnik is a high-performance styrene-/divinylbenzene-copolymer, tightly classed with a narrow pore size distribution. The excellent quality of this highly cross linked packing media enables us to pack GPC-columns with both a long lifetime and extraordinary high column efficiencies. For example: columns with 3 μm particle size are delivered with guaranteed theoretical plate-numbers: > 00,000 m - Analytical 8 mm ID Price/ Length x ID Particle Size Porosity New Refill 300 x 8 mm 3 µm 50 Å; 00 Å; 500 Å; 0 3 Å, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å µm linear µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å µm linear x 8 mm 5 µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å,279.--, µm linear,468.--, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å, µm linear, x 8 mm 5 µm all porosities + linear µm all porosities + linear Microbore 250 x 3 mm 5 µm all porosities + linear x 3 mm 5 µm all porosities + linear x 2 mm 5 µm all porosities + linear x 2 mm 5 µm all porosities + linear Codes MZ-Gel SDplus Porosity 3 µm 5 µm 0 µm 50 Å Å Å ,000 Å Å Å Å Linear Narrowbore 4.6 mm ID (saving up to 70 % of solvent) 300 x 4.6 mm 3 µm 50 Å; 00 Å; 500 Å; 0 3 Å, µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å µm linear x 4.6 mm 3 µm 50 Å; 00 Å; 500 Å; 0 3 Å µm all porosities + linear µm all porosities + linear Preparative 20 mm ID 300 x 20 mm 0 µm 50 Å; 00 Å; 500 Å; 0 3 Å; 0 4 Å; 0 5 Å; 0 6 Å 2,037.--, µm linear 2, , x 20 mm 0 µm all porosities + linear Analytical Narrowbore Microbore Part-No. MZ four-digit Materialcode length in mm LEN IDØ ID in /0 mm 8 mm 4.6 mm 3.0 mm 2.0 mm.6 mm Example: MZ-Gel SDplus 00 Å 5 µm (505); SEC-Column 300 x 8.0 mm => Part.-No.: MZ Please inquire details for Refill-Service