9mm 2ml Wide Opening Screw Vials. 9mm screw thread caps, septa, and vials are designed especially for use with Aijiren's and other rotating or robotic arm samplers 2ml, 12X32mm vials are manufactured of Clear. type 1 Class A or Amber, Type 1 Class B borosilicate glass and include a write-in patch for sample identification
China 2ml Glass Vial, 2ml Glass Vial from China Supplier - Find Variety 2ml Glass Vial from glass cup ,glass jar ,glass bottle, Bottles Suppliers Located in China, Buy 2ml Glass Vial Made in China on Alibaba.com
HPLC Vials 10-425 1.5ml Screw Vials. Wide-opening vials provide an increased target area for easier sample preparation and to reduce the chance of bent or broken needles during samplingr. Vials are manufactured of Clear, Type 1 Class A or Amber, Type 1 Class B borosilicate glass . Requires the use of 10-425 screw thread closures and 10mm septa.
Autosampler Vials, Caps and Closures Thermo Scientific™ 20 mm Headspace Vials, Septum, and Caps Headspace vials are available in clear or amber glass with a round or flat base, a crimp seal with a beveled or square edge finish, or with a screw-thread finish.
Zhejiang Aijiren Technology, Inc. is a global supplier of life-science, chemistry, laboratory consumables, etc. Our major products are high performance liquid chromatography & gas chromatography consumables such as Chromatography Autosampler Vials with closures, inserts, crimper and syringe filters, etc; Water analysis consumables such as COD test tube.
2ml Screw Top HPLC Vials These 2ml wide-opening 9-425 screw neck vials are made with tightest dimensional tolerances to match leading brands like Aijiren, Waters, Thermo Fisher etc. Compatible polypropylene 9-425 open-top screw caps available with pre-inserted PTFE-Silicone septa.
2. 9-425 screw top vials is 40% larger opening than standard narrow opening vials, 2ml HPLC Vials with Unique Thread Design Ensures Consistent Seal and Can Be Reused, Not Volatile, Easy to Use 3. 2ml Clear autosampler vial,12mm Diameter, 32mm Height, 9-425 9mm screw top, and included blue ABS Screw Cap & Septa (White PTFE/Red Silicone Liner) 4.
ND9 Short Screw Thread Vials 12 x 32 mm 9mm screw thread vials have a 9-425 GPI thread and the closure is dimensionally equivalent to 11mm crimp cap vials.This means that they can be used in any autosampler that uses 11mm crimp cap vials. 9mm screw caps have an advantage over 11mm crimp caps because 9mm screw caps can easily be applied and removed by hand and they can be reused
2ml Crimp / Snap Vials and Cap / Septa. CCI TM has wide offering of 11mm glass / PP vials, inserts and closures. 11mm crimp vials are the preferred choice for many GC applications. Can be used for wide range of HPLC systems too. Known as single use crimp / Snap vials and cap / septa give extra ordinary result.
Wide selection of vials, including HPLC Certified vials (tested by HPLC for cleanliness) and LCMS Certified vials (tested for total ion count and presence of clusters in the high mass range). These are the cleanest vials in the industry.
glass vials manufacturer/supplier, China glass vials manufacturer & factory list, find qualified Chinese glass vials manufacturers, suppliers, factories, exporters & wholesalers quickly on Made-in-China.com.
Antibodies & Protein Biology Antibody Production & Purification; Electrophoresis, Western Blotting and ELISA
2ml Clear Amber Glass 12x32mm Flat Base 9-425 Screw Thread Vial , Find Complete Details about 2ml Clear Amber Glass 12x32mm Flat Base 9-425 Screw Thread Vial,Hplc Vial,9-425 Vial,2ml Vial from Laboratory Bottle Supplier or Manufacturer-Zhejiang Aijiren Technologies Co., Ltd.
Vials Cap Septa for GC HPLC Our product range includes a wide range of 2ml amber sample screw vials, 250ul conical micro-insert, vial micro-insert, 1.5ml clear screw neck vial w/write-on spot, hplc solvent inlet filter and inlet filters, debubbler.
Just need a good, every day, reliable vial for high-throughput routine analysis at lower cost? Use Thermo Scientific 2mL Routine Vials & Caps. Balances quality and price; Selection of common vials used in routine analyses
