Agilent, G8020-68020, Easy-fit fully demountable inert torch, 1.4 mm id alumina injector, for Li-battery materials, for 5000 series VDV/SVDV ICP-OES

Easy-fit fully demountable inert torch, 1.4 mm id alumina injector, for Li-battery materials, for 5000 series VDV/SVDV ICP-OES. For routine analysis of semi-volatile organic solvents such as kerosene and xylene, samples containing hydrofluoric (HF) acid or Lithium-ion battery materials such as Lithium fluoride or Lithium hexafluorophosphate electrolyte. Includes a replaceable (high purity quartz) DV outer tube-set for organic applications. Includes a replaceable shorter (high purity quartz) outer tube-set for organic applications with slot for radial viewing. Suitable for 5000 series VDV/SVDV ICP-OES.

Specifications:
Chemical Compatibility: AqueousHF acidLithium-ion (Li) battery materialsSemi-volatile organics
Demountability: Fully demountable
Injector ID: 1.4 mm
Injector Type: Alumina
Instrument Compatibility: 5100511058005900
Torch Material: High purity Quartz
Type: HF acidLithium-ion (Li) battery materials
UNSPSC Code: 41113000
Viewing Angle: Dual view

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Designed for precise elemental analysis in demanding lithium battery materials research, this easy-fit fully demountable inert torch combines robust construction with efficient performance. Featuring a 1.4 mm inner diameter alumina injector, it provides exceptional chemical inertness and resistance to aggressive sample matrices commonly encountered in the analysis of battery components and advanced materials. Its modular, demountable design allows for convenient replacement and cleaning of individual components, minimizing downtime and reducing maintenance costs. The inert torch supports high-throughput laboratories by delivering consistent, high-quality plasma performance, essential for accurate and reproducible ICP-OES results.

Optimized for compatibility with Agilent’s 5000 series VDV and SVDV ICP-OES instruments, the torch is particularly suited for users requiring minimal contamination and interference, making it ideal for trace metal determination in lithium battery development, quality control, and related materials science studies. It also pairs seamlessly with other Agilent sample introduction systems designed for the 5000 series. Laboratories analyzing materials containing harsh reagents or sensitive to contamination will benefit from its advanced inertness, reliable operation, and straightforward installation, supporting both routine sample processing and advanced research applications in battery technology and beyond.