Other Metals
Some materials do not fit neatly into elemental or standard alloy categories. These specialized and composite metals are grouped separately to reflect unique compositions, sourcing considerations, and application-specific requirements.
This section provides a clear path to materials often used in demanding or highly specific manufacturing environments.
Beryllium
Beryllium is supplied for applications requiring stiffness, low weight, and thermal stability. It is commonly specified where dimensional precision and performance under thermal variation are critical.
Forms supplied
- Machined blocks and billets
- Plate and sheet
- Precision-cut pieces based on specification
Typical applications
- Lightweight structural components
- Thermal management systems
- High-precision instrumentation
Cobalt
Cobalt is supplied as a base material input for alloying and high-temperature applications. It is commonly specified where magnetic, thermal, or metallurgical performance is required.
Forms supplied
- Cathodes and cut sections
- Solid pieces prepared for melt input
- Consolidated material based on specification
Typical applications
- Alloy production input
- High-temperature material systems
- Magnetic and specialized component programs
Copper
Copper is supplied for conductivity-driven manufacturing and alloy production. It is commonly specified where electrical or thermal transfer properties are central to performance.
Forms supplied
- Cathodes
- Bar and plate
- Custom-cut sections
Typical applications
- Electrical component manufacturing
- Thermal transfer systems
- Copper-based alloy production
Gallium
Gallium is supplied for specialized electronic and semiconductor-related applications. It is typically specified where material purity and controlled composition are required.
Forms supplied
- Refined gallium metal
- Controlled quantity formats
- Packaged units aligned with specification
Typical applications
- Semiconductor production
- Compound material input
- Specialized electronic systems
GTD
GTD alloys are supplied for high-performance component programs requiring strength and thermal capability. These materials are typically associated with specialized aerospace and turbine applications.
Forms supplied
- Identified alloy sections
- Controlled revert formats
- Prepared material aligned with remelt specifications
Typical applications
- Turbine-related components
- High-load structural systems
- Aerospace production programs
Hastelloy
Hastelloy alloys are supplied for corrosion-resistant and chemically demanding environments. They are commonly specified where material stability under aggressive conditions is required.
Forms supplied
- Segregated alloy sections
- Plate and bar formats
- Prepared remelt material
Typical applications
- Chemical processing equipment
- Corrosion-resistant systems
- High-temperature industrial components
Holmium
Holmium is supplied for specialized applications requiring magnetic or optical properties. It is typically specified in niche manufacturing and advanced material systems.
Forms supplied
- Solid metal pieces
- Refined element formats
- Controlled quantity units
Typical applications
- Magnetic material systems
- Optical and laser-related applications
- Specialized alloy development
Molybdenum Titanium
Molybdenum-titanium composite materials are supplied when elevated-temperature performance and strength retention are required. These materials combine refractory stability with structural capability.
Forms supplied
- Alloyed solid sections
- Plate and structural formats
- Prepared remelt material
Typical applications
- High-temperature structural systems
- Furnace and thermal processing equipment
- Specialized aerospace components
Molybdenum Tungsten
Molybdenum Tungsten materials are supplied for high-temperature and erosion-resistant environments. These materials are commonly specified where dimensional stability under extreme heat is critical.
Forms supplied
- Alloyed bar and plate
- Machined structural sections
- Prepared material aligned with processing specifications
Typical applications
- High-temperature tooling
- Thermal shielding systems
- Advanced industrial processing environments
Niobium Hafnium C-103
C-103 alloy is used in aerospace and propulsion applications that require high-temperature strength and oxidation resistance. It is commonly specified for extreme service environments.
Forms supplied
- Identified alloy sections
- Plate and structural formats
- Prepared material aligned with production specifications
Typical applications
- Aerospace propulsion systems
- High-temperature structural components
- Controlled-performance alloy programs
Rare Earth Elements
Rare earth elements are used in advanced materials systems that require magnetic, electronic, or catalytic properties. These materials are typically specified for specialized manufacturing programs.
Forms supplied
- Individual element units
- Controlled quantity formats
- Segregated material by element type
Typical applications
- Magnet production
- Electronic material systems
- Advanced manufacturing inputs
Scandium
Scandium is supplied for lightweight-alloy development and performance-enhancement programs. It is commonly specified to improve structural efficiency in specialized applications.
Forms supplied
- Refined scandium metal
- Alloying input units
- Controlled quantity formats
Typical applications
- Aluminum alloy enhancement
- Lightweight structural systems
- Advanced aerospace materials
Tantalum Tungsten
Tantalum-Tungsten materials are supplied for environments requiring high melting-point performance and structural stability under stress. These materials are commonly specified for extreme operating conditions.
Forms supplied
- Alloyed bar and plate
- Solid structural sections
- Prepared remelt material
Typical applications
- High-temperature structural systems
- Chemical and corrosive environments
- Specialized aerospace components
Waspaloy
Waspaloy is used in high-temperature structural applications that require strength and stability. It is commonly specified for demanding aerospace and energy-related programs.
Forms supplied
- Identified alloy sections
- Controlled revert formats
- Prepared material aligned with remelt specifications
Typical applications
- Turbine component programs
- High-load structural systems
- Elevated temperature performance environments
Connect Materials to Application and Process
These specialized materials are often selected for specific environments and requirements. Explore how they fit into broader material categories, industries, and processing capabilities.