Ceramic-nanoparticle protective interface (no combustion)
CO2 Emissions
Minimum 50% reduction
Description
Coal dust combusts when molten metal enters the mould. The foundry industry has long believed this combustion produces a protective layer between the metal and the sand — both the conventional explanations for that belief (the "lustrous carbon" hypothesis and the "gas cushion" hypothesis) struggle to hold up under first-principles scrutiny.
Key attributes
Place of origin
Tumkur, KA, India
LOI
85%
Dosage
0.075% per batch
Mechanism
Ceramic-nanoparticle protective interface (no combustion)
CO2 Emissions
Minimum 50% reduction
Surface Finish
Superior — immediate improvement
Replacement Ratio
1 kg Nanokarb = 2 kg coal dust
Effect On Bentonite
Preserves bentonite performance
CBAM / EU Compliance
Supports compliance
Effect On Backing Sand
Minimal temperature rise
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