Test Your Novel Alloy Composition with Our Atomised Powder Trials
Our Atomised Powder Trials offer you the unique opportunity to test your novel alloy compositions before committing to purchasing our cutting-edge atomiser technology. This is your chance to experience firsthand the quality and precision of our Vacuum Inert Gas Atomisation (VIGA) technology and see how it can revolutionise your projects.
Experience Innovation
Why Choose Atomised Powder Trials?
When developing new materials, especially novel alloy compositions, the importance of high-quality, consistent powders cannot be overstated. Our Atomised Powder Trials provide a risk-free way to evaluate the performance and suitability of your innovative alloys. Here’s what you can expect:
Proof of Concept: Validate the potential of your alloy compositions in real-world applications.
Performance Evaluation: Test the mechanical properties, particle size distribution, and purity of the powders produced.
Optimisation: Fine-tune your alloy formulations with precise control over the atomisation process.
How It Works
Innovation begins with exploration. Our Atomised Powder Trials offer you the perfect platform to test and refine your novel alloy compositions with the assurance of using top-tier VIGA technology. Before you invest in our atomiser technology, experience the precision, quality, and potential that our atomised powders can bring to your projects.
Submit Your Alloy Composition: Provide us with the details of your novel alloy composition and any specific requirements or goals you have.
Powder Production: Our experts will use VIGA technology to produce atomised powders from your alloy composition, ensuring top-quality results.
Comprehensive Analysis: Receive a detailed report on the powder’s properties, including particle size distribution, purity, and mechanical characteristics.
Review and Optimise: Use the trial results to refine your alloy composition and production parameters before making a final decision.
Alloys
Discover how our technology can transform your ideas into groundbreaking solutions. Contact us today to start your Atomised Powder Trial and take the first step towards unlocking the full potential of your novel alloys.
AlNiCo
Aluminium Bronze
Aluminium Lithium
Aluminium Silicon Magnesium
Aluminium Tin Copper
Aluminium Transition Lanthanides
Magnetic Properties
Marine Propellers
Aerospace Applications
Temperature Stable Structural Alloys
Automotive Bearings
High Strength Structural Alloys
Bismuth Telluride
Peltier Effect Devices
Chromium Aluminium Yttrium
Chromium Iron Carbon Silicon
High Performance Coatings
Thermal Spray Powders
Cobalt Chromium Transition Metals
Dental Alloys
Copper Barium
Copper Chromium Zirconium
Copper Indium Gallium Selenide (CIGS)
Copper Manganese Nickel
Copper Titanium Tin
Copper Yttrium
Superconductor Precursor Powders
Beryllium Free Electrical Conductors
Photovoltaic Materials
Metal Bonded Cutting Tools
Metal Bonded Cutting Tools
Superconductor Precursor Powders
Gold Platinum Palladium Silver Indium
Gold Silver Copper
Brazing Alloys
Thick Film Coatings / MIM Jewellery
Iron Chromium Carbon
Iron Manganese
Iron Neodymium Boron
Iron Silicon
Iron Silicon Aluminium
Tooling with Low Refractory Inclusions
Wear Resistant Rims for Rolling Stock
Magnets
Transformer Cores (Low-Loss)
Magnetic Components
Magnesium Alloys
QE25, AZ91 Alloys for Metal Matrix Alloys
Nickel Aluminides
Nickel Cerium
Nickel Chromium Iron Silicon Boron
Nickel Chromium Molybdenum Boron
Nickel Lanthanides
Nickel Titanium Silicon Boron
Structural Components & Coatings
Catalysis
Plasma Spray Powders
Corrosion Resistant Coatings
Fuel Cells/Hydrogen Storage/Batteries
Novel Brazing Powders
Silver Cadmium Zinc Copper
Silver Copper (72/28)
Brazing Alloy
Brazing Pastes
SS 304/316
Metal Injection Moulding
SS 304/316
Tooling Applications
Terbium Iron
Optico-Electronic Devices
Tin Bismuth
Tin Lead Silver Bismuth
Thick Film Solder Coatings
Surface Mount Technology