High 2 0 10 lights2 0 10 PerfectSil Target ODS-3 Sil C8-3 CN-3 Development Manufacturing Distribution Consulting HPLC-Columns New + Refill Complete Range of Packings Micro Analytical Preparative Official Distributor For: GRACEVYDAC GL-SCIENCES THERMO SCIENTIFIC EKA-Nobel/KROMASIL DAICEL MERCK/EMD CHROMATOGRAPHY ES-INDUSTRIES AMT/HALO MZ-PAH Analytics of PAH s MZ-PBM Analytics of Pesticides MZ-Gel SD SEC-Columns hydrophobic (Styrene-Divinylbenzene) HEMA/HEMA-Bio GPC-Columns hydrophylic Accessories RHEODYNE EXMIRE-Syringes SCHLEICHER-&-SCHUELL-Filters Guard-Columns Capillarys Fingertight-Fittings etc. http://www.mz-at.com e-mail: info@mz-at.com NEW!
info@mz-at.com Introduction MZ-Analysentechnik GmbH was founded in 1986. Ever since we are active in the field of research and development of bulk media and columns for high perfomance liquid chromatography (HPLC), gelpermeation chromatography (GPC) and size exclusion chromatography (SEC). Our goal is to provide our customers with LC-columns, packings and accessories with the highest level of quality - by reasonable pricing. Especially for narrow-bore HPLC and GPC we have developed highly efficient columns - saving up to 70 % of eluent. This brochure gives you a short overview on our product range. for more details visit our homepage: http://www.mz-at.com Development and Manufacturing of HPLC-columns ID-range: 1.0 to 40 mm: microbore analytical preparative Complete range of available packings Special columns for environmetal analysis by MZ-Analysentechnik: MZ-PAH: analytics of polyaromatic hydrocarbons MZ-PBM: analytics of nitrogen containing pesticides HPLC-columns and packing media by MZ-Analysentechnik: PerfectSil PerfectSil 300 PerfectSil Target PerfectChrom Orbit PerfectBond MZ-Aqua Perfect: C18 for up to 100% aqueous eluents High quality: each column is individually tested for tight conformity to our demanding specifications and ships with HPLC-column quality certificate including the authentic test-chromatogram Refill-service for all columns by MZ-Analysentechnik guaranteed Refill-service for columns of other manufacturers - please enquire Stationary Phases on Stock Kromasil LiChrosorb LiChrospher Superspher Nucleosil Hypersil HyperPrep Spherisorb µ-bondapak Partisil Hamilton VYDAC Inertsil Orbit MZ-AquaPerfect PerfectSil PerfectBond PerfectChrom Eka Nobel E. Merck E. Merck E. Merck Macherey Nagel Thermo Scientific Thermo Scientific Waters Waters Whatman Hamilton GraceVydac GL-Sciences MZ-Analysentechnik MZ-Analysentechnik MZ-Analysentechnik MZ-Analysentechnik MZ-Analysentechnik Distribution of HPLC-columns, Packing Media and Accessories KROMASIL KROMASIL CHIRAL POLARIS PURSUIT CHIRAL AGP / -CBH / -HSA CELLUCOAT AMYCOAT MICROSPHER BIOTRAP REPEAT BECKMANN ULTRASPHERE... ADVANCE AQUASIL BETASIL HYPERSIL HYPERCARB LICHROSPHER LICHROSORB PUROSPHER CHROMOLITH ZIC -philic ZIC -HILIC PLRP-S PL-SAX PL-SCX PL-AQUAGEL OH PLGEL INERTSIL TITANSPHERE BIOPTIC CAPILLARY EX PARTISIL PARTISPHERE UNI- SEP C8 TAC1 MAX-1 ULTRON ES-OVM / -PEPSIN CHROMEGABOND AQUASEP FLUOROSEP (PERFLUOROPHENYL) PROC4 PROC8 PROC18 J SPHERE Advanced Chromatography Technologies CHIRALCEL CHIRALPAK CHROMPAK CROWNPAK ACE AQ ACE C18-HL ACE CAPILLARY ACE C18-AR NUCLEOSIL NUCLEODUR ANTIBODIX PROTEOMIX ZENIX SRT CARBOMIX VYDAC EVEREST DENALI VENTURE UNISON CADENZA Scherzo INTRADA AMINEX BIO-SIL BIO-SILECT
Our completely new-developed product-line is based on an extremely pure and ultra-stable porous silica with 100 Å mean pore size. The State-of-the-Art base silica is especially optimized for the requirements of todays routine analytics. is as well robust and shows an excellent chromatographic resolution plus it offers a high cost-efficiency - 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 peaks - while an excellent reproducibilty from batch to bath and column to column is given. As all HPLC-columns from MZ-Analysentechnik, HPLC-columns are manufactured by a fully ISO9001-certified process and ship with a quality certificate including the original test chromatogram. can be packed in the full range of column dimensions (also available preparative) and is now shipping with 3.5, 5 or 10 µm particle size with the following chemistries: Orbit 100 C18: 3.5, 5 & 10 µm Orbit 100 C8: 3.5, 5 & 10 µm Orbit 100 C4: 3.5, 5 & 10 µm length x ID 3,5 µm 5 & 10 µm [mm] New Refill New Refill Technical Data Orbit pore size 100 Å pore volume 0.9 cm 3 /g surface area (BET) 340 m 2 /g particle shape spherical silica purity > 99.999 % endcapping complete carbon contents C8: 12 %C C18: 19 %C 50 x 2.1 154.-- 113.-- 154.-- 113.-- 100 x 2.1 192.-- 151.-- 192.-- 151.-- 125 x 2.1 213.-- 172.-- 213.-- 172.-- 150 x 2.1 225.-- 185.-- 225.-- 185.-- 200 x 2.1 238.-- 200.-- 238.-- 200.-- 250 x 2.1 248.-- 205.-- 248.-- 205.-- 50 x 3.0 149.-- 121.-- 149.-- 121.-- 100 x 3.0 179.-- 149.-- 169.-- 139.-- 125 x 3.0 185.-- 151.-- 174.-- 141.-- 150 x 3.0 200.-- 167.-- 185.-- 152.-- 200 x 3.0 210.