● Crafted from high-grade, low-adsorption materials (e.g., Hastelloy C-276, ultra-pure PTFE), they prevent target analyte adsorption on inner walls and avoid impurity leaching.
● Their seamless inner structure and inert surface treatment minimize sample residue and cross-contamination.
Heating tube for high-temperature Fourier transform infrared (FTIR) Continuous monitoring systems are premium components engineered to preserve sample integrity and eliminate analytical data interference.
Crafted from high-grade, low-adsorption materials (e.g., Hastelloy C-276, ultra-pure PTFE), they prevent target analyte adsorption on inner walls and avoid impurity leaching—critical for maintaining the original composition of high-temperature samples (up to 400°C, such as flue gases or industrial process streams). Integrated precision heat-tracing (±1°C temperature tolerance) and thermal insulation prevent analyte condensation or thermal decomposition, ensuring samples match on-site process conditions during transfer to the FTIR analyzer.
Their seamless inner structure and inert surface treatment minimize sample residue and cross-contamination, while robust outer sheaths resist mechanical impact and harsh industrial environments. By eliminating analyte loss, contamination, or structural interference, these high-quality tube cables guarantee zero impact on FTIR test accuracy. Compliant with ISO 10462-1 and ASTM D6356, they enable reliable, precise online monitoring in petrochemical, environmental, and high-temperature process industries.
