Customized Nano Materials For Industrial Applications
A 5iTech Company
Advanced Performance Materials
TiO2 Nanostructured Thermal Spray Powder
AlSher APM’s nanostructured powders produce superior coatings. These 
powders can be sprayed using conventional equipment because nano particles
(<100nm) are combined into agglomerates that have the same particle size
distribution as regular micron sized feedstock. (Conventional thermal spray
ceramic coatings are usually made from a powder feedstock with typical particle size
distribution 5 to 100 microns.)
Coatings produced from our nanostructured agglomerates have a bimodal microstructure
formed by semi-molten and fully molten particles. Due to this microstructure thermal
spray coatings produced from nanostructured powders demonstrate superior durability
compared to conventional thermal spray coatings*.
AlSher APM proprietary production processes permit the manufacture of
nanostructured thermal spray powders in ton quantities.
powders can be sprayed using conventional equipment because nano particles
(<100nm) are combined into agglomerates that have the same particle size
distribution as regular micron sized feedstock. (Conventional thermal spray
ceramic coatings are usually made from a powder feedstock with typical particle size
distribution 5 to 100 microns.)
Coatings produced from our nanostructured agglomerates have a bimodal microstructure
formed by semi-molten and fully molten particles. Due to this microstructure thermal
spray coatings produced from nanostructured powders demonstrate superior durability
compared to conventional thermal spray coatings*.
AlSher APM proprietary production processes permit the manufacture of
nanostructured thermal spray powders in ton quantities.
Thermal spray coatings produced from nanostructured ceramic agglomerated powders can be tailored to
different applications. Some of these applications demand coating properties with almost opposite
performance characteristics; for example, anti-wear and thermal barrier abradable coatings (TBC)*.
Nanostrustured Thermal Spray Coatings demonstrate superior durability and can significantly
improve performance and decrease service downtime for equipment. Therefore they are
highly desirable in extreme conditions:
•
Highly corrosive and abrasive environments in mining, ore purification, oil and gas drilling;
•
Salt water exposure of engines and components in ships, submarines, and underwater construction;
•
High temperature exposure and abrasion in gas turbine engines....
Our powders can be applied with consistency using Atmospheric Plasma Spray (APS), High Velocity Oxy
Fuel (HVOF) and Cold Spray Methods*.
We customize:
•
Particles Size distribution
•
Chemical Composition
•
Crystal Phase Composition
different applications. Some of these applications demand coating properties with almost opposite
performance characteristics; for example, anti-wear and thermal barrier abradable coatings (TBC)*.
Nanostrustured Thermal Spray Coatings demonstrate superior durability and can significantly
improve performance and decrease service downtime for equipment. Therefore they are
highly desirable in extreme conditions:
•
Highly corrosive and abrasive environments in mining, ore purification, oil and gas drilling;
•
Salt water exposure of engines and components in ships, submarines, and underwater construction;
•
High temperature exposure and abrasion in gas turbine engines....
Our powders can be applied with consistency using Atmospheric Plasma Spray (APS), High Velocity Oxy
Fuel (HVOF) and Cold Spray Methods*.
We customize:
•
Particles Size distribution
•
Chemical Composition
•
Crystal Phase Composition
For more information about Thermal Spray Powders and quotation requests please contact: info@alsherapm.com
Thermal Spray Powders
