For ONH, ON, OH, CHS, CS, CW, Surface Carbon, TIC, and TGA Systems

Optimize combustion efficiency and ensure accurate elemental analysis with our High Purity Iron Accelerator, Part Number 88600-0013. Designed specifically for ONH / ON / OH applications, this accelerator enhances sample oxidation during combustion, particularly for hard-to-burn materials or low-reactivity metals.

• Ultra-High Purity Iron: Minimizes background interference and ensures clean combustion.
• Combustion Enhancer: Promotes rapid and complete oxidation of sample materials.
• Consistent Particle Size: Optimized for efficient mixing and thermal reactivity in analyzer crucibles.

The Iron Accelerator is added to the sample crucible during elemental analysis. It plays a crucial role in:

• Accelerating the combustion process by generating localized high temperatures.
• Ensuring complete sample decomposition for more accurate detection of oxygen, nitrogen, or hydrogen.
• Supporting the release of analyte gases in a controlled, reproducible manner.

This accelerator is particularly effective when working with tough, refractory, or metallic samples that otherwise resist full combustion.

Iron Accelerator, High Purity (Part No. 88600-0013) is compatible with a wide range of combustion analyzers, including:

• Elementrac Series:
  • H-500
  • CS-i
  • CS-800
  • CS-d
  • CS-2000
• CHS Series:
  • CHS-r
  • CHS-580
  • CHS-580A
• CW Series:
  • CW-800
  • CW-800M
• Other Systems:
  • Surface C-800
  • TIC Modul
  • TGA Thermostep

Whether used in metallurgical research, production quality control, or academic laboratories, 88600-0013 High Purity Iron Accelerator delivers reliable performance and precision in elemental analysis workflows.

📦 Ships from the USA – Order now for fast delivery.

Need a Quote or Support?
Click contact us at:

📞 Phone: 1-919-400-1216
📧 Email: [email protected]

Our dedicated support team is available to assist with installation, training, and maintenance services to ensure optimal performance of your combustion analyzer.