ampp cip 1 Exam Questions and Answers
with Verified Solutions | Latest Updated
2026
Latex Emulsions waterborne emulsion materials
(Water-Based) made with synthetic binders
non-convertible: coalescence high
humidity prevents curing, surface
temp too high causes blistering
alkyd oil based coatings convertible:
oxidation toxic VOC & HAPs multi
coat system saponification over
galvanized metal
epoxy most used, composed of epoxy resin
(part A) and curing agent hardener
(part B) convertible: Co-reaction
Toxic VOC & HAP's multi coat
system wrong ratio prevents curing
fluoropolymer ultra durable topcoats, long term iv
protection convertible: co-reaction
toxic VOC and HAP's multi coat
system ensure proper DFT of clear
coat, correct size roller (1/4 inch)
inorganic zinc-rich is the most specified primer, offer
the best cathodic protection single
coating system convertible:
hydrolysis mud cracking can occur if
, too thick, ensure RH over 40%
organic zinc-rich protects the metal surface
sacrificially, easy to apply
convertible: co-Reaction single coat
coating system
polyaspartic achieves low or near zero VOC
systems, replace high VOC
polyurethane finish coats
convertible: Co-reaction single coat
system isocyanates present
polyester high build coatings used in
petroleum storage tank linings
convertible: co-reaction multi coat
system very short pot and shelf life
polysiloxane and siloxane abrasion, chemical, high
temperature, and extreme UV
resistance convertible: co-reaction
multi coat system proper finish of
previous coat must be ensured
polyurea instant set high build coatings
convertible: co-reaction single coat
system isocyanates present,
sensitivity to
moisture/contamination, short pot
life
polyurethane provide long term color and gloss
retention convertible: co-reaction
with Verified Solutions | Latest Updated
2026
Latex Emulsions waterborne emulsion materials
(Water-Based) made with synthetic binders
non-convertible: coalescence high
humidity prevents curing, surface
temp too high causes blistering
alkyd oil based coatings convertible:
oxidation toxic VOC & HAPs multi
coat system saponification over
galvanized metal
epoxy most used, composed of epoxy resin
(part A) and curing agent hardener
(part B) convertible: Co-reaction
Toxic VOC & HAP's multi coat
system wrong ratio prevents curing
fluoropolymer ultra durable topcoats, long term iv
protection convertible: co-reaction
toxic VOC and HAP's multi coat
system ensure proper DFT of clear
coat, correct size roller (1/4 inch)
inorganic zinc-rich is the most specified primer, offer
the best cathodic protection single
coating system convertible:
hydrolysis mud cracking can occur if
, too thick, ensure RH over 40%
organic zinc-rich protects the metal surface
sacrificially, easy to apply
convertible: co-Reaction single coat
coating system
polyaspartic achieves low or near zero VOC
systems, replace high VOC
polyurethane finish coats
convertible: Co-reaction single coat
system isocyanates present
polyester high build coatings used in
petroleum storage tank linings
convertible: co-reaction multi coat
system very short pot and shelf life
polysiloxane and siloxane abrasion, chemical, high
temperature, and extreme UV
resistance convertible: co-reaction
multi coat system proper finish of
previous coat must be ensured
polyurea instant set high build coatings
convertible: co-reaction single coat
system isocyanates present,
sensitivity to
moisture/contamination, short pot
life
polyurethane provide long term color and gloss
retention convertible: co-reaction