-- 175.-- 190.-- 155.-- 250 x 3.0 215.-- 177.-- 197.-- 159.-- 20 x 4.0 130.-- 108.-- 109.-- 87.-- 33 x 4.0 143.-- 119.-- 119.-- 95.-- 40 x 4.0 154.-- 132.-- 128.-- 106.-- 50 x 4.0 162.-- 136.-- 134.-- 108.-- 60 x 4.0 169.-- 142.-- 141.-- 114.-- 75 x 4.0 176.-- 148.-- 147.-- 119.-- 100 x 4.0 183.-- 154.-- 152.-- 123.-- 125 x 4.0 189.-- 159.-- 157.-- 127.-- 150 x 4.0 195.-- 163.-- 163.-- 131.-- 200 x 4.0 207.-- 175.-- 172.-- 140.-- 250 x 4.0 217.-- 185.-- 181.-- 149.-- 300 x 4.0 246.-- 203.-- 203.-- 160.-- Example: HPLC-Column (new) 250 x 4.6 mm Orbit C18 5 µm => Part-No.: 250.4,6.0901.N Material-Code Orbit 100 C18 3,5 µm = 0902 Orbit 100 C18 5 µm = 0901 Orbit 100 C18 10 µm = 0906 Orbit 100 C8 3,5 µm = 0912 Orbit 100 C8 5 µm = 0911 Orbit 100 C8 10 µm = 0916 Orbit 100 C4 3,5 µm = 0922 Orbit 100 C4 5 µm = 0921 Orbit 100 C4 10 µm = 0926 20 x 4.6 137.-- 115.-- 114.-- 92.-- 33 x 4.6 150.-- 126.-- 125.-- 101.-- 40 x 4.6 162.-- 140.-- 135.-- 113.-- 50 x 4.6 170.-- 144.-- 141.-- 115.-- 60 x 4.6 178.-- 151.-- 148.-- 121.-- 75 x 4.6 185.-- 157.-- 154.-- 126.-- 100 x 4.6 192.-- 163.-- 160.-- 131.-- 125 x 4.6 198.-- 168.-- 165.-- 135.-- 150 x 4.6 205.-- 173.-- 171.-- 139.-- 200 x 4.6 217.-- 185.-- 181.-- 149.-- 250 x 4.6 227.-- 195.-- 189.-- 157.-- 300 x 4.6 265.-- 222.-- 219.-- 176.--
info@mz-at.com PerfectSil Target Excellent Performance + Peaksymmetry = Aim Achieved Chemistries: Sil ODS-3 C8-3 CN-3 Available with 3 µm & 5 µm particle size Highly pure silica: 99,999 % High mechanical & chemical resistability Elaborated endcapping Excellent peak symmetry even for basic compounds Exquisite reproducibility each column tested individually Particularly suitable for LC/MS Manufacturing process ISO 9001-certified Ships with HPLC-column quality certificate chemistry pore width including authentic test-chromatogram TECHNICAL DATA PerfectSil Target ODS-3 Sil C8-3 CN-3 ODS-3 C18 100 Å pore volume 1.1 cm 3 /g surface area (BET) 450 m 2 /g carbon load 17 % silica purity > 99.999 % metal impurities < 5 ppm Amitryptilin PerfectSil Target ODS-3 5 µm 200 x 4.6 mm Flow: 1.5 ml/min Inj.volume: 5 µl Eluent: Methanol / 20 mm Phosphate Buffer ph=7.0 Temperature: 40 C Detection: UV @ 254 nm 1 uracil 2 butylparabene 3 propanolol 4 dipropylphthalate 5 naphthalene 6 acenaphthene 7 amitryptiline 1 3 2 4 5 6 0 15 30 45 min 7 length x ID [mm] 3 µm New Refill New 5 µm Refill 50 x 2.1 195.-- 154.-- 154.-- 113.-- 100 x 2.1 251.-- 210.-- 192.-- 151.-- 125 x 2.1 256.-- 215.-- 213.-- 172.-- 150 x 2.1 270.-- 230.-- 225.-- 185.-- 200 x 2.1 287.-- 249.-- 238.-- 200.-- 250 x 2.1 307.-- 264.-- 248.-- 205.-- 50 x 3.0 169.-- 141.-- 149.-- 121.-- 100 x 3.0 192.-- 162.-- 179.-- 149.-- 125 x 3.0 200.-- 167.-- 185.-- 151.-- 150 x 3.0 210.-- 177.-- 200.-- 167.-- 200 x 3.0 230.-- 195.-- 210.-- 175.-- 250 x 3.0 243.-- 205.-- 215.-- 177.-- 20 x 4.0 151.-- 129.-- 130.-- 108.-- 33 x 4.0 167.-- 143.-- 143.-- 119.-- 40 x 4.0 179.-- 157.-- 154.-- 132.-- 50 x 4.0 189.-- 163.-- 162.-- 136.-- 60 x 4.0 197.-- 170.-- 169.-- 142.-- 75 x 4.0 205.-- 177.-- 176.-- 148.-- 100 x 4.0 213.-- 184.-- 183.-- 154.-- 125 x 4.0 220.-- 190.-- 189.-- 159.-- 150 x 4.0 227.-- 195.-- 195.-- 163.-- 200 x 4.0 241.-- 209.-- 207.-- 175.-- 250 x 4.0 253.-- 221.-- 217.-- 185.-- 300 x 4.0 287.-- 244.-- 246.-- 203.-- Example: HPLC-column (new) 200 x 4.6 mm PerfectSil Target ODS-3 5 µm => Part-No.: 200.4,6.0801.N Material-Code PerfectSil Target... Sil 100 3 µm = 0803 Sil 100 5 µm = 0800 ODS-3 3 µm = 0802 ODS-3 5 µm = 0801 ODS-3 10 µm = 0806 C8-3 3 µm = 0812 C8-3 5 µm = 0811 CN-3 5 µm = 0818 20 x 4.6 160.-- 138.-- 137.-- 115.-- 33 x 4.6 175.-- 151.-- 150.-- 126.-- 40 x 4.6 189.-- 167.-- 162.-- 140.-- 50 x 4.6 198.-- 172.-- 170.-- 144.-- 60 x 4.6 208.-- 181.-- 178.-- 151.-- 75 x 4.6 216.-- 188.-- 185.-- 157.-- 100 x 4.6 224.-- 195.-- 192.-- 163.-- 125 x 4.6 231.-- 201.-- 198.-- 168.-- 150 x 4.6 239.-- 207.-- 205.-- 173.-- 200 x 4.6 253.-- 221.-- 217.-- 185.-- 250 x 4.6 265.-- 233.-- 227.-- 195.-- 300 x 4.6 289.-- 246.-- 265.-- 222.--
PerfectSil Target HD Reversed-Phase with Extended ph-stability PerfectSil Target Some applications in modern reversed-phase-hplc require ph-conditions, under which most of todays silica-based stationary phase materials show degradation. Having those applications in mind, we developed PerfectSil Target HD, enabling permanent operation under conditions from ph = 2-11 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, which is surface-shielded against basic and acidic degradation by a special pretreatment and a complete multiple-step endcapping procedure. The uniform reversed-phase chemistry in combination with its fully-accessible 100 Å- pore-system, an optimized packing procedure and our state-of-the-art 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 100 Å silica-surface ph-stable from ph = 2-11 carbon contents ODS-3 HD: 25.0 % pore volume 1.1 cm 3 /g surface area (BET) 450 m 2 /g C8 HD: 15.0 % Excellent chemical stability ph-stability ph 2-11 endcapping complete Extended usability range silica purity > 99.999 % Outstanding reproducibility metal impurities < 5 ppm between batch-to-batch and column-to-column Excellent peaksymmetries for basic substances Enables to employ extremely steep gradients Vitamins Material: PerfectSil Target ODS-3 HD 5 µm Column: 150 x 4.6 mm Flow-rate: 1,0 ml/min Inj.volume: 5 µl Eluent: ACN : 0,2% H 3 PO 4 + 5mM IPCC-06 / 10:90 Temp.: 40 C Detection: UV @ 210 nm Analytes: 1 Nicotinamide 2 Pantothenic acid 3 Pyridoxine 4 Riboflavin phosphate 5 Thiamine length x ID [mm] 3 µm New Refill 5/10 µm New Refill 50 x 2.1 195.