Nano- and ultrafine spherical powders of heavy non-ferrous and precious metals, 50 nm–2 µm
1998
2026
We produce powders using vacuum evaporation and condensation technology
Receive a material with predictable characteristics for your technological process: a controlled target average particle size, spherical particle shape, sample availability, and the option of serial supply.
OF LARGE MACHINERY
ABOUT THE COMPANY
Mitril is a manufacturer of nano- and ultrafine spherical powders of heavy non-ferrous metals for industrial, scientific, and R&D applications.
We specialize in producing materials with a controlled particle size in the range of 50 nm–2 µm. Our production technology is based on metal evaporation and condensation in a vacuum environment. This approach allows us to obtain spherical particles and adapt material parameters to the customer’s requirements.
Our goal is to remove uncertainty from the procurement of nanopowders. The customer receives not just a powder, but a material tailored to a specific technological process: with an agreed particle size range, delivery form, application recommendations, documentation, and the possibility of repeatable serial supply.
Mitril nano- and ultrafine powders are produced by evaporation and condensation of the source metal.
This process enables the formation of spherical particles with a controlled size range, reduces the influence of the external environment, and provides material suitable for precise industrial and research applications.
Production Technology
Copper — Cu
Particle size range: 50 nm–2 µm
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Silver — Ag
Particle size range: 50 nm–2 µm
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Bronze / Cu-Sn
Particle size range: 50 nm–2 µm
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Tin — Sn
Particle size range: 50 nm–2 µm
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Tungsten — W
Particle size range: 50 nm–2 µm
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Gold — Au
Particle size range: 50 nm–2 µm
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
Delivery form: powder passivated in an inert environment, argon
Applications: conductive pastes, coatings, antibacterial materials, electronics, medical and disinfection solutions, subject to industry-specific requirements.
PRODUCT RANGE
Send us your technical specification — we will check the possibility of production according to your required parameters.
Mitril™
1998-2026
Can’t find the metal or alloy you need?
Can’t find the metal or alloy you need?
APPLICATION AREAS
Nano- and ultrafine metal powders are used where high specific surface area, controlled average particle size, conductivity, wear resistance, and the ability to improve the properties of the base material are important.
Brief overview:
Spherical metal powders can be used in the development of materials for absorbing, reflecting, and shielding electromagnetic radiation.
Target customers:
Composite manufacturers, protective coating developers, R&D centers, instrumentation companies, and radio-electronic enterprises.
Required products:
W, Mo, Ni alloys, Cu, Ag, Pt/Pd — depending on the required electromagnetic and performance characteristics.
Tasks addressed:
Helps create functional composites, coatings, and fillers with specified properties for the microwave range.
Spherical metal powders can be used in the development of materials for absorbing, reflecting, and shielding electromagnetic radiation.
Target customers:
Composite manufacturers, protective coating developers, R&D centers, instrumentation companies, and radio-electronic enterprises.
Required products:
W, Mo, Ni alloys, Cu, Ag, Pt/Pd — depending on the required electromagnetic and performance characteristics.
Tasks addressed:
Helps create functional composites, coatings, and fillers with specified properties for the microwave range.
Brief overview:
Copper, silver, gold, and precious metal powders are used in the development of conductive pastes, inks, contact pads, thin-film coatings, and functional materials for electronics.
Target customers:
PCB manufacturers, flexible electronics developers, instrumentation companies, and R&D laboratories.
Required products:
Cu, Ag, Au, Pd, Pt, Ta, Ni alloys; delivery forms include powder, suspension, and ink.
Tasks addressed:
Improved conductivity, creation of thin conductive layers, reduced sintering temperature, and development of compact electronic components.
Copper, silver, gold, and precious metal powders are used in the development of conductive pastes, inks, contact pads, thin-film coatings, and functional materials for electronics.
Target customers:
PCB manufacturers, flexible electronics developers, instrumentation companies, and R&D laboratories.
Required products:
Cu, Ag, Au, Pd, Pt, Ta, Ni alloys; delivery forms include powder, suspension, and ink.
Tasks addressed:
Improved conductivity, creation of thin conductive layers, reduced sintering temperature, and development of compact electronic components.
Brief overview:
Nano- and ultrafine powders can be used as functional additives for powder compositions, polymer matrices, and inks for 3D printing.
Target customers:
Additive manufacturing centers, 3D printing material developers, prototype part manufacturers, and scientific laboratories.
