Inert-gas-fusion analyzer for oxygen and nitrogen in metals — the sample melts in a graphite crucible in an 8.5 kW impulse furnace above 3,000 °C, with IR detection of oxygen and thermal conductivity for nitrogen.
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Inert-gas-fusion analyzer for oxygen, nitrogen and hydrogen in metals — the sample melts in a graphite crucible in an 8.5 kW impulse furnace above 3,000 °C, with IR detection of oxygen and thermal conductivity for nitrogen and hydrogen.
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Analyzer for hydrogen in metals by hot extraction — the solid sample drops into a tilting furnace at 900–1,000 °C, and a nitrogen carrier sweeps the diffused hydrogen into a high-capacity thermal conductivity cell in 3–15 minutes.
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Dedicated surface-carbon analyzer for solid samples — combustion in a resistance furnace up to 1,000 °C with infrared CO₂ detection, from trace level to 1,000 µg/cm² in 60–90 seconds.
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Manual-lid thermogravimetric analyzer — programmable furnace plus integrated balance measures moisture, ash and volatiles in up to 19 samples per run, 50–1,000 °C. A more economical route to standard-compliant TGA.
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Automated thermogravimetric analyzer that combines a programmable furnace with an integrated balance — measures moisture, ash and volatiles in up to 19 samples per run, 50–1,000 °C.
Made to order
· Lead time: configured to order — request current timelineUpload your file or talk to an engineer — no obligation, no spam, NDA on request. First-time customers get free DfAM review.
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