-- 154.-- 154.-- 113.-- 100 x 2.1 251.-- 210.-- 192.-- 151.-- 125 x 2.1 256.-- 215.-- 213.-- 172.-- 150 x 2.1 270.-- 230.-- 225.-- 185.-- 200 x 2.1 287.-- 249.-- 238.-- 200.-- 250 x 2.1 307.-- 264.-- 248.-- 205.-- 50 x 3.0 169.-- 141.-- 149.-- 121.-- 100 x 3.0 192.-- 162.-- 179.-- 149.-- 125 x 3.0 200.-- 167.-- 185.-- 151.-- 150 x 3.0 210.-- 177.-- 200.-- 167.-- 200 x 3.0 230.-- 195.-- 210.-- 175.-- 250 x 3.0 243.-- 205.-- 215.-- 177.-- 20 x 4.0 151.-- 129.-- 130.-- 108.-- 33 x 4.0 167.-- 143.-- 143.-- 119.-- 40 x 4.0 179.-- 157.-- 154.-- 132.-- 50 x 4.0 189.-- 163.-- 162.-- 136.-- 60 x 4.0 197.-- 170.-- 169.-- 142.-- 75 x 4.0 205.-- 177.-- 176.-- 148.-- 100 x 4.0 213.-- 184.-- 183.-- 154.-- 125 x 4.0 220.-- 190.-- 189.-- 159.-- 150 x 4.0 227.-- 195.-- 195.-- 163.-- 200 x 4.0 241.-- 209.-- 207.-- 175.-- 250 x 4.0 253.-- 221.-- 217.-- 185.-- 300 x 4.0 287.-- 244.-- 246.-- 203.-- Material-Code PerfectSil Target ODS-3 HD 3 µm = 0833 PerfectSil Target ODS-3 HD 5 µm = 0831 PerfectSil Target ODS-3 HD 10 µm = 0830 PerfectSil Target C8 HD 3 µm = 0843 PerfectSil Target C8 HD 5 µm = 0845 Example: HPLC-column (new) 150x4.0 mm PerfectSil Target ODS-3 HD 3 µm => Part-No.: 150.4,0.0833.N 20 x 4.6 160.-- 138.-- 137.-- 115.-- 33 x 4.6 175.-- 151.-- 150.-- 126.-- 40 x 4.6 189.-- 167.-- 162.-- 140.-- 50 x 4.6 198.-- 172.-- 170.-- 144.-- 60 x 4.6 208.-- 181.-- 178.-- 151.-- 75 x 4.6 216.-- 188.-- 185.-- 157.-- 100 x 4.6 224.-- 195.-- 192.-- 163.-- 125 x 4.6 231.-- 201.-- 198.-- 168.-- 150 x 4.6 239.-- 207.-- 205.-- 173.-- 200 x 4.6 253.-- 221.-- 217.-- 185.-- 250 x 4.6 265.-- 233.-- 227.-- 195.-- 300 x 4.6 289.-- 246.-- 265.-- 222.--
info@mz-at.com PerfectBond State-of-the-Art- + Best-Value-Replacement for classical Applications Chlorophenoles column: PerfectBond ODS-HD 5 µm 250 x 4.0 mm flow rate: 1 ml/min temperature: 30 C detection: UV @ 280 nm Our recently introduced product-line PerfectBond is based on a series of selected state-of-the-art silicas (99.999 % 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 some disadvantages like the high back-pressure resulting from their irregularly shaped particle morphology. For µbondapak we offer PerfectBond C18 as excellent replacement: based on a spherical and totally porous base silica, all chromatographic performance values are widely enhanced. PerfectBond is based on an ultrapure, state-of-the-art-silica, which is absolutely spherical and chemically modified under ISO-9001-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 Technical Data PerfectBond particle Code pore surface chem- particle carbon silica- end- price size size area istry shape contents purity capping group PerfectBond ODS-H 5 µm 1195 120 Å 170 m 2 /g C18 spherical 10.0 % 99.999 + E PerfectBond ODS-HD 3 µm 1200 150 Å 320 m 2 /g C18 spherical 18.5 % 99.999 + F PerfectBond ODS-HD 5 µm 1198 150 Å 320 m 2 /g C18 spherical 18.5 % 99.999 + E PerfectBond C18 ODS 5 µm 1190 125 Å 300 m 2 /g C18 spherical 10.0 % 99.999 + E PerfectBond C18* 10 µm 1011 125 Å 300 m 2 /g C18 spherical 10.0 % 99.999 + E PerfectBond C8-HD 3 µm 1202 150 Å 320 m 2 /g C8 spherical 10.5 % 99.999 + F PerfectBond C8-HD 5 µm 1204 150 Å 320 m 2 /g C8 spherical 10.5 % 99.999 + E PerfectBond C8-H 5 µm 1192 120 Å 170 m 2 /g C8 spherical 6.5 % 99.999 + E PerfectBond C8 5 µm 1018 125 Å 300 m 2 /g C8 spherical 7.0 % 99.999 + E PerfectBond C1 3 µm 1180 120 Å 170 m 2 /g C1 spherical 5.0 % 99.999 - F PerfectBond C1 5 µm 1182 120 Å 170 m 2 /g C1 spherical 5.0 % 99.999 - E PerfectBond Ph 5 µm 1220 120 Å 200 m 2 /g Phenyl spherical 6.0 % 99.999 + E PerfectBond Ph-H 5 µm 1222 120 Å 170 m 2 /g Phenyl spherical 5.0 % 99.999 + E *replacement for µbondapak C18 10 µm order-no.: equivalent to MZ-Aqua-Perfect (see next page) Spherical, ultra-pure (> 99.999 %) state-of-the-art silica Small polydispersity => high efficiency + low back-pressure High chemical and mechanical resistability => long column lifetime Manufacturing process ISO-9001-certified High reproducibility from batch-to-batch & column-to-column Excellent cost-/performance-ratio + guaranteed refill-service eluent: A: 50 % methanol/h 2 O + 0,1 % H 3 PO 4 B: 100 % methanol gradient: 0-10 min isocratic 100 % A 10-20 min linear to 80 % B 20-25 min isocratic 80 % B 25-30 min equilibration: 100 % A Analytes: 1 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 