Agilent, G8010-60234, Easy-fit semi-demountable inert torch, 1.8 mm id alumina injector, for 5000 Series RV (radial) ICP-OES

Easy-fit semi-demountable inert torch, 1.8 mm id alumina injector, for 5000 Series RV (radial) ICP-OES. Features a ceramic 1.8 mm id injector with replaceable shorter outer tube (no slot) for dedicated radial viewing. Recommended for HF digests using 5000 series RV ICP-OES.

Specifications:
Chemical Compatibility: AqueousHF acid
Demountability: Semi-demountable
Injector ID: 1.8 mm
Injector Type: Alumina
Instrument Compatibility: 510051105800
Notes: Recommended for HF digests
Spray Chamber Connection: Ball joint
Torch Material: Quartz
Type: HF acid
UNSPSC Code: 41113000
Viewing Angle: Radial

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Designed for seamless integration with Agilent's 5000 Series Radial View ICP-OES instruments, the Easy-fit semi-demountable inert torch features a 1.8 mm inner diameter alumina injector. This torch delivers high chemical resistance and superior performance in demanding trace element analyses, particularly for samples containing challenging or corrosive matrices such as organic solvents, high-salt solutions, or aggressive acids. Its semi-demountable design supports straightforward maintenance, allowing for quick injector replacement without the need for complete torch disassembly. The alumina injector ensures minimal background signal and optimal longevity during analyses requiring robust inertness. This makes the torch ideal for laboratories in environmental monitoring, food safety, pharmaceutical quality control, materials testing, and geological research. By maintaining excellent plasma stability and minimizing contamination, it supports highly accurate, reproducible results across a wide range of sample types. The torch is fully compatible with Agilent 5000 Series radial ICP-OES systems and works with related accessories such as inert sample introduction kits and specialty spray chambers. Engineered for reliability and precision, it empowers researchers and analysts to achieve consistent data quality while maximizing instrument uptime and operational efficiency.