Home News Technologies Corporate Info Contact Us  
 
Nanovate™ Platforms Nanovate™ EM
Nanovate™ NV
Nanovate™ NS
Nanovate™ NP
Nanovate™ CR GBE Platforms
GBEST®

GBE®

Fatigue & Creep Resistance

GBE® is a thermomechanical bulk metal processing technique that is used to create components that exhibit exceptional
high temperature fatigue-, creep-, and corrosion-resistance.

 

Performance Benefits

GBE® process improves Ni Super Alloys by:


Increasing the resistance to stress corrosion cracking
and intergranular corrosion
 
Improving resistance to fatigue induced surface cracks
 
Greatly increasing high temperature creep resistance
 
Adding greater sulfidation resistance
 
Improving weldability
 
No new alloy qualification required
 
In many cases, exisitng manufacturing processes, can be
used or modified to achieve GBE® structures
   

 
 

Concept
 
 
 
 
 
Featured Articles:
 
Aplications for Grain Boundaries
 
 
 
Examples of GBE® Applications:
 
 
             
Nuclear Steam
Generator Tubing
  Pulp & Paper
Recovery Boilers
  Lead Acid
Batteries
  Jet Engine
Components

 

Integran Provides its Customers:
 
• Design input and projected performance benefits.
• Test coupon preparation and analysis.
• Site and application specific licensing.
 
 

Partners & Customers:
 
NASA
   
US Air Force
 
 
About Integran


 
GBE®
GBEST®
Nanovate EM
Nanovate NP
Nanovate NS
Nanovate CR
Nanovate NV
 
Home
Technologies
News
Corporate Info
Contact Us

 
About Integran
Joint Ventures
Partners
GBE Platforms
Nanovate Platforms

Site By: Accent Creative