10 2,3,6-trichlorophenole 11 2,3,4-trichlorophenole 12 2,4,6-trichlorophenole 13 2,4,5-trichlorophenole 14 2,3,5-trichlorophenole 15 2,3,5,6-tetrachlorophenole 16 2,3,4,5-tetrachlorophenole 17 pentachlorophenole the same retentivity and selectivity as the original - in most cases with lower backpressure and enhanced efficiency plus longer column lifetime due to higher mechanical and chemical restistability. Replace your classic column with a PerfectBond -HPLC-Column and even costefficiency will benefit from longer column-lifetime and guaranteed refill-service. Our range of PerfectBond -HPLC-columns is continuously growing. Please ask us, when we can provide a state-of-the-art replacement for your classical HPLC-column. dimension price group E price group F length x ID New Refill New Refill 50 x 2.1 mm 154.-- 113.-- 195.-- 154.-- 100 x 2.1 mm 192.-- 151.-- 251.-- 210.-- 125 x 2.1 mm 213.-- 172.-- 256.-- 215.-- 150 x 2.1 mm 225.-- 185.-- 270.-- 230.-- 200 x 2.1 mm 238.-- 200.-- 287.-- 249.-- 250 x 2.1 mm 248.-- 205.-- 307.-- 264.-- 50 x 3.0 mm 149.-- 121.-- 169.-- 141.-- 100 x 3.0 mm 179.-- 149.-- 192.-- 162.-- 125 x 3.0 mm 185.-- 151.-- 200.-- 167.-- 150 x 3.0 mm 200.-- 167.-- 210.-- 177.-- 200 x 3.0 mm 210.-- 175.-- 230.-- 195.-- 250 x 3.0 mm 215.-- 177.-- 243.-- 205.-- 20 x 4.0 mm 130.-- 108.-- 151.-- 129.-- 33 x 4.0 mm 143.-- 119.-- 167.-- 143.-- 40 x 4.0 mm 154.-- 132.-- 179.-- 157.-- 50 x 4.0 mm 162.-- 136.-- 189.-- 163.-- 60 x 4.0 mm 169.-- 142.-- 197.-- 170.-- 75 x 4.0 mm 176.-- 148.-- 205.-- 177.-- 100 x 4.0 mm 183.-- 154.-- 213.-- 184.-- 125 x 4.0 mm 189.-- 159.-- 220.-- 190.-- 150 x 4.0 mm 195.-- 163.-- 227.-- 195.-- 200 x 4.0 mm 207.-- 175.-- 241.-- 209.-- 250 x 4.0 mm 217.-- 185.-- 253.-- 221.-- 300 x 4.0 mm 246.-- 203.-- 287.-- 244.-- 20 x 4.6 mm 137.-- 115.-- 160.-- 138.-- 33 x 4.6 mm 150.-- 126.-- 175.-- 151.-- 40 x 4.6 mm 162.-- 140.-- 189.-- 167.-- 50 x 4.6 mm 170.-- 144.-- 198.-- 172.-- 60 x 4.6 mm 178.-- 151.-- 208.-- 181.-- 75 x 4.6 mm 185.-- 157.-- 216.-- 188.-- 100 x 4.6 mm 192.-- 163.-- 224.-- 195.-- 125 x 4.6 mm 198.-- 168.-- 231.-- 201.-- 150 x 4.6 mm 205.-- 173.-- 239.-- 207.-- 200 x 4.6 mm 217.-- 185.-- 253.-- 221.-- 250 x 4.6 mm 227.-- 195.-- 265.-- 233.-- 300 x 4.6 mm 265.-- 222.-- 289.-- 246.--
MZ-Aqua Perfect C18 for up to 100% Aqueous Applications Elaborate C18-chemistry combined with new hydrophilic endcapping Compatible with up to 100% aqueous eluents Allows to design extremely steep gradients Short recalibration time Excellent reproducibility Highly pure porous base silica Spherical particles with low polydispersity High chemical and mechanical resistibility Manufacturing process fully ISO 9001- certified Technical Data chemistry particle size particle shape C18 3/5/7/10 µm spherical Low back-pressure High durability pore size specific surface 120 Å 310 m 2 /g carbon content 15 % Water Soluble Vitamins Column: MZ-Aqua Perfect C18 3 µm 200 x 4.0 mm Flow: 1.25 ml/min Inj.volume: 10 µl Eluent: A: 0,05 M H 3 PO 4 B: 0,05 M H 3 PO 4 in H2O:ACN 70:30 Gradient: 0-3 min isokratic 100 % A 3-6 min linear to 100 % B 6-12 min isocratic 100 % B 12-15 min equilibration 100 % A Temperature: ambient Detection: UV @ 230 nm analytes: 1 thyamin (B1) 2 ascorbic acid (C) 3 nicotinic acid (B) 4 nicotinamide (B3) 5 pyridoxal 6 pyridoxine (B6) 7 folic acid 8 cyanocobalmine (B12) 9 riboflavine (B2) APPLICATIONS tricyclic antidepressants theophylline watersoluble vitamins organic acids catecholamines caffeine all other C18 applications Example: HPLC-column (new) MZ-AquaPerfect 5 µm 250 x 4,6 mm => Part-No.: 250.4,6.0612.N MZ-AquaPerfect 3 µm = 0610 5 µm = 0612 7 µm = 0613 10 µm = 0614 dimension 3 µm 5/7/10 µm length x ID New Refill New Refill 50 x 2.1 mm 195.-- 154.-- 154.-- 113.-- 100 x 2.1 mm 251.-- 210.-- 192.-- 151.-- 125 x 2.1 mm 256.-- 215.-- 213.-- 172.-- 150 x 2.1 mm 270.-- 230.-- 225.-- 185.-- 200 x 2.1 mm 287.-- 249.-- 238.-- 200.-- 250 x 2.1 mm 307.-- 264.-- 248.-- 205.-- 50 x 3.0 mm 169.-- 141.-- 149.-- 121.-- 100 x 3.0 mm 192.-- 162.-- 169.-- 139.-- 125 x 3.0 mm 200.-- 167.-- 174.-- 141.-- 150 x 3.0 mm 210.-- 177.-- 185.-- 152.-- 200 x 3.0 mm 230.-- 195.-- 190.-- 155.-- 250 x 3.0 mm 243.-- 205.-- 197.-- 159.-- 20 x 4.0 mm 151.-- 129.-- 116.-- 94.-- 33 x 4.0 mm 167.-- 143.-- 128.-- 104.-- 40 x 4.0 mm 179.-- 157.-- 138.-- 116.-- 50 x 4.0 mm 189.-- 163.-- 145.-- 119.-- 60 x 4.0 mm 197.-- 170.-- 151.-- 124.-- 75 x 4.0 mm 205.-- 177.-- 157.-- 129.-- 100 x 4.0 mm 213.-- 184.-- 164.-- 135.-- 125 x 4.0 mm 220.-- 190.-- 169.-- 139.-- 150 x 4.0 mm 227.-- 195.-- 174.-- 152.-- 200 x 4.0 mm 241.-- 209.-- 185.-- 153.-- 250 x 4.0 mm 253.-- 221.-- 194.-- 162.-- 300 x 4.0 mm 287.-- 244.-- 222.-- 179.-- 20 x 4.6 mm 160.-- 138.-- 124.-- 102.-- 33 x 4.6 mm 175.-- 151.-- 135.-- 111.-- 40 x 4.6 mm 189.-- 167.-- 146.-- 124.-- 50 x 4.6 mm 198.-- 172.-- 153.-- 127.-- 60 x 4.6 mm 208.-- 181.-- 160.-- 133.-- 75 x 4.6 mm 216.-- 188.-- 167.-- 139.-- 100 x 4.6 mm 224.-- 195.-- 173.-- 144.-- 125 x 4.6 mm 231.-- 201.-- 179.-- 149.-- 150 x 4.6 mm 239.-- 207.-- 185.-- 153.-- 200 x 4.6 mm 253.-- 221.-- 196.-- 164.-- 250 x 4.6 mm 265.-- 233.-- 205.-- 173.-- 300 x 4.6 mm 289.-- 246.-- 246.-- 203.--
