Methane conversion furnace is mainly used for gas chromatography analysis of gas samples of trace amounts of carbon monoxide, carbon dioxide. Such as power transformer oil dissolved gas analysis; chemical fertilizer ammonia production, high purity hydrogen, high purity nitrogen, high purity oxygen, high purity helium, high purity argon and other gases in the carbon monoxide, carbon dioxide impurity analysis can also be used for air separation products off-line detection, High purity gas manufacturers quality control and other uses.

Methane conversion furnace using high-efficiency nickel catalyst, hydrogen as carrier gas or nitrogen as carrier gas column after hydrogenation, can not be hydrogen flame ionization detector detection of trace CO and CO2 into CH4. Our homemade catalyst has high conversion efficiency, small dead volume and uniform temperature field. It has very high detection sensitivity for the analysis of trace CO, CH4 and CO2 in high purity gases. The minimum detection concentration is less than 0.1ppm.

Main Specifications:

Conversion furnace temperature range: 0 ~ 400 ℃

Methanation conversion temperature: 350 ° C to 380 ° C;

Temperature control method: platinum resistance (100Ω);

Temperature control accuracy: ± 0.1 ℃ (360 ℃)

Conversion tube size: U-type Φ3 × 0.5 × 150mm;

Heating power: 75W × 2 (internal heating type high life stainless steel heating rod);

Methanation conversion: ≥98%;

Conversion agent service life: more than 2 years (sample does not contain sulfur, oil, etc.).

GC甲烷轉化爐 詳細信息: