초록 ▼

A method of filling CARC (chemical agent resistant coating) applicators ensures integrity of the CARC paint. The method incorporates the steps of the steps of pre-priming a container and applicator with a solvent to ensure evacuation of air; pre-reducing the chemical agent resistant coating with a r

A method of filling CARC (chemical agent resistant coating) applicators ensures integrity of the CARC paint. The method incorporates the steps of the steps of pre-priming a container and applicator with a solvent to ensure evacuation of air; pre-reducing the chemical agent resistant coating with a reduction thinning agent to a final viscosity such that the final assembled applicator produces an atomization mist suitable to apply said coating; agitating the pre-reduced coating on a paint shaker; continuously purging a hermetically sealed chamber with nitrogen or another dry inert gas; preheating all items that will come in direct contact with said coating to eliminate any residual moisture within each item; assembling said dry preheated items and immediately transferring them into said chamber inserting steel sphere agitation units into a dried container, such that each container contains three small spheres and one large sphere; transferring the coating into said chamber prior to opening said container; filling said container; and purging the filled container with nitrogen or other inert gas then immediately sealing said container and removing it from said chamber.

대표청구항 ▼

1. A method of filling a chemical agent resistant coating container and applicator comprising the steps of: pre-heating the chemical agent resistant coating container, as well as, steel sphere agitation units that will come in direct contact with a chemical agent resistant coating, to eliminate any

1. A method of filling a chemical agent resistant coating container and applicator comprising the steps of: pre-heating the chemical agent resistant coating container, as well as, steel sphere agitation units that will come in direct contact with a chemical agent resistant coating, to eliminate any residual moisture within the chemical agent resistant coating container and on the steel sphere agitation units;wherein the steel sphere agitation units include both large and small spheres;pre-reducing said chemical agent resistant coating with a reduction thinning agent to a final viscosity;wherein the final viscosity produces a consistency suitable for atomization mist by the applicator;agitating the pre-reduced chemical agent resistant coating on a paint shaker;transferring the pre-heated chemical agent resistant coating container, the pre-heated steel sphere agitation units, and the pre-reduced, agitated chemical agent resistant coating into a chamber;wherein the chamber is continuously purged and hermetically sealed with either nitrogen or a dry inert gas;inserting said pre-heated steel sphere agitation units into said pre-heated chemical agent resistant coating container within said chamber, such that each chemical agent resistance coating container contains three small spheres and one large sphere;filling said chemical agent resistant coating container with the pre-reduced chemical agent resistant coating; andpurging the filled chemical agent resistant container with nitrogen or other inert gas, then immediately sealing said chemical agent resistant coating container and removing it from said chamber. 2. The method of claim 1 further including the step of: pre-priming the container and applicator with a solvent to ensure evacuation of air therefrom. 3. The method of claim 2 further including the steps of: encasing each of said filled containers with a non-permeable heat-shrink sleeve; thermally securing said heat-shrink sleeve into position; and encapsulating said container in an outer protective vapor barrier. 4. The method of claim 1 further including the steps of: transferring said purged filled container into a preheated explosion resistant oven to heat the coating to a predetermined temperature; upon reaching said predetermined temperature removing said container from said oven and immediately placing it in said chamber; and without permitting said container to cool, applying a tamper evident cap onto said container whereby said container, when cooled develops a thermally induced vacuum environment internally. 5. A method of filling a chemical agent resistant coating container and applicator comprising the steps of: pre-reducing a chemical agent resistant coating to a viscosity such that the applicator may produce an atomization mist;agitating the pre-reduced chemical agent resistant coating;pre-heating the chemical agent resistant coating container, as well as, steel sphere agitation units that will come in direct contact with a chemical agent resistant coating, to dry the chemical agent resistant coating container and the steel sphere agitation units;transferring the dried chemical agent resistant coating container, the dried steel sphere agitation units, and the pre-reduced, agitated chemical agent resistant coating into a chamber;wherein the chamber is continuously purged and hermetically sealed with dry inert gas;inserting the dried steel sphere agitation units into the dried chemical agent resistant coating chamber container;filling said chemical agent resistant coating container with the pre-reduced chemical agent resistant coating; andpurging the filled chemical agent resistant container with inert gas, then immediately sealing said chemical agent resistant coating container and removing it from said chamber. 6. The method of claim 5 further including the step of pre-priming the container and applicator to ensure evacuation of air therefrom. 7. The method of claim 6 further including the steps of: encasing each of said filled containers with a non-permeable heat-shrink sleeve; thermally securing said heat-shrink sleeve into position; and encapsulating said container in an outer protective vapor barrier. 8. The method of claim 5 further including the steps of: producing a thermally induced vacuum environment to further seal said container. 9. The method of claim 8 wherein said thermally induced vacuum environment is produced by heating said container to a predetermined temperature, and immediately sealing said container in said chamber.