info@mz-at.com PerfectSil High Quality by MZ-Analysentechnik Steroids Column: PerfectSil ODS-3 5 µm 150 x 4.6 mm Flow: 1.0 ml/min Inj.volume: 10 µl Eluent: ACN :H 2 O 45:55 Temperature: 40 C Detection: UV@280 nm Analytes: 1 beta-trenbolone 2 beta-estradiol 3 diethylstilbestrol PerfectSil 120 C1 1429 3 µm 120 Å 300 m 2 /g 1.00 ml/g 5.0 % 99.999 - PerfectSil 120 C1 1430 5 µm 120 Å 300 m 2 /g 1.00 ml/g 5.0 % 99.999 - PerfectSil 120 C4 1433 3 µm 120 Å 300 m 2 /g 1.00 ml/g 8.0 % 99.999 + PerfectSil 120 C4 1435 5 µm 120 Å 300 m 2 /g 1.00 ml/g 8.0 % 99.999 + PerfectSil 120 C8 1441 3 µm 120 Å 300 m 2 /g 1.00 ml/g 11.0 % 99.999 + PerfectSil 120 C8 1440 5 µm 120 Å 300 m 2 /g 1.00 ml/g 11.0 % 99.999 + PerfectSil 120 C8 1442 10 µm 120 Å 300 m 2 /g 1.00 ml/g 11.0 % 99.999 + PerfectSil 120 CN 1379 3 µm 120 Å 300 m 2 /g 1.00 ml/g 7.5 % 99.999 - PerfectSil 120 CN 1380 5 µm 120 Å 300 m 2 /g 1.00 ml/g 7.5 % 99.999 - PerfectSil 120 NH2 1446 3 µm 120 Å 300 m 2 /g 1.00 ml/g 4.0 % 99.999 - PerfectSil 120 NH2 1445 5 µm 120 Å 300 m 2 /g 1.00 ml/g 4.0 % 99.999 - PerfectSil 120 Phenyl 1447 3 µm 120 Å 300 m 2 /g 1.00 ml/g 9.5 % 99.999 - PerfectSil 120 Phenyl 1448 5 µm 120 Å 300 m 2 /g 1.00 ml/g 9.5 % 99.999 - PerfectSil 120 Phenyl-M 1449 5 µm 120 Å 300 m 2 /g 1.00 ml/g 6.0 % 99.999 - *prices for PerfectSil 120 ODS-L 5 µm: see PerfectSil 300 5 µm Well-established in many labs world-wide Highly reproducible Each column individually tested Available with 3; 5 & 10 µm particle size Highly pure base silica > 99,999 % Large variety of available chemistries Available in 100 and 120 Å pore size Excellent chemical and mechanical stability Manufactured under fully ISO 9001-certified conditions Refill-service available PerfectSil Technical Data code size pore surface pore carbon silica endsize volume contents purity capped PerfectSil 100 Sil 0705 5 µm 100 Å 450 m 2 /g 1.05 ml/g - 99.999 - PerfectSil 100 ODS-3 0708 3 µm 100 Å 450 m 2 /g 1.05 ml/g 15.0 % 99.999 + PerfectSil 100 ODS-3 0710 5 µm 100 Å 450 m 2 /g 1.05 ml/g 15.0 % 99.999 + PerfectSil 100 C8-3 0715 5 µm 100 Å 450 m 2 /g 1.05 ml/g 9.0 % 99.999 + PerfectSil 100 Phenyl-3 0735 5 µm 100 Å 450 m 2 /g 1.05 ml/g 9.5 % 99.999 - PerfectSil 100 NH2 0720 5 µm 100 Å 450 m 2 /g 1.05 ml/g 8.0 % 99.999 - PerfectSil 100 CN-3 0725 5 µm 100 Å 450 m 2 /g 1.05 ml/g 4.0 % 99.999 - PerfectSil 100 Diol 0730 5 µm 100 Å 450 m 2 /g 1.05 ml/g - 99.999 - PerfectSil 120 Sil 1410 5 µm 120 Å 300 m 2 /g 1.00 ml/g - 99.999 - PerfectSil 120 ODS 1421 3 µm 120 Å 300 m 2 /g 1.00 ml/g 15.0 % 99.999 + PerfectSil 120 ODS 1420 5 µm 120 Å 300 m 2 /g 1.00 ml/g 15.0 % 99.999 + PerfectSil 120 ODS 1398 7 µm 120 Å 300 m 2 /g 1.00 ml/g 15.0 % 99.999 + PerfectSil 120 ODS 1400 10 µm 120 Å 300 m 2 /g 1.00 ml/g 15.0 % 99.999 + PerfectSil 120 ODS-L 1675 3 µm 120 Å 300 m 2 /g 1.00 ml/g 13.0 % 99.999 + PerfectSil 120 ODS-L* 1680 5 µm 120 Å 300 m 2 /g 1.00 ml/g 13.0 % 99.999 + PerfectSil 120 ODS-2 1424 3 µm 120 Å 300 m 2 /g 1.00 ml/g 17.0 % 99.999 + PerfectSil 120 ODS-2 1425 5 µm 120 Å 300 m 2 /g 1.00 ml/g 17.0 % 99.999 + Example: HPLC-Column (new) 250 x 4.6 mm PerfectSil 120 ODS 5 µm => 250.4,6.1420.N length x ID 3 µm 5/10 µm* New Refill New Refill 50 X 2.1 mm 195.-- 154.-- 154.-- 113.-- 100 X 2.1 mm 251.-- 210.-- 192.-- 151.-- 125 X 2.1 mm 256.-- 215.-- 213.-- 172.-- 150 X 2.1 mm 270.-- 230.-- 225.-- 185.-- 200 X 2.1 mm 287.-- 249.-- 238.-- 200.-- 250 X 2.1 mm 307.-- 264.-- 248.-- 205.-- 50 X 3.0 mm 169.-- 141.-- 149.-- 121.-- 100 X 3.0 mm 192.-- 162.-- 169.-- 139.-- 125 X 3.0 mm 200.-- 167.-- 174.-- 141.-- 150 X 3.0 mm 210.-- 177.-- 185.-- 152.-- 200 X 3.0 mm 230.-- 195.-- 190.-- 155.-- 250 X 3.0 mm 243.-- 205.-- 197.-- 159.-- 20 X 4.0 mm 151.-- 129.-- 116.-- 94.-- 33 X 4.0 mm 167.-- 143.-- 128.-- 104.-- 40 X 4.0 mm 179.-- 157.-- 138.-- 116.-- 50 X 4.0 mm 189.-- 163.-- 145.-- 119.-- 60 X 4.0 mm 197.-- 170.-- 151.-- 124.-- 75 X 4.0 mm 205.-- 177.-- 157.-- 129.-- 100 X 4.0 mm 213.-- 184.-- 164.-- 135.-- 125 X 4.0 mm 220.-- 190.-- 169.-- 139.-- 150 X 4.0 mm 227.-- 195.-- 174.-- 152.-- 200 X 4.0 mm 241.-- 209.-- 185.-- 153.-- 250 X 4.0 mm 253.-- 221.-- 194.-- 162.-- 300 X 4.0 mm 287.-- 244.-- 222.-- 179.-- 20 X 4.6 mm 160.-- 138.-- 124.-- 102.-- 33 X 4.6 mm 175.-- 151.-- 135.-- 111.-- 40 X 4.6 mm 189.-- 167.-- 146.-- 124.-- 50 X 4.6 mm 198.-- 172.-- 153.-- 127.-- 60 X 4.6 mm 208.-- 181.-- 160.-- 133.-- 75 X 4.6 mm 216.-- 188.-- 167.-- 139.-- 100 X 4.6 mm 224.-- 195.-- 173.-- 144.-- 125 X 4.6 mm 231.-- 201.-- 179.-- 149.-- 150 X 4.6 mm 239.-- 207.-- 185.-- 153.-- 200 X 4.6 mm 253.-- 221.-- 196.-- 164.-- 250 X 4.6 mm 265.-- 233.-- 205.-- 173.-- 300 X 4.6 mm 289.-- 246.-- 246.-- 203.-- Also available as preparative HPLC-columns with 8-50 mm ID, prices and details upon request.
