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Agilent CrossLab GC Supplies

Agilent Technologies

Agilent CrossLab is a growing portfolio of GC supplies manufactured to perform seamlessly with the non-Agilent GCs in your lab. From autosampler syringes to autosampler vials, Ultra Inert inlet liners to non-stick liner O-rings, capillary column ferrules to column nuts, vials, caps, septa, and more. Experience the same Agilent quality solutions you know and trust, now for your non-Agilent GCs: PerkinElmer GC Systems…

4.7/5.0
|1 Review


5500 Series Compact FTIR

Agilent Technologies

The Agilent 5500 compact FTIR spectrometer is designed as an at-side FTIR analyzer to provide you with great results, rapidly and reliably, day after day. The combination of great performing optics, innovative sampling interfaces, and intuitive software provides information on liquid and solid samples faster and easier than ever before.

4.9/5.0
|2 Reviews


Captiva 96-well Collection Plates and Cover

Agilent Technologies

Captiva 96-well Collection Plates are specially designed for use with Captiva Filtration Plates, SPEC SPE 96-well Plates and Bond Elut 96-well Plates. The 1 mL capacity provides the volume needed to collect all of your filtrate or eluate. Captiva Pierceable 96-well Silicone Covers are easily applied to completely seal the plates. This ensures no sample loss due to spillage or evaporation, and no sample contamination. The silic…

5.0/5.0
|1 Review


Captiva Filter Cartridges

Agilent Technologies

Filtration is simple, versatile, and necessary to prevent clogging of HPLC columns. Captiva's unique dual depth filtration media provides complete removal of precipitated proteins and outstanding resistance to sample clogging.

5.0/5.0
|1 Review


Quik Change Site-Directed Mutagenesis

Agilent Technologies

The original QuikChange Site-Directed Mutagenesis Kits eliminate the need for subcloning into M13-based bacteriophage vectors and for ss-DNA rescue. This makes site-directed mutagenesis studies simple and reliable since it allows oligo-mediated introduction of site-specific mutations into virtually any double-stranded plasmid DNA. 

4.7/5.0
|3 Reviews