Molten aluminum absorbs hydrogen easily, especially when melt handling, temperature control, or contamination are not tightly managed. When the metal solidifies, dissolved hydrogen comes out of solution and forms porosity.

The production result is lower density, more defect risk, and less confidence in critical castings.

Degassing machines and density index analysis tools help plants see whether treatment is actually working. That feedback loop is essential because hydrogen control should be verified, not assumed.

Foundries that pair treatment equipment with density checks usually identify process drift much earlier than foundries that only inspect final casting defects.

Kelvin Specialties positions KelviFlux UltraPure as an advanced degassing flux for aluminum melt treatment. Kelvin's positioning emphasizes hydrogen removal, inclusion reduction, and lower aluminum loss relative to inefficient treatment practices.

On the Feb Tech site, this should be framed as a compatibility-led process recommendation for plants using degassing equipment, not as a replacement for engineering control or verification.

A stronger melt-treatment workflow combines equipment for treatment and verification with chemistry chosen for the alloy and production objective. This is the core of the Feb Tech and Kelvin partnership story: better process optimization through validated compatibility.

• Use dedicated degassing equipment for repeatable melt treatment
• Verify results with density or quality checks
• Select chemistry aligned to alloy and defect mode
• Monitor treatment cost against scrap, rework, and metal loss