www.perfectsil.com PerfectSil 300 HighQuality for Bioseparations State-of-the-art technology Ultrapure silica 99,999 % High-end surface chemistry Enables steep gradients Very low phase bleeding Suitable for LC/MS-applications High mechanical stablility Excellent chemical stability Highly reproducible Refill-service due to high-quality stainless-steel Each column tested individually Available in 5 & 10 µm particle size 300 Å pore size for biopolymers Manufacturing process fully ISO 9001-certified Peptide Hormones Column: PerfectSil 300 C4 5 µm 250 x 4.6 mm Flow: 1.0 ml/min Inj.volume: 10 µl Eluent: A: 0.1 % TFA/water B: 0.09 % TFA in ACN:water 90:10 (v/v) Gradient: 0 min: A:B 90:10 linear to 8 min: A:B 75:25 linear to 14 min: A:B 70:30 isocratic to 15-20 min equilibration A:B 90:10 Detection: UV @ 215 nm PerfectSil 300 Analytes: 1 dead time marker / inj. 2 vasotocine 3 vasopressine 4 isotocine 5 oxytocine Technical Data chemistry material particle- pore- surface pore carbon- silica- end- -code size size area volume contents purity capping PerfectSil 300 Sil 1450 5 µm 300 Å 100 m 2 /g 1.05 ml/g - 99.999 - PerfectSil 300 Sil 1840 10 µm 300 Å 100 m 2 /g 1.05 ml/g - 99.999 - PerfectSil 300 Sil 1845 15-20 µm 300 Å 100 m 2 /g 1.05 ml/g - 99.999 - PerfectSil 300 ODS C18 1455 5 µm 300 Å 100 m 2 /g 1.05 ml/g 9.0 % 99.999 + PerfectSil 300 ODS C18 1805 10 µm 300 Å 100 m 2 /g 1.05 ml/g 9.0 % 99.999 + PerfectSil 300 ODS C18 1810 15-20 µm 300 Å 100 m 2 /g 1.05 ml/g 9.0 % 99.999 + PerfectSil 300 C4 1460 5 µm 300 Å 100 m 2 /g 1.05 ml/g 3.0 % 99.999 + PerfectSil 300 C4 1830 10 µm 300 Å 100 m 2 /g 1.05 ml/g 3.0 % 99.999 + PerfectSil 300 C4 1835 15-20 µm 300 Å 100 m 2 /g 1.05 ml/g 3.0 % 99.999 + PerfectSil 300 C8 1465 5 µm 300 Å 100 m 2 /g 1.05 ml/g 5.0 % 99.999 + PerfectSil 300 C8 1820 10 µm 300 Å 100 m 2 /g 1.05 ml/g 5.0 % 99.999 + PerfectSil 300 C8 1825 15-20 µm 300 Å 100 m 2 /g 1.05 ml/g 5.0 % 99.999 + PerfectSil 300 Diol 1465 5 µm 300 Å 100 m 2 /g 1.05 ml/g 5.0 % 99.999 - Example: HPLC-Column (New) 250 x 4.6 mm PerfectSil 300 ODS 5 µm => 250.4,6.1455.N dimension 5 µm 10 µm length x ID New Refill New Refill 50 x 2.1mm 154.-- 113.-- 154.-- 113.-- 100 x 2.1mm 192.-- 151.-- 192.-- 151.-- 125 x 2.1mm 213.-- 172.-- 213.-- 172.-- 150 x 2.1mm 225.-- 185.-- 225.-- 185.-- 200 x 2.1mm 238.-- 200.-- 238.-- 200.-- 250 x 2.1mm 248.-- 205.-- 248.-- 205.-- 50 x 3.0mm 149.-- 121.-- 149.-- 121.-- 100 x 3.0mm 179.-- 149.-- 169.-- 139.-- 125 x 3.0mm 185.-- 151.-- 174.-- 141.-- 150 x 3.0mm 200.-- 167.-- 185.-- 152.-- 200 x 3.0mm 210.-- 175.-- 190.-- 155.-- 250 x 3.0mm 215.-- 177.-- 197.-- 159.-- 20 x 4.0mm 130.-- 108.-- 116.-- 94.-- 33 x 4.0mm 143.-- 119.-- 128.-- 104.-- 40 x 4.0mm 154.-- 132.-- 138.-- 116.-- 50 x 4.0mm 162.-- 136.-- 145.-- 119.-- 60 x 4.0mm 169.-- 142.-- 151.-- 124.-- 75 x 4.0mm 176.-- 148.-- 157.-- 129.-- 100 x 4.0mm 183.-- 154.-- 164.-- 135.-- 125 x 4.0mm 189.-- 159.-- 169.-- 139.-- 150 x 4.0mm 195.-- 163.-- 174.-- 152.-- 200 x 4.0mm 207.-- 175.-- 185.-- 153.-- 250 x 4.0mm 217.-- 185.-- 194.-- 162.-- 300 x 4.0mm 246.-- 203.-- 222.-- 179.-- 20 x 4.6mm 137.-- 115.-- 124.-- 102.-- 33 x 4.6mm 150.-- 126.-- 135.-- 111.-- 40 x 4.6mm 162.-- 140.-- 146.-- 124.-- 50 x 4.6mm 170.-- 144.-- 153.-- 127.-- 60 x 4.6mm 178.-- 151.-- 160.-- 133.-- 75 x 4.6mm 185.-- 157.-- 167.-- 139.-- 100 x 4.6mm 192.-- 163.-- 173.-- 144.-- 125 x 4.6mm 198.-- 168.-- 179.-- 149.-- 150 x 4.6mm 205.-- 173.-- 185.-- 153.-- 200 x 4.6mm 217.-- 185.-- 196.-- 164.-- 250 x 4.6mm 227.-- 195.-- 205.-- 173.-- 300 x 4.6mm 265.-- 222.-- 246.-- 203.--
info@mz-at.com PerfectChrom The Perfect Choice for Reliable Routine Analytics Complex range of chemistries Each column tested individually Manufacturing process ISO 9001-certified Available as bulk media Polar Substances Column: TECHNICAL DATA / MATERIALCODE PerfectChrom 100 C18 150 x 4.6 mm 1.0 ml/min Flow: Inj.volume: 10 µl Eluent: MeOH:H 2 O 55:45 Temperature: 30 C Detection: UV @ 254 nm Analytes: 1 uracil 2 acetophenone 3 methylbenzoate 4 benzene 5 toluene code size pore size surface price group PerfectChrom 60 Sil 1575 5 µm 60 Å 550 m 2 /g C PerfectChrom 60 Sil 1577 10 µm 60 Å 550 m 2 /g C PerfectChrom 100 Sil 1525 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 Sil 1527 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18 1503 3 µm 100 Å 350 m 2 /g F PerfectChrom 100 C18 1505 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18 1500 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18 1506 15 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18L 1494 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18L 