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Automotive
LIGHT DUTY ENGINE VALVES
Increasing peak cylinder temperatures and pressures require high performing, yet cost-effective alloys with excellent elevated temperature fatigue behavior. We offer a total solutions package for superior heat and wear resistance.
FEATURED MATERIALS
GH4099 (EP693) High-Temperature Alloy
A nickel-based precipitation-hardened superalloy designed for extreme high-temperature environments. It combines exceptional thermal stability, mechanical strength, and oxidation resistance, making it a critical material for aerospace, gas turbine engines, and power generation systems.
Hastelloy Series (e.g., Hastelloy X, C-276)
Superior resistance to pitting and stress corrosion.
HIGH TEMPERATURE GASKETS
Powedrmax wide range of powders are designed to meet sealing and temperature needs
FEATURED MATERIALS
INCONEL 718
Engineered to deliver breakthrough mechanical performance, this nickel-based superalloy combines unparalleled yield strength, ultimate tensile capacity, and creep-rupture resistance across extreme temperature ranges, while maintaining exceptional welding compatibility and multi-environment corrosion resilience.
INCONEL 625
This advanced nickel-based alloy leverages solid-solution strengthening mechanisms to achieve an exceptional combination of high tensile strength and impact toughness, ensuring reliable performance under both static and dynamic loading conditions. Engineered for critical applications, the material demonstrates superior fatigue resistance even in aggressive environments.
LIGHTWEIGHTING
Our comprehensive portfolio of high-purity titanium powders enables precision engineering of weight-optimized components, delivering unparalleled mass reduction without compromising structural integrity. Engineered for industries demanding strength-to-weight maximization.
FEATURED MATERIALS
Ti-6Al-4V（Grade 5）
Engineered as a versatile metallurgical solution, this fully heat-treatable alloy delivers sustained operational capability, combining yield strength exceeding 950 MPa, 20-30% weight reduction versus steel counterparts, and multi-environment corrosion resistance through tailored composition and processing.
Ti CP Grade 2
Commercially pure titanium delivers an optimal balance of cold-forming plasticity, room-temperature tensile strength, and unmatched corrosion resistance, making it a cornerstone material for applications demanding precision fabrication and environmental durability.
Ti CP Grade 4
This ASTM Grade 4 commercially pure titanium (UNS R50700) achieves an exceptional balance of elevated strength (550 MPa ultimate tensile strength), unparalleled corrosion resistance, and superior corrosion fatigue endurance, making it the material of choice for critical applications in aggressive environments.
TURBINE WHEEL
Advanced Powder Metallurgy Solutions for High-Temperature Turbocharged Engine Systems
Our next-generation powder metallurgy technologies are engineered to overcome the extreme thermal and mechanical demands of modern turbocharged engines, enabling components to operate reliably at sustained temperatures exceeding 950°C while achieving 30-50% weight reduction versus conventional cast/wrought alloys.
FEATURED MATERIALS
Ti-6Al-4V（Grade 5）
Engineered as a versatile metallurgical solution, this fully heat-treatable alloy delivers sustained operational capability, combining yield strength exceeding 950 MPa, 20-30% weight reduction versus steel counterparts, and multi-environment corrosion resistance through tailored composition and processing.
INCONEL 718
Advanced Precipitation-Hardened Nickel-Based Superalloy for Extreme Environments
This γ’-strengthened nickel-chromium superalloy leverages advanced precipitation hardening mechanisms to deliver sustained high-temperature performance (700–1000°C), combining specific strength 3× higher than titanium alloys with density-optimized light weighting and multi-environment corrosion immunity, redefining material limits for next-generation propulsion and energy systems.