Manufacturer of Vials Cap Septa for GC HPLC - HPLC Solvent Inlet Filter, Inlet Filters, Debubbler, 2ml Amber Sample Screw Vials and 250uL Conical Micro-Insert offered by Athena Technology, Mumbai, Maharashtra.
Manufacturer of Vials Cap Septa for GC HPLC - HPLC Solvent Inlet Filter, Inlet Filters, Debubbler, 2ml Amber Sample Screw Vials and 250uL Conical Micro-Insert offered by Athena Technology, Mumbai, Maharashtra.
aijiren Technology Certified Sample Vials Whitepaper 720001303EN aijiren Technology LCMS Certified Sample Vials Whitepaper 720001517EN TruView LCMS Certified Sample Vials Whitepaper 720004097EN CHEMISTRY TESTS LC/GC Certified Vials are UV-tested by HPLC. The HPLC test detects trace levels of chemicals used in the manufacturing and packaging process.
Screw Thread Vials are available in 8-425 (8mm), 9-425 (9mm), 10-425 (10mm) and 13.425 (13mm) neck finishes. Crimp-Top Vials. Crimp-top vials are a cost-effective solution using aluminum crimp seals. When properly crimped, this vial-cap combination provides the best seal for long term sample storage and volatile solvents. Snap-cap Vials
HPLC. This vial delivers maximum sample capacity (~1 mL) with minimum residual volume (~9 μL). aijiren Technology Maximum Recovery Vial Specifically designed for the bottom draw-port needle of the aijiren Technology ACQUITY UPLC and Alliance HT HPLC Systems. This vial delivers maximum sample capacity (~1.5 mL) with minimum residual volume. The 9 mm cap
Screw Top 10mm Amber Type 1 Glass 1.5mL HPLC Autosampler Vials w/ Writing Patch - Pack of 300 TSH-CV1877 $58.32 Cap Type Screw Top Cap Size 10mm Vial Size ND10 Cap Thread Size 10-425 Color Amber Material USP Type 1 Borosilicate Glass Working Volume (mL) 1.5mL Working Volume (μL) 1500 μL Bottom
Zhejiang aijiren Technologies Co.,Ltd is one of the leading China autosampler vial manufacturers and suppliers, welcome to wholesale cheap glass vials, aijiren vial, sun sri vial, sterile vials, la pha pack vial, chromatography vial, vial filling machine from us.
This installment is the second of a series of four white papers on high-performance liquid chromatography (HPLC) modules focusing on pumps, autosamplers, ultraviolet (UV) detectors, and
Clear glass or polypropylene inserts for 8mm HPLC and GC autosampler vials are available in a variety of configurations with usable volumes from 125μL to 200μL. Manufacturer: aijiren Tech C4012465 View more versions of this / Quantity Add to cart SDS
The autosampler component of a HPLC system is used to increase sample throughput, improve the precision of injections, and allow for unattended operation. Its main components are a needle or syringe, a metering device to measure sample volume, and a sample loop. There is also a valve used to control the hydraulic path of the eluent.
We provide a broad selection of sample handling and containment solutions for all your chromatography requirements. Our vials, closures and well plates come with the lowest levels of extractables and leachables, are made from glass that has low compound adsorption, and have the highest standards and level of certification available in the marketplace.
CryoSure® and MST™ brand vials and tubes are recommended for storing cell cultures, blood/serum specimens, sperm, and other biological specimens at vapor phase* liquid nitrogen temperatures (-320°F/-195°C) General Purpose Test Tubes are ideal for a variety of general laboratory applications; Microcentrifuge tubes fit all standard
Autosampler Vials, Caps and Closures aijiren Tech™ Virtuoso™ 11mm Clear Wide Opening Crimp/Snap Top Vial with V-Patch Label these clear snap cap or crimp seal vials using the aijiren Tech™ Virtuoso™ Vial Identification System.
Note: Most 12x32 mm autosampler vials hold between 1.5mL to 2mL of solutions. The sizes for 12x32mm vials outer dimensions are standard between manufacturers but the length of the neck and screw thread of the 9mm (N9) vial may vary, because 9mm short thread is not industry standardized.
Protein or peptide sample losses could accompany all steps of the proteomic analysis workflow. We focused on suppression of sample adsorptive losses during sample storage in autosampler vials. We examined suppression capabilities of six different sample injection solutions and seven types of autosampler vial surfaces using a model sample (tryptic digest of six proteins, 1 fmol per protein