1496 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18M 1504 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C18AB 1580 5 µm 100 Å 350 m 2 /g D PerfectChrom 100 C8 1513 3 µm 100 Å 350 m 2 /g F PerfectChrom 100 C8 1515 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C8 1510 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 C8M 1514 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C1 1535 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C4 1539 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 C6 1543 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 CN 1555 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 CN 1557 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 Diol 1559 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 Diol 1560 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 NH2 1551 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 NH2 1552 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 Phenyl 1545 3 µm 100 Å 350 m 2 /g C PerfectChrom 100 Phenyl 1547 5 µm 100 Å 350 m 2 /g C PerfectChrom 100 Phenyl 1549 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 Phenyl M 1550 10 µm 100 Å 350 m 2 /g C PerfectChrom 100 SAX 1563 5 µm 100 Å 350 m 2 /g D PerfectChrom 100 SAX 1565 10 µm 100 Å 350 m 2 /g D PerfectChrom 100 SCX 1567 5 µm 100 Å 350 m 2 /g D PerfectChrom 100 SCX 1569 10 µm 100 Å 350 m 2 /g D Refillable stainless steel column Best value for your money L x ID C D F [mm] New Refill New Refill New Refill 50 x 2.1 154.-- 113.-- 154.-- 113.-- 195.-- 154.-- 100 x 2.1 192.-- 151.-- 192.-- 151.-- 251.-- 210.-- 125 x 2.1 213.-- 172.-- 213.-- 172.-- 256.-- 215.-- 150 x 2.1 225.-- 185.-- 225.-- 185.-- 270.-- 230.-- 200 x 2.1 238.-- 200.-- 238.-- 200.-- 287.-- 249.-- 250 x 2.1 248.-- 205.-- 248.-- 205.-- 307.-- 264.-- 50 x 3.0 149.-- 121.-- 149.-- 121.-- 169.-- 141.-- 100 x 3.0 169.-- 139.-- 169.-- 139.-- 192.-- 162.-- 125 x 3.0 174.-- 141.-- 174.-- 141.-- 200.-- 167.-- 150 x 3.0 185.-- 152.-- 185.-- 152.-- 210.-- 177.-- 200 x 3.0 190.-- 155.-- 190.-- 155.-- 230.-- 195.-- 250 x 3.0 197.-- 159.-- 197.-- 159.-- 243.-- 205.-- 20 x 4.0 109.-- 87.-- 116.-- 94.-- 151.-- 129.-- 33 x 4.0 119.-- 95.-- 128.-- 104.-- 167.-- 143.-- 40 x 4.0 128.-- 106.-- 138.-- 116.-- 179.-- 157.-- 50 x 4.0 134.-- 108.-- 145.-- 119.-- 189.-- 163.-- 60 x 4.0 141.-- 114.-- 151.-- 124.-- 197.-- 170.-- 75 x 4.0 147.-- 119.-- 157.-- 129.-- 205.-- 177.-- 100 x 4.0 152.-- 123.-- 164.-- 135.-- 213.-- 184.-- 125 x 4.0 157.-- 127.-- 169.-- 139.-- 220.-- 190.-- 150 x 4.0 163.-- 131.-- 174.-- 152.-- 227.-- 195.-- 200 x 4.0 172.-- 140.-- 185.-- 153.-- 241.-- 209.-- 250 x 4.0 181.-- 149.-- 194.-- 162.-- 253.-- 221.-- 300 x 4.0 203.-- 160.-- 222.-- 179.-- 287.-- 244.-- 20 x 4.6 114.-- 92.-- 124.-- 102.-- 160.-- 138.-- 33 x 4.6 125.-- 101.-- 135.-- 111.-- 175.-- 151.-- 40 x 4.6 135.-- 113.-- 146.-- 124.-- 189.-- 167.-- 50 x 4.6 141.-- 115.-- 153.-- 127.-- 198.-- 172.-- 60 x 4.6 148.-- 121.-- 160.-- 133.-- 208.-- 181.-- 75 x 4.6 154.-- 126.-- 167.-- 139.-- 216.-- 188.-- 100 x 4.6 160.-- 131.-- 173.-- 144.-- 224.-- 195.-- 125 x 4.6 165.-- 135.-- 179.-- 149.-- 231.-- 201.-- 150 x 4.6 171.-- 139.-- 185.-- 153.-- 239.-- 207.-- 200 x 4.6 181.-- 149.-- 196.-- 164.-- 253.-- 221.-- 250 x 4.6 189.-- 157.-- 205.-- 173.-- 265.-- 233.-- 300 x 4.6 219.-- 176.-- 246.-- 203.-- 289.-- 246.-- Example: HPLC-column (new) 200 x 4.0 mm PerfectChrom 100 C18 3 µm => Part-No.: 200.4,0.1503.N
MZ-PAH: Separation of Polyaromatic Hydrocarbons Environmental http://www.mz-at.de MZ-PAH-columns are developed by MZ-Analysentechnik especially for the fast and reliable separation of polyaromatic hydrocarbons. These columns are wellknown for their outstanding performance: Excellent selectivity Guaranteed separation of 6 PAK (DIN 38407-F8) and 16 PAK (EPA Method 610) High efficiency: > 75,000 m -1 High reproducibility from batchto-batch Excellent resistibility Long durability Refillable stainless steel column MZ-PAH 3 µm N=New R=Refill LENGTH X ID ORDER-NO. Separation of 16 PAK according to EPA 150 x 3.0 mm 150.3,0.1100.N 376.-- 150 x 3.0 mm 150.3,0.1100.R 338.-- MZ-PAH 5 µm N=New R=Refill LENGTH X ID ORDER-NO. MZ-PAH C18 5 µm 250 x 3 mm 250 x 1.0 mm 250.1,0.1111.N 358.-- 250 x 1.0 mm 250.1,0.1111.R 307.-- 250 x 1.6 mm 250.1,6.1111.N 333.-- 250 x 1.6 mm 250.1,6.1111.R 282.-- 250 x 2.1 mm 250.2,1.1111.N 333.-- 250 x 2.1 mm 250.2,1.1111.R 282.-- 250 x 3.0 mm 250.3,0.1111.N 333.-- 250 x 3.0 mm 250.3,0.1111.R 282.-- 250 x 4.0 mm 250.4,0.1111.N 384.-- 250 x 4.0 mm 250.4,0.1111.R 338.