Our Cutting-Edge HSMC Technology

Step into the future of metal production with Zyomax’s High-Shear Melt Conditioning (HSMC) technology. This groundbreaking innovation optimises metal microstructure at the molecular level, delivering unparalleled quality and sustainability in metal production.

How HSMC Works?

Our pioneering technology applies precisely controlled high-shear forces to molten metal, revolutionising the traditional casting process by:

  • Breaking up particle clusters for uniform distribution.
  • Enhancing nucleation to achieve superior structural integrity.
  • Dramatically reducing defects in the final product.
  • Enabling high-quality production using lower-grade scrap.
How High-Shear Melt Conditioning technology (HSMC) working image

Our Cutting-Edge HSMC Technology

Step into the future of metal production with Zyomax’s High-Shear Melt Conditioning (HSMC) technology. This groundbreaking innovation optimises metal microstructure at the molecular level, delivering unparalleled quality and sustainability in metal production.

Advanced Metal Processing Solutions

Degassing of Aluminium Melts

Schematic comparing the conventional rotary degassing and the High Shear Melt Conditioning (HSMC) degassing process.

Degassing of Aluminium Melts - Rotary

Rotary

Degassing of Aluminium Melts - HSMC

HSMC

Experience superior degassing efficiency with our innovative HSMC system

Visualization and modelling of the HSMC degassing process in water with variation of inert gas flow rate and rotor speed.

Visualization and modelling of the HSMC degassing process in water with variation of inert gas flow rate and rotor speed.

Technical Excellence:

  • Reduces hydrogen content to <0.1 ml/100g.
  • Achieves up to 50% reduction in hydrogen levels compared to conventional methods.
  • Cuts processing time through faster, more complete degassing.
  • Reduces porosity by up to 40% in cast components.

Fractured surface of tensile bars cast after degassing with:

Fractured surface of tensile bars cast after degassing with tablet

Tablet

Fractured surface of tensile bars cast after degassing with rotary

Rotary

Fractured surface of tensile bars cast after degassing with HSMC

HSMC

Business Benefits:

De-Ironing of Aluminium Melts

Scheme of High Shear Melt Conditioning technology for continuous iron removal from aluminium alloy scrap melt.

Technical Advantages:

  • Breaks down and disperses iron-rich intermetallic phases.
  • Reduces harmful β-Al5FeSi phases by up to 30%.
  • Achieves finer, more uniform microstructure.
  • Increases tensile strength and elongation by up to 15%.
De-Ironing of Aluminium Melts process

De-Ironing microstructure of ingots:

De-Ironing microstructure of ingots with no HSMC

No HSMC

De-Ironing microstructure of ingots with HSMC

HSMC

Operational Benefits:

Melt Conditioned Direct Chill
(MC-DC)

Schematics of the solidification mechanisms causing the grain structural evolution during; DC-GR casting under natural convection, MC-DC casting at critical rotation speed under forced convection and, MC-DC casting at high rotation speed under forced convection.

Unique Advantages:

  • Ensures uniform temperature and chemical composition.
  • Eliminates the need for chemical grain refinement.
  • Creates unique as-cast grain structure.
  • Reducing processing energy and costs significantly.
Melt Conditioned Direct Chill (MC-DC) process image

Comparison of DC and MC-DC cast billet macrostructures without addition of Ti-B based grain refiner:

DC cast billet macrostructures without addition of Ti-B based grain refiner image

DC

MC-DC cast billet macrostructures without addition of Ti-B based grain refiner image

MC-DC

Operational Benefits:

Case Studies: Innovation In Action

Case Studies:
Innovation In Action

Aerospace Excellence

Our AluZeroX-90 system revolutionised large-scale MC-DC casting of 7xxx series aluminium alloys:

  • Successfully cast 24-inch thick, 66-inch wide, 100-inch long slabs.
  • Significantly reduced chemical segregation.
  • Minimised cracking issues in large-scale castings.
  • Demonstrated industrial-scale capability and reliability.

Automotive Innovation

Implementation of MagnoZeroX-40 in 100kg Magnesium Alloy furnace delivered:

  • Enhanced microstructure refinement.
  • Reduced oxide film defects.
  • Improved mechanical properties.
  • Pioneered industrial-scale magnesium recycling.

Transform Your Metal Production Capabilities

Transform your metal production capabilities with Zyomax’s innovative solutions. Contact our team of experts today to discover how our HSMC technology can revolutionise your manufacturing processes while supporting your sustainability goals.

Zyomax’s Innovative Solutions

We are transforming metal manufacturing across industries, from electronics to renewables.

Reach Out to Us

Get in touch to discuss how we can optimise your metal operations and support your sustainability initiatives.