+44 (0) 1642 929 130

Globus Metal Powders

GMP® 625™GMP® 625™ metal powder is used to create high-strength parts that can withstand extreme temperatures and corrosive environments.

Nickel-Chromium-Molybdenum Superalloy Powder for Corrosion Resistance and High-Temperature Performance

GMP® 625™ from Globus Metal Powders is a nickel-chromium-molybdenum superalloy powder designed for exceptional corrosion resistance, oxidation protection, and high-temperature mechanical performance. Produced via argon inert gas atomisation, this powder benefits from ultra-low oxygen levels, tightly controlled minor elements, and optimised spherical particle morphology, making it ideal for PM-HIP, additive manufacturing (AM), metal injection moulding (MIM), and thermal spray applications. 

GMP® 625™ is widely used in marine, chemical processing, aerospace, nuclear and energy applications, where components are exposed to aggressive chemical environments, elevated temperatures, and demanding operational cycles. Its composition delivers superior resistance to pitting, crevice corrosion, and stress corrosion cracking, ensuring long-term reliability for critical components. 

Differentiation

When compared with other powders in the Globus portfolio: 

  • Versus 718™: 625™ emphasises chemical and corrosion resistance, whereas 718™ is focused on high-temperature strength, fatigue, and creep performance. 
  • Versus Alloy X: Alloy X excels at extreme high-temperature oxidation and creep resistance, while 625™ provides excellent corrosion protection in aggressive, moderate-temperature environments. 
  • Versus 939™: 939™ prioritises stress rupture and creep resistance at ultra-high temperatures, whereas 625™ is selected for corrosion-critical applications rather than maximum high-temperature strength. 
  • Versus Invar 36™: Invar 36™ is designed for dimensional stability under thermal cycling, whereas 625™ delivers mechanical performance plus chemical durability. 
  • Versus stainless steels like 316L™, F53™, and ferritic/martensitic steels like P91™, EUROFER97: 625™ provides a higher nickel and molybdenum content, offering superior corrosion resistance and oxidation protection compared to these steels in chemically aggressive environments. 

 

GMP® ultra-low oxygen powders with tightly controlled minor elements reduce the risk of oxide inclusions and internal defects, critical for PM-HIP densification and additive manufacturing reliability. Its spherical particle morphology and optimised particle size distribution (PSD) ensure consistent flow, packing, and uniform layer deposition, enhancing component integrity and performance. 

Applications

  • Marine & Offshore: valves, pumps, and manifolds exposed to seawater and harsh environments. 
  • Chemical & Petrochemical: reactors, piping, and equipment in corrosive media. 
  • Aerospace & Defence: high-temperature components exposed to oxidising atmospheres. 
  • Nuclear and Power Generation: steam generator, pump and valve components requiring corrosion and radiation protection. 
  • Additive Manufacturing: complex geometries requiring chemical and thermal reliability. 
  • PM-HIP & MIM: dense, defect-free components with long-term corrosion resistance. 

Key Advantages

  • Outstanding corrosion and oxidation resistance, even in chemically aggressive environments. 
  • Ultra-low oxygen and tightly controlled minor elements for defect-free densification. 
  • Spherical particle morphology and optimised PSD for predictable flow, packing, and layering. 
  • Internal laboratory verification ensures chemistry, PSD, and density consistency. 
  • Customisable powders tailored for PM-HIP, AM, MIM, and thermal spray applications. 
Grade Process PSD (min) PSD (max) Data sheets Stock Status Part No Request a Quote
GMP® 625™ LPBF 15 45 PDF In Stock 0001339
20 53 PDF 0001342
EBM 45 106 PDF 0001334
DED 45 150 PDF 0001336
PM-HIP 0 300 PDF 0001338
MIM 0 20 PDF In Stock 0001337
Request a custom specification

Alternative Metal Powders

GMP® P92™

GMP® P92™ from Globus Metal Powders is a chromium-molybdenum ferritic-martensitic steel powder engineered for exceptional high-temperature strength, creep resistance, and thermal stability.

GMP® F75™

GMP® F75™ from Globus Metal Powders is a cobalt-chromium (Co-Cr) alloy powder engineered for exceptional corrosion resistance, high strength, and biocompatibility.

GMP® 939™

GMP® 939™ from Globus Metal Powders is a nickel-chromium-cobalt superalloy powder designed for maximum high-temperature creep resistance, stress rupture strength, and fatigue performance.

GMP® 415™

GMP® 415™ (X3CrNiMo13-4) from Globus Metal Powders is a martensitic stainless steel powder engineered for high-strength structural applications, excellent corrosion resistance, and predictable mechanical performance.

GMP® 36™

GMP® 36™ from Globus Metal Powders is a nickel-iron (FeNi36) alloy powder engineered for extremely low thermal expansion, high dimensional stability, and predictable mechanical performance.

GMP® 02-833™

GMP® 02-833™ from Globus Metal Powders is a premium nickel-aluminium bronze (NiAl Bronze) powder engineered for superior corrosion resistance, mechanical strength, and wear performance in marine and industrial environments.

GMP® SA508™

GMP SA508™ from Globus Metal Powders is a low-alloy steel powder optimised for high-strength, fracture-resistant components, particularly in pressure vessel and critical structural applications.

GMP® 300M™

GMP® 300M™ from Globus Metal Powders is a high-strength, low-alloy steel powder optimised for critical aerospace, defence, and high-performance structural components.

GMP® M300™

GMP® M300™ from Globus Metal Powders is a premium maraging steel powder designed for exceptional strength, toughness, and dimensional stability.

START YOUR NEXT PROJECT WITH CONFIDENCE

Whether you require ultra-low oxygen grades, bespoke particle size distributions or high-volume supply, our team is ready to support your requirements. 

Speak to our specialists today to discuss your application or request a quotation.

This field is for validation purposes and should be left unchanged.
Name(Required)
Please let us know what's on your mind. Have a question for us? Ask away.