-- Guard Cartridges MZ-PBM: Separation of Pesticides Especially developed for the separation of nitrogen-containing pesticides, MZ- PBM-columns are part of DIN 38407-F12. Outstanding selectivity for nitrogen-containing pesticides batch due to a unique modifica- High reproducibility from batch-to- High efficiency: > 110,000 m -1 tion procedure Long durability Refillable stainless steel column Separation of 38 Pesticides LENGTH X ID ORDER-NO. 5pcs 20x1.6 mm VK.20.1,0.xxxx 205.-- 5pcs 20x1.6 mm VK.20.1,6.xxxx 205.-- 5pcs 20x2.1 mm VK.20.2,1.xxxx 205.-- 5pcs 20x3.0 mm VK.20.3,0.xxxx 205.-- 5pcs 10x3.0 mm VK.10.3,0.xxxx 205.-- 5pcs 20x4.0 mm VK.20.4,0.xxxx 205.-- i Material = xxxx MZ-PAH 3 µm = 1100 MZ-PAH 5 µm = 1111 MZ-PBM 3 µm = 1122 MZ-PBM 3 µm N=New R=Refill LENGTH X ID ORDER-NO. MZ-PBM C18 3 µm 250 x 3 mm 250 x 1.0 mm 250.1,0.1122.N 358.-- 250 x 1.0 mm 250.1,0.1122.R 307.-- 250 x 1.6 mm 250.1,6.1122.N 333.-- 250 x 1.6 mm 250.1,6.1122.R 282.-- 250 x 2.1 mm 250.2,1.1122.N 333.-- 250 x 2.1 mm 250.2,1.1122.R 282.-- 250 x 3.0 mm 250.3,0.1122.N 333.-- 250 x 3.0 mm 250.3,0.1122.R 282.-- 250 x 4.0 mm 250.4,0.1122.N 384.-- 250 x 4.0 mm 250.4,0.1122.R 338.--
Organic Solvents Molecular weight [D] 10e7 10e6 10e5 10e4 10e3 Analytical 8 mm ID MZ-Gel SD 10e2 4 6 8 10 Volume (ml / 30 cm) By MZ-Analysentechnik Refillable Analytical Preparative Narrow-bore Micro-bore length x ID size porosity New Refill 300 x 8 mm 3 µm 50...10 3 Å 1,023.-- 921.-- 5 µm 50...10 6 Å 895.-- 793.-- 5 µm linear 972.-- 870.-- 10 µm 50...10 6 Å 665.-- 563.-- 10 µm linear 757.-- 655.-- 300 x 8 mm 5 µm 50...10 6 Å 1,279.-- 1,125.-- 5 µm linear 1,468.-- 1,315.-- 10 µm 50...10 6 Å 967.-- 813.-- 10 µm linear 1,095.-- 941.-- 50 x 8 mm 5 µm 50...10 6 Å + linear 312.-- 271.-- 10 µm 50...10 6 Å + linear 312.-- 271.-- porosity molecular weight range exclusion limit 50 Å < 2,000 3,000 100 Å < 3,000 5,000 500 Å < 20,000 20,000 10 3 Å 1,000-40,000 70,000 10 4 Å 4,000-500,000 700,000 10 5 Å 10,000-2,000,000 4,000,000 10 6 Å 200,000-10,000,000 > 10,000,000 linear 1,000-1,000,000 > 2,000,000 Preparative 20 mm ID length x ID size porosity New Refill 300 x 20 mm 10 µm 50...10 6 Å 1,940.-- 1,685.-- 10 µm linear 2,195.-- 1,940.-- 50 x 20 mm 10 µm 50...10 6 Å + linear 473.-- 325.-- MZ-Gel SDplus is based on a highly cross-linked and totally porous HighEnd Styrene-/Divinylbenzene-Copolymer, tightly classed with a well-defined pore-size distribution, offering both excellent performance and long life-time of the columns. MZ-Gel SDplus is also available as micro- & narrow-bore-columns saving up to 70 % eluent with 4.6 3 2 1,6 mm ID. For further information please ask us or visit our homepage: www.gpc.biz HEMA & HEMA-Bio Polar Solvents Molecular weight [D] 10e6 10e5 10e4 10e3 10e2 4 6 8 10 Volume (ml / 30 cm) Analytical 8 mm ID analytical preparative refillable high quality best service reasonable prices length x ID size porosity New Refill 300 x 8 mm 10 µm 40...1000 1,090.-- 988.-- 10 µm linear 1,230.-- 1,128.-- 50 x 8 mm 10 µm 40...1000 + linear 312.-- 271.-- HEMA GPC-columns are compatible with both aqueous and polar solvents. HEMA-Bio GPC-columns are especially hydrophilic-modified for the separation of biopolymers, and may only be used under fully aqueous conditions. porosity molecular weight range exclusion limit 40 < 20,000 40,000 100 2,000-80,000 120,000 300 8,000-250,000 500,000 1000 20,000-3,000,000 7,000,000 Linear 1,000-1,000,000 3,000,000 Preparative 20 mm ID length x ID size porosity New Refill 300 x 20 mm 10 µm 40...1000 2,600.-- 2,345.-- 10 µm linear 2,880.-- 2,633,-- 50 x 20 mm 10 µm 40...1000 + linear 540.-- 392.-- MZ Super-FG Fluorinated Solvents MZ-Super-FG GPC-columns are packed with especially modified silica. The surface chemistry offers optimum interactions between the stationary phase and analytes which require fluorine containing mobile phases like TFE or HFIP. Analytical 8 mm ID length x ID size porosity New Refill 300 x 8 mm 7 µm 100...4000 767.-- 665.-- 7 µm linear 870.-- 767.-- 600 x 8 mm 7 µm 100...4000 1,074.-- 921.-- 7 µm linear 1,222.-- 1,069.-- 50 x 8 mm 7 µm 100...4000 + linear 312.-- 271.-- porosity molecular weight range exclusion limit 100 100 < 30,000 100,000 300 1,000-100,000 1,000,000 1000 20,000-1,000,000 10,000,000 4000 100,000-10,000,000 20,000,000 linear 100-1,000,000 10,000,000 Preparative 20 mm ID length x ID size porosity New Refill 300 x 20 mm 7 µm 100...4000 2,071.-- 1,816.-- 7 µm linear 2,301.-- 2,046.-- 50 x 20 mm 7 µm 100...4000 + linear 430.-- 282.-- All prices in EUR excluding VAT. Shipping details by request.