Supplier: Agilent

CrossLab, Septa, Red PTFE/white silicone

Supplier: Agilent

These screw top vials have a 8-425 thread design with optional ceramic write-on spot with fill marks.

Supplier: Agilent

Septa, Septa, PTFE/silicone, For: 10 ml vials

Supplier: Agilent

Column holder clamp, for columns Int.Ø 30 - 50 mm, fits 1290 Infinity II column compartment G7163B

Supplier: Agilent

InfinityLab stickers, for solvent bottles. Easily removable

Supplier: Agilent

High Sensitivity Protein 250 Kit contains chips and reagents for labeling proteins with a fluorescent dye and subsequent sizing and quantitation.

Supplier: Agilent

These alignment interfaces are an integral part of the Agilent diode-array detection system.

Supplier: Agilent

Alignment interfaces are an integral part of the Agilent diode-array detection (DAD) system. These interfaces contain optical slits which are precisely matched to the capillary inner diameter for optimised sensitivity and linear detection range.

Supplier: Agilent

These vials are appropriate for pH sensitive samples, sodium, and heavy metal analyses.

Supplier: Agilent

Step 1: Extraction
Choose the extraction salt packet based on your method of analysis, AOAC or EN. The buffered extraction salts are amenable for more liable pesticides. Adding solvent and then salts to a comminuted fruit or vegetable sample (10 g or 15 g) enables you to extract the pesticides of interest into the organic layer. However, adding a food sample with a high percentage of water directly to the salts may create an exothermic reaction that can affect your analyte recoveries.

Supplier: Agilent

Column type: GC column, 10% OV-101, Chromasorb PAW support, Ø int.: 2,00 mm, Length: 1,52 m

Supplier: Agilent

Preventive maintenance kit for 1220 automated injector systems

Supplier: Agilent

Columns equivalent to HP-5 with tighter specifications for retention index and capacity factors.

Supplier: Agilent

Agilent's non-polar Ultra 1 columns deliver excellent performance and accuracy in a range of chromatographic applications.

Supplier: Agilent

Bio SEC-3 columns are packed with spherical, narrowly dispersed 3 µm silica particles coated with a proprietary hydrophilic layer for high recovery and minimal secondary interactions which provides more consistent separations.

Supplier: Agilent

CrossLab, Septa, Grey PTFE/butyl

Supplier: Agilent

CrossLab, Non stick advanced green septa, shimadzu plug

Supplier: Agilent

CrossLab, Split liners, gooseneck, for 1078/1079 injector ports, 500 µl, Ø ext.: 5,0 mm, Ø int.: 3,4 mm, Length: 54 mm

Supplier: Agilent

Chromatography vial, Screw neck, external thread, 2,00 ml, Glass, Clear, Ø×H: 12×32 mm, Non sterile, Cap included: Yes, Cap colour: Orange, Septum: PTFE/silicone

Supplier: Agilent

CrossLab, Chromatography vial closure, PU, Ø: 11 mm, Type: Polyurethane, Septum: -

Supplier: Agilent

CrossLab, Septa, Red PTFE/white silicone

Supplier: Agilent

These snap top vials made of glass with precision-formed neck improves autosampler handling.

Supplier: Agilent

CrossLab, Chromatography vial closure, Aluminium, Ø: 11 mm, Type: Silver aluminium, Septum: PTFE/butyl

Supplier: Agilent

These HPLC columns feature a unique resin specifically designed for providing higher resolution with smaller particles and charge based separations of monoclonal antibodies.

Supplier: Agilent

QuEChERS ceramic homogenisers increase lab productivity by reducing extraction time while maintaining consistency.

Supplier: Agilent

Microplate seal, Adhesive film/foil/tape (96/384 wells), Single sheet/mat/strip, Sealing foil, self adhesive, Sealing foil, self adhesive, high transparency, for all plates, PET, PET, Transparent

Supplier: Agilent

Electron multiplier horn, high gain

Supplier: Agilent

Rugged, high-resolution separations up to five times faster than traditional 5 µm methods.

Supplier: Agilent

These nebulisers for PerkinElmer AA systems provide the best precision, efficient drainage, minimal burner blockage, and reduced interferences.

Supplier: Agilent

These supplies can enhance the performance and productivity of PerkinElmer spectroscopy systems.