Easy-fit fully demountable torch, 1.8 mm id quartz injector for routine samples, for 5000 Series VDV/SVDV ICP-OES. Includes 2 x replaceable DV outer tube-sets with slot for radial viewing. This torch with the 1.8 mm id tapered quartz injector is recommended for analysis of routine aqueous and acidic digests. Suitable for 5000 series VDV/SVDV ICP-OES.
Specifications:
Chemical Compatibility: Aqueous
Demountability: Fully demountable
Injector ID: 1.8 mm
Injector Type: Quartz
Instrument Compatibility: 5100511058005900
Spray Chamber Connection: Ball joint
Torch Material: Quartz
Type: Aqueous
UNSPSC Code: 41113000
Viewing Angle: Dual view
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This easy-fit fully demountable torch features a 1.8 mm internal diameter quartz injector, designed specifically for routine sample analysis in demanding laboratory environments. Precision engineered to deliver consistent plasma performance, it supports high-throughput workflows and enables reliable elemental analysis. The torch is tailored for seamless compatibility with Agilent 5000 Series VDV and SVDV ICP-OES instruments, ensuring an optimal fit and straightforward installation. Its fully demountable design allows for easy maintenance, cleaning, and efficient replacement of consumable components, minimizing instrument downtime and supporting cost-effective operations.
Ideal for laboratories conducting routine water, soil, food, or industrial sample analyses, this component ensures robust performance in both research and quality control applications. The 1.8 mm quartz injector provides excellent resistance to chemical attack while delivering efficient sample introduction and stable plasma operation, essential for accurate and reproducible data. Suitable for integration into existing ICP-OES workflows, this product is compatible with a wide range of additional accessories and consumables within the Agilent portfolio, further supporting diverse analytical requirements. Laboratories benefit from enhanced instrument uptime and streamlined maintenance schedules, facilitating continuous, reliable elemental analysis across a wide application range.