Precious Metal Powder Production
Precious Metal Powder
Precious Metal Powders
Precious Metal Powder Supplier
Precious Metal Powder Manufacturing
Precious Metal Powder UK
Industrial Precious Metal Powder
Gold Powder
Silver Powder
Platinum Powder
Palladium Powder
Atomised Precious Metal Powder
Precious Metal Additive Manufacturing Powder
At Cookson Industrial, we manufacture all of our atomised powder in-house. With the ability to produce high-purity precious metals in spherical, clean, oxide-free powder form, we supply precision solutions to industries worldwide.
Our powders are engineered for performance, validated through in-house laboratory testing, and delivered with precision and short lead times. Whether for additive manufacturing, medical, aerospace, or jewellery, we provide powders that meet the highest industry standards.
Premier process for producing spherical, high-quality powders.
• Ideal for additive manufacturing and metal injection moulding.
• Particle size: Predominantly <200 µm.
• Purity level: <30 ppm.
• Flowability: Outstanding, ensuring ease of use.
• Production yield: Optimised processes exceeding 70%.
Designed for ultra-fine spherical powders for high-precision applications.
• Uses a tungsten electrode electric arc to melt feedstock materials
• Wire or rod feedstock is atomised via ultrasonic vibrations into fine droplets
• Particle size distribution (PSD): narrow range 0–100 µm
Standard Alloy Available
We can supply the following alloys within typical lead times:
Fine Gold
8.5 kg | 25–100 µm | Powder pressing
18K Yellow Gold
5 kg | 15–40 µm | Additive manufacturing
18K White Gold
5 kg | 15–40 µm | Additive manufacturing
18K Red Gold
5 kg | 15–40 µm | Additive manufacturing
Fine Silver
8.5 kg | 25–100 µm | Powder pressing
Sterling Silver
5 kg | 15–40 µm | Additive manufacturing
Aristalloy
10 kg | 10–100 µm | Dental amalgam
Fine Platinum
5 kg | 15–50 µm | Catalysts
Platinum Ruthenium
5 kg | 15–50 µm | Additive manufacturing
Quality Assurance and Validation
Particle Size Distribution
(Laser Diffraction)
(Laser Diffraction)
Morphology (SEM Imaging)
Flowability and Rheology
Bulk Density and Hall Flow Measurements
Microstructure and Porosity Mapping with In-House Metallography (ISO/ASTM Aligned)
ICP-OES and XRF Analysis (To Be Confirmed)
