Jet engine and airframe technical orders established and in place. 

Test results of 100% when tested to MIL-L-63460D, Sec. 4.9 Fire Residue Removal. 

 Passed the O-Ring Polymer requirements and can be used to remove Carbon/Coke Deposits from Augmentor Controls. 

Tests results showed no Organic Contaminants found when using the FTIR test method to remove Silicone Oils, a 10% mixture was used for these tests. 

Tested at both 25 and 50% concentrations, at room temperature and heated to 150° F., for 12 and 24 hours.

The metals tested were 2024 Non-Anodized Aluminum Panels, 356-T6 Cast Aluminum Panels with a MIL-A-8625, type 3 Anodized Coating and Titanium Panels.

In 1993 DOD funded a study to reduce or eliminate their need for Ozone Depleting Cleaner. 

Fifty plus products were selected and tested. 

They recommended the five best cleaner. 

The BEYOND‑2005™ and BEYOND-2002® were two of the recommended cleaner. 

Tested to ASTM G121-93 and ASTM G122-96, MIL-C87937B, Cleaning Effectiveness and Compatibility test. 

We have documentation and offer points of contact to verify these statements.

Petroleum and water soluble coolants, most inks, lay out dyes, silicone oils and grease, fluorinated oil and grease, per-fluorinated grease, and burnt-in carbon deposits, cosmoline, preservatives, general type grease and other type contaminants associated with manufacturing and R/O cleaning applications.

Ultrasonic

Heated dip tanks

Cold Soak

Flushing

Purging