Required products:
Cu, Ag, Ni alloys, W, Mo, Ta, bronze alloys; the particle size range is selected according to the technology and particle distribution requirements.
Tasks addressed:
Improved strength, thermal conductivity, electrical conductivity, wear resistance, and functionality of the finished product.
Nano- and ultrafine powders can be used as functional additives for powder compositions, polymer matrices, and inks for 3D printing.
Target customers:
Additive manufacturing centers, 3D printing material developers, prototype part manufacturers, and scientific laboratories.
Required products:
Cu, Ag, Ni alloys, W, Mo, Ta, bronze alloys; the particle size range is selected according to the technology and particle distribution requirements.
Tasks addressed:
Improved strength, thermal conductivity, electrical conductivity, wear resistance, and functionality of the finished product.
Brief overview:
Ultrafine powders can be used in the development of hard alloys, metal ceramics, and composite materials where density, strength, and uniform distribution of components are important.
Target customers:
Manufacturers of hard alloys, powder metallurgy products, tooling materials, wear-resistant parts, and coatings.
Required products:
W, Mo, Ta, Ni alloys, Cu-Sn, Cu, Sn.
Tasks addressed:
Formation of materials with improved mechanical properties, reduced sintering temperature, increased structural stability, and enhanced wear resistance.
Ultrafine powders can be used in the development of hard alloys, metal ceramics, and composite materials where density, strength, and uniform distribution of components are important.
Target customers:
Manufacturers of hard alloys, powder metallurgy products, tooling materials, wear-resistant parts, and coatings.
Required products:
W, Mo, Ta, Ni alloys, Cu-Sn, Cu, Sn.
Tasks addressed:
Formation of materials with improved mechanical properties, reduced sintering temperature, increased structural stability, and enhanced wear resistance.
Brief overview:
Silver nanopowders can be used in the development of antibacterial coatings, materials, and surfaces where control of composition, particle size range, and safe application conditions is required.
Target customers:
Manufacturers of medical materials, coatings, sanitary and disinfection solutions, and applied research laboratories.
Required products:
Ag, Ag-based compositions, suspensions, and powders with an agreed particle size range.
Tasks addressed:
Development of materials with antibacterial properties, surface coatings, functional additives, and specialized formulations.
Important:
Use in medical and sanitary products requires testing, certification, and compliance with relevant industry regulations.
Silver nanopowders can be used in the development of antibacterial coatings, materials, and surfaces where control of composition, particle size range, and safe application conditions is required.
Target customers:
Manufacturers of medical materials, coatings, sanitary and disinfection solutions, and applied research laboratories.
Required products:
Ag, Ag-based compositions, suspensions, and powders with an agreed particle size range.
Tasks addressed:
Development of materials with antibacterial properties, surface coatings, functional additives, and specialized formulations.
Important:
Use in medical and sanitary products requires testing, certification, and compliance with relevant industry regulations.
OUR ADVANTAGES
Spherical Particles
For advanced manufacturing, the price of the material is not the only factor that matters — repeatability of results is equally important. That is why we focus on parameter control, technical support, and the ability to adapt the powder to the customer’s specific task.
The spherical particle shape helps improve material distribution, ease of incorporation, and stability of powder behavior in compositions, suspensions, and coatings.
Particle Size Range: 50 nm–2 µm
We select the particle size range according to the customer’s task — from research samples to materials for pilot-industrial testing.
Batch Quality Control
We check key parameters: particle size, chemical purity, specific surface area, phase composition, and compliance with the agreed specification.
Low Oxide and Impurity Content
Production According to Technical Specification
Scalability
Vacuum technology and production control help reduce the influence of the external environment and obtain material with predictable characteristics.
After successful sample testing, it is possible to move to regular supply with repeatable parameters and an agreed specification.
After successful sample testing, it is possible to move to regular supply with repeatable parameters and an agreed specification.
2026
For industrial and scientific customers, we provide the technical documentation required for material evaluation and application: specifications, quality certificates, test reports, and storage recommendations.
The document package depends on the material type, delivery form, customer requirements, and application area. For projects in medicine, disinfection, electronics, and other regulated fields, parameters are confirmed and agreed separately.
The document package depends on the material type, delivery form, customer requirements, and application area. For projects in medicine, disinfection, electronics, and other regulated fields, parameters are confirmed and agreed separately.
Certificates and Compliance
KNOWLEDGE BASE
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CONTACTS
hello@heavymachines.com
+1 (999) 999-9999
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