| HPL-1110 |
A flexible, low viscosity, easy to
use coating system, used on structural steel,
tank exteriors or other areas where extra
corrosion resistance is required. It is shipped
DOT non corrosive |
| HPL-1110-PW |
A low viscocity coating used in
potable water tanks. It is certified to the
ANSI/NSF 61 standard. It may be used on
concrete or steel tanks |
| HPL-1510 |
A low viscosity holding primer for
steel surfaces allowing for extremely long
overcoat windows |
| HPL-2131 |
A trowelable material which is
designed to rebuild and/or protect tanks
subject to severe erosion and corrosion. It is
best applied using a mastic or grout pump |
| HPL-2201 |
A low temperature, fast curing,
moderately low viscosity product with
outstanding abrasion and chemical resistance.
It can be used for process vessels, baghouse or
precipitator walls, coal bunkers or flooring.
It is designed to be applied by hand or with
plural component spray equipment |
| HPL-2221 |
A medium viscosity product with
outstanding abrasion resistance, impact
resistance and flexibility. It can be used for
rail cars, ash hoppers, slurry tanks, secondary
containment, travelling water screens or
anywhere requiring flexibility, abrasion and
chemical resistance. It is designed to be
applied by hand or with plural component spray
equipment |
| HPL-2310 |
A low viscosity, long potlife
coating with excellent chemical resistance in
an ambient cured material. It is designed to be
applied by brush, roller or conventional
airless equipment |
| HPL-2510 |
An outstanding, versatile and easy
to use 100% solids material. It can be used for
circulating water pipe, sewage treatment
systems or process water tanks. It can be
applied by brush, roller or conventional spray
equipment. Also available in FDA compliant
version |
| HPL-2510-UW |
A moisture tolerant version of
2510 which can be used on dams, oil rigs, steel
or concrete structures. It can be applied under
water and on wet surfaces |
| HPL-3320 |
A fast curing bis-phenol F epoxy
used primarely for secondary containment where
excellent chemical resistance to sulphuric and
other inorganic acids is required at ambient
cure temp |
| HPL-4300 |
A high temperature, abrasion
resistant, trowel applied product for boiler
skirts, incinerator outlets or anywhere
requiring resistance to abrasive elements at
high temperatures |
| HPL-4310 |
A high functionality, 100% solids
novolac material, which can be applied by
conventional airless spray equipment. It can be
used in power plant outlet ducts, utility
systems, petrochem and acid storage tanks or
anywhere requiring outstanding chemical
resistance in a easy to apply coating
system |
| HPL-4320 |
A high functionality,100% solids
novolac material designed for concentrated
sulphuric acid and other inorganic acid
service. It can be applied by hand but is most
efficiently applied over large areas by plural
component airless. Requires elevated
temperature cure |
| HPL-4320-XC |
A more chemical resistant version
of 4320 designed for constant immersion in high
concentrations of sulphuric and other inorganic
acids. Although it can be applied by hand in
small areas, it is most efficiently
appliedusing plural component spray equipment.
Requires elevated temperature cure |
| HPL-4321 |
A special version of 4320 designed
for methylene chloride and other solvents.
Requires elevated temperature cure |
| HPL-4323 |
A flexibilized version of the 4320
used for secondary containment, ductwork or
anywhere requiring better flexibility with
extremely good chemical resistance |
| HPL-4330 |
A trowellable, 100% solids novolac
lining with outstanding chemical resistance. It
is primarely used in areas requiring the
ultimate in chemical and abrasion resistance.
It is most efficiently applied by grout pump.
It can also be applied by trowel or
squeegee |
| HPL-6310 |
A clear lining with outstanding
colour stability and UV resistance. It also
offers moderate chemical and abrasion
resistance. It is used primarely as UV
resistant topcoat on systems where no yellowing
or discolouration can be tolerated. It can be
cured at temperatures as 4,5 °C with
proper procedures |