At Globus Metal Powders, we specialise in producing high-performance, ultra-clean metal powders engineered for the most demanding applications across aerospace, defence, energy, marine, nuclear, and industrial sectors. Our commitment to precision, purity, and performance underpins every aspect of our operation, from alloy design and powder atomisation to rigorous characterisation and quality assurance.
Integral to our process, our in-house laboratory provides the analytical and testing capabilities that support consistent, high-performance powders using advanced instrumentation such as LECO analysers, Hitachi XRF, Malvern laser diffraction, and a Renishaw AM 400 laser powder bed fusion machine allowing us to characterise powders thoroughly. Here, we analyse chemical composition, gas content, particle size, flowability, density, and microstructure, while also conducting real-world validation of powders through 3D printing and heat treatment. This ensures every batch meets our exacting standards for performance, reproducibility, and downstream process integration.
Our team of metallurgists, materials scientists, process engineers, and quality specialists brings together decades of collective experience, technical knowledge, and problem-solving expertise. Working closely with customers, they translate complex material requirements into practical powder solutions, supporting alloy development, process optimisation, and component reliability.
Sustainability, safety, and responsible business practices are embedded in everything we do. Through our ESG programme, we manage environmental impact, foster a safe and inclusive workplace, and maintain strong governance and transparent processes. This commitment ensures that our powders are produced not only to the highest technical standards but also in a way that is socially responsible and environmentally conscious.
By integrating capabilities, laboratory excellence, expert personnel, and ESG principles, Globus Metal Powders provides customers with trusted, high-purity powders optimised for critical applications, delivering performance, reliability, and confidence from the first batch to full production.
Different processes demand different powder characteristics.
Our team works closely with customers to ensure particle size distribution, morphology, flow characteristics and chemistry align precisely with your production method.
Additive Manufacturing is a transformative approach that builds parts layer by layer directly from digital designs, unlocking unprecedented geometric complexity, design freedom, and material efficiency. AM processes eliminate many limitations
Powder Metallurgy (PM) is a highly controlled manufacturing approach that converts metal powders into high-performance components through processes such as Pressing & Sintering (PS), Hot Isostatic Pressing (HIP) and Metal Injection
Thermal and powder spraying processes provide surface protection, repair, and hardfacing for critical components across aerospace, defence, marine, energy, and industrial applications. These techniques deposit dense, metallurgically bonded
Whether you require ultra-low oxygen grades, bespoke particle size distributions or high-volume supply, our team is ready to support your requirements.
Speak to our specialists today to discuss your application or request a quotation.
