TABLE XIV Continued 



System and Color 



lUO- Aluminum-pigmented hydrocarbon resin 



(aluminum) 

 lUOZ. Zinc inorganic silicate (self-cured) 



Modified phenolic-epoxy red iron oxide 



tie coat 

 Aluminum-pigmented hydrocarbon resin finish 



lUl- Vinyl-alkyd (gray) 



lUlZ. Zinc inorganic silicate (self -cured) 



MIL-P-I5328B (Formula 117), pretreatment 



pr imer 

 MIL-P-I5929B (Formula 119), vinyl red-lead 



primer 

 MIL-E-I5936B (Formula 122-27), vinyl-alkyd 

 finish 



No. of 

 Coats 



Thickness 

 (mils) 



1 



3.0 



1 



1.0 



3 



9.0 





Total 13.0 



1 



3.0 



1 



0.5 



3 



6.0 



2 



U.5 





Total lU.O 



IU2- Aluminum-pigmented hydrocarbon resin 



(aluminum) 

 1U2Z. Zinc inorganic silicate (post-cured) 



Modified phenolic-epoxy red iron oxide 



tie coat 

 Aluminum-pigmented hydrocarbon resin finish 



IH3- Vinyl-alkyd (gray) 



IU3Z. Zinc inorganic silicate (post-cured) 



MIL-P-I5328B (Formula 117), pretreatment 



primer 

 MIL-P-I5929B (Formula 119), vinyl red-lead 



primer 

 MIL-E-I5936B (Formula 122-27), vinyl-alkyd 

 finish 



ikk- Vinyl-alkyd (gray) 



lUUz. MIL-P-I5328B (Formula 117), pretreatment 

 primer 

 MIL-P-I5929B (Formula 119), vinyl red-lead 



primer 

 MIL-E-I5936B (Formula 122-27), vinyl-alkyd 

 finish 



1 



2.0 



1 



1.0 



3 



8.0 





Total 11.0 



1 



2.5 



1 



0.5 



k 



6.0 



2 



6.0 





Total 15.0 



1 



0.5 



h 



6.0 



2 



k.O 



Total 10.5 

 From Aliimbaugh and Brouillette (1966) 



A-36 



