XPLORER C-IC* Combustion Ion Chromatography Sample Preparation System

Combustion Ion Chromatography Sample Preparation System

The XPLORER C‑IC is a next‑generation automated sample‑prep solution designed for seamless coupling with any high‑performance ion chromatography system. This compact, fully automated platform integrates controlled combustion, gas‑phase collection, and precise fraction transfer to provide unmatched repeatability for halogen and sulfur analysis across challenging sample matrices.

Engineered as the first independent sample‑preparation module for Combustion Ion Chromatography (C‑IC), the XPLORER C‑IC streamlines workflows while reducing manual intervention—all within a footprint half the size of traditional CIC configurations.

*Available in the Americas. For additional information, please contact us.

概要
配置

Compact & Flexible Design

Ultra‑small footprint conserves valuable laboratory bench space—approximately half that of conventional C‑IC setups.
Integrates seamlessly with any established IC platform for halogen and sulfur anion characterization.

Advanced Combustion Technology

Oxidative pyrohydrolytic combustion enables efficient breakdown of solids, liquids, gases, and LPG samples.
Optional quartz or ceramic combustion tubes support various application demands.

Versatile Sample Introduction

Supports direct injection for low‑boiling liquids and boat‑inlet introduction for solid and semi‑solid samples.
Temperature‑controlled liquid introduction (500 °C) enables controlled evaporation and minimizes soot formation for superior repeatability.

Automated Fraction Collection & Transfer

Equipped with a 65‑position fraction collection unit, enabling storage, immediate analysis, or re‑analysis of combusted samples.
Automatically transfers a precise aliquot of absorption solution directly to any IC system for targeted halogen/sulfur anion analysis.

Enhanced Analytical Performance

Prevents incomplete combustion by ensuring controlled gas‑phase transfer, improving measurement consistency.
Larger liquid sample volume capability (up to 100 µL) supports lower detection limits than boat‑introduction‑only designs

Compliance and Regulations

This instrument complies with, but is not limited to the following international standards: ASTM D5987, D7359, D7994, D8150, and D8247.

Typical Applications

The Xplorer C‑IC is ideal for laboratories requiring reliable total halogen or sulfur analysis in complex sample matrices, including:

Petrochemicals & Fuels (biofuels, refined products, LPG, natural gas)
Organic Solvents & Specialty Chemicals
Lubricants and Polymers (raw materials & final goods)
Environmental Monitoring, including PFAS‑related screening via total fluorine approaches
Electronics & Components (RoHS‑related halogen control)

Why Choose the Xplorer C‑IC?

Best‑in‑class automation for combustion ion chromatography sample prep
Unrivaled versatility supporting all major sample types
Higher repeatability thanks to tightly controlled evaporation and combustion conditions
Seamless integration with any IC workflow
Future‑proof design supporting emerging halogen & PFAS screening strategies

Sample Introduction	Liquid, gas & LPG samples by heated liquids introduction module (direct injection). Solid and Liquid samples by quartz/ceramic boat introduction module (boat-inlet)
Compliance	Compliant with the performance standards of international test methods like ASTM, UOP, ISO, DIN, EN, JIS, KS.
Sample Types	Solid, liquid, gas, LPG
Typical Sample Amount	10 - 250 mg (solids), 5 - 250 μL (liquids), 10 – 250 mL (gas), 50 - 500 μL (LPG)
Sample Pyrolysis	Xprep C-IC quartz or ceramic combustion tube
Furnace Voltage	Dual zone, low voltage
Furnace Temperature	Max. 1150 ℃, 2100 ℉
Gases	Oxygen 99.6% (2.6), Argon 99.99% (4.0) or Helium 99.99% (4.0)
Input Gas Pressure	3-10 bar (45-150 psi)
Absorbent Tube	23 mL - 65 positions (optional 40 mL)
Injection to IC	Variable, default 100 μL
Flow Path Material	PTFE, PEEK
Remote Control	Configurable remote Start/Stop
Voltage	100 - 240 VAC, 50 - 60 Hz
Software	TEIS Software