By pelting the component repeatedly with steel, glass, or ceramic shot, we can increase the fatigue life. The process creates a compressed surface layer which removes any microscopic cracks that could later cause fatigue failure. Read more...More Product Announcements from Aerospace Defense Coatings Of Georgia
NADCAP accredited Aerospace Defense Coatings of Georgia has comprehensive services certification in:
Chromic Acid, Sulphuric (All Colors), Hardcoat, Phosphoric
Applies to Abrasive Cleaning, Pre-Penetrant Etching, Stripping of Organic and Inorganic Finishes, Specif... Read more...
Part Marking aids in part identification and tracking. Part Marking involves coding placed onto a part or component in a certain manner to aid in identifying or verifying authenticity. We are able to work with all possible base materials.
For part marking we adhere to:
- MIL-STD-130: Identification Marking of US Military Property...
The magnetic particle examination method is used to detect cracks, laps, seams, inclusions, and other discontinuities on or near the surface of ferromagnetic materials. Read more...More Product Announcements from Aerospace Defense Coatings Of Georgia
Liquid penetrant examination processes are applicable to in-process, final, and maintenance (in-service) inspections. Read more...More Product Announcements from Aerospace Defense Coatings Of Georgia
Hardness testing determines the material's resistance to platic (permanent) deformation. Conductivity Testing defines a material's ability to allow the flow of electrons through its lattice structure.
We offer both Hardness and Conductivity testing for material verification. We employ various methods such as:
We offer the follwoing Hardness Tests:
The newest advancement described by experts as "the perfect memory technology" relies on ultra-pure, Pyroid® pyrolytic graphite in the most critical processes by providing the lowest erosion rate of any known material. This extremely pure, high density, material provides strength and hardness along with very low porosity that is virtually impermea... Read more...More Product Announcements from MINTEQ® International Inc, Pyrogenics Group
Chemical milling can be done from all surfaces or selectively via masking. Milling is done to print or specification.
Typical applications of chemical milling include Inconel jet engine mixer components, titanium exhaust system cowlings, forgings (titanium, steel, or hi-temp), engine combustion cases, and thin wall tub... Read more...More Product Announcements from Tech Met Inc.
Tech Met has developed (and patented) a unique surface texture used primarily on orthopedic implants. This surface promotes bone on-growth and osseointegration. This surface has been employed on both titanium and cobalt chrome components.
Other applications include enhanced bonding surfaces for metal to composite joining. Read more...
Tech Met has worked to develop a variety of chemical milling and etch related processes to enable production of such products as fusion welded Inconel heat exchangers, titanium metal matrix composites, thin metallic foils down to .0004" thick, and precision patterns etched on 3-dimensional shapes. Read more...More Product Announcements from Tech Met Inc.