Ultra-fast deposition.
Ultra-fast deposition rates utilising novel liquid metal processing — reducing production times compared to traditional powder-bed methods.
A novel, transformative ultra-fast metal additive manufacturing technology. Expert consulting across the full engineering spectrum of light metals, alloys, and biocompatible structures.
Bridging academic breakthrough and industrial application.
Deformation-assisted Direct-Chill Liquid Metal Deposition. A novel approach to metal additive manufacturing focused on speed, sustainability, and material integrity.
DD-LMD delivers ultra-fast deposition of metal through a liquid-state process — combining direct-chill solidification with in-process deformation. The result is a workflow shaped around throughput and sustainability rather than around the limits of powder-based machines.
The technology is well suited to light metals — aluminium and magnesium in particular — and to use-cases where production volume, recyclability and material integrity are weighed together. It is one part of Metalliq's wider work on metallurgy for the circular economy.
The technology was developed around three goals — and the three are inseparable. We treat them as a single design brief rather than three separate features.
Ultra-fast deposition rates utilising novel liquid metal processing — reducing production times compared to traditional powder-bed methods.
Deformation-assisted direct-chill processing supports structural quality — addressing common defects found in traditional additive routes.
Optimising aluminium and magnesium alloys for the circular economy — towards reduced waste and greener manufacturing pathways for the industries to come.
High-level technical consultancy for companies seeking to optimise material performance or transition to greener manufacturing.
Optimising aluminium and magnesium alloys for recycling and the circular economy.
Engineering highly biocompatible structural solutions for the medical device industry.
Specialised expertise in solid-state joining for light-weighting and overall performance.
Deep analysis of microstructures, mechanical properties, and performance metrics.
Metalliq Ltd, based in west London, was founded to accelerate the commercialisation of metallurgical science. We believe that the biggest challenges in manufacturing can only be solved through a hybrid approach that combines deep academic research with lean industrial agility.
We bridge the gap between academic breakthrough and industrial application. Specialising in novel liquid metal processing, global research collaborations, and metallurgical consultancy, we work on the boundaries of materials engineering — at the pace industry actually moves.
Owner of intellectual property in a transformative ultra-fast additive manufacturing process, advanced metallic biomaterials, and an advanced joining technique.
Trusted partner in UKRI and Horizon Europe research consortiums, forging global alliances to address industrial challenges in metallurgy.
Over a hundred years of combined technical insight into light metals, biomaterials, and advanced joining processes across the team.
A team with deep expertise in metallurgy, manufacturing, and materials science.
Dr. Yan Huang leads Metalliq as its founder and Managing Director, drawing on a long academic and industrial career in metallurgy and light-alloy processing.
His research work underpins the DD-LMD technology and the wider metallurgical consultancy the company offers. He sets the scientific direction of the studio and represents Metalliq in its UKRI and Horizon Europe research collaborations.
Yan's focus is the commercialisation of metallurgical science — turning research into repeatable engineering practice, in partnership with industry.