Anonymized case · Foundry QC
Innovate T5 OES for a cast iron foundry in India
An anonymized application case showing how an India cast iron foundry can use Innovate T5 OES and C/S analysis for furnace-side quality control.
- Market
- India · cast iron foundry
- Product
- Innovate T5 Optical Emission Spectrometer
- Application
- Furnace-side chemistry checks for cast iron and alloyed steel production.
Challenge
- The buyer needed faster chemistry feedback before pouring.
- Light elements such as carbon, sulfur and phosphorus were important for release decisions.
- The team wanted one instrument family that could scale from routine QC to wider alloy coverage.
JIEBO recommendation
- JIEBO recommended Innovate T5 for multi-matrix production OES work.
- For reference carbon and sulfur values, the workflow can be paired with CS2020 or CS996.
- The recommended RFQ data includes base matrix, target elements, expected sample volume and available argon supply.
Practical outcome
- The proposed setup keeps routine chemistry checks closer to the furnace.
- The buyer can compare OES speed with combustion C/S reference testing.
- Engineering support can review calibration and sample-preparation questions before shipment.
Related pages
Buyer questions
Why choose Innovate T5 instead of Exquis T4?
Innovate T5 is better when the plant handles multiple alloy families and needs a vacuum full-spectrum OES with wider matrix coverage.
Does a foundry still need a C/S analyzer?
Many foundries use both. OES is fast for production control, while combustion C/S analysis is preferred for reference carbon and sulfur values.
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