ELTRA ELEMENTRAC CS-d Dual-Furnace Carbon/Sulfur Analyzer – Induction + Resistance | ppm–100%

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.

• ✔ Residual / diffusible hydrogen · hot extraction · precise at low levels
• ✔ Tilting furnace 900–1,000 °C · high-capacity thermal conductivity cell
• ✔ Solid samples up to ø13×60 mm / 10 g · minimal prep
• ✔ Lead time: configured to order — request current timeline

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.

• ✔ Surface carbon: trace–1,000 µg/cm² · 60–90 s per analysis
• ✔ Resistance furnace to 1,000 °C · solid-state IR cells (1–2)
• ✔ Large samples up to 32×145 mm · minimal prep · gold IR path option
• ✔ Lead time: configured to order — request current timeline

Combustion analyzer for the simultaneous determination of carbon and sulfur — the sample is burned in a resistance furnace up to 1,550 °C and measured by up to four infrared cells, covering 0.005–100 % in 60–120 seconds.

• ✔ C / S + TOC / TIC · 0.005–100 % · single or multi-element
• ✔ Resistance furnace to 1,550 °C (1 °C steps) · up to 4 IR cells · gold IR path
• ✔ 50–500 mg samples · optional 36/130-position autoloader (acid-resistant)
• ✔ Lead time: configured to order — request current timeline

Multi-ramp version of the CW-800 for simultaneous carbon dioxide and water — up to five programmable temperature steps release and resolve TOC/TIC and water fractions without adding acids, measured by infrared cells.

• ✔ CO₂ + water · TOC / TIC without acids · fraction "chromatogram"
• ✔ Up to 5 programmable ramps · resistance furnace to 1,000 °C · 1–2 IR cells
• ✔ Nitrogen & oxygen carrier · gold IR path · no halogen trap
• ✔ Lead time: configured to order — request current timeline

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.

• ✔ O / N by fusion · single or combined ON · inorganic samples
• ✔ 8.5 kW impulse furnace > 3,000 °C · closed gas system · low detection limits
• ✔ Up to 2000 mg · argon carrier possible · Autocleaner option
• ✔ Lead time: configured to order — request current timeline

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.

• ✔ 19 samples + 1 reference · 500 mg–5 g · moisture/ash/volatiles in one run
• ✔ Ceramic furnace 50–1,000 °C · N₂/O₂/air per stage · manual crucible lids
• ✔ Encapsulated balance 0.1 mg · ASTM D 7582 compliant
• ✔ Lead time: configured to order — request current timeline

Automated Dumas analyzer for nitrogen / protein and carbon — reliable results in under three minutes with interleave processing, over 70× faster than Kjeldahl, on any solid or liquid matrix.

• ✔ Dumas nitrogen / protein + carbon · validated by AOAC, ISO, DIN, AOCS, OIV
• ✔ < 3 min · interleave analysis · TCD (N) + NDIR (C)
• ✔ Integrated PC + touchscreen · FDA 21 CFR Part 11 · CN-r or N-r
• ✔ Lead time: configured to order — request current timeline

Resistance-furnace analyzer for fast, simultaneous carbon and sulfur in organic matrices — combustion up to 1,550 °C with up to four solid-gold infrared cells over 20 ppm to 100 %, and an optimized low-blank sample port for reliable low-carbon analysis.

• ✔ Simultaneous C/S · 20 ppm–100 % · high sample weights
• ✔ Resistance furnace to 1,550 °C (1 °C steps) · up to 4 solid-gold IR cells
• ✔ Low-blank sample port · dual-furnace option · TIC module (DIN EN 15936)
• ✔ Lead time: configured to order — request current timeline