|
Ecoalube® 642
|
Ecoalube 642 is a thermally cured, MoS2 based solid
film lubricant with a high molecular weight epoxy binder system. This
coating provides excellent chemical resistance, wear life, abrasion
resistance and performs best in higher load carrying applications. Ecoalube 642 is qualified to MIL-L-46010E Ty II, AS-5272 Ty II, and PWA
474.
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Electrobond ® 1777
|
Call
for product information.
|
|
Esnalube ® 382
|
Esnalube 382 is a Low VOC, thermally cured, MoS2 based solid
film lubricant with a silicate binder system. This coatings is designed to
provide anti-seize and anti-galling properties in fastener related
applications. Esnalube 382 also provides an
extremely low coefficient of friction, very good chemical resistance
properties and performs best over a wide range of loads.
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Everlube ® 1329
|
Everlube 1329 is a Low VOC, graphite
based solid film lubricant which utilizes a two component high solid epoxy
binder system. This coating provides good abrasion resistance, chip and
impact resistance while offering a low coefficient of friction. Everlube 1329 maintains its good appearance when
subjected to impact, scuffing, chafing, bearing wear, and acid fumes.
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Everlube ® 29GMX
|
Everlube 29 GMX is a thermally cured,
MoS2/Graphite based solid film lubricant which utilitizes
a silicone binder system. This coating is specifically designed to provide
lubrication in higher temperature environments. It also provides an
extremely low coefficient of friction, very good chemical resistance, and
good wear life properties. Everlube 29 GMX also
provide very good anti-seizing properties in a wide variety of
applications.
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Everlube ® 6102G
|
Everlube 6102G is a thermally cured,
PTFE/MoS2 based solid film lubricant with a high molecular weight phenolic binder system. This coating enhances the
torque/tension relationship in fasteners applications, which allows for a
tighter clamp loads and less variability. Everlube
6102G is purchased by a wide variety of markets, ranging from Automotive to
Medical.
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|
Everlube ® 6107
|
Everlube 6107 is a thermally cured
solid film lubricant that contains a small dispersion of PTFE to enhance
torque/tension properties. It is frequently used as a barrier coating to
provide very good chemical resistance along with superior corrosion and
chip resistance. Everlube 6107 is purchased by a
wide variety of markets, ranging from Medical to Chemical Processing.
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|
Everlube ® 6108
|
Everlube 6108 is a thermally cured,
PTFE based solid film lubricant with a high molecular weight phenolic binder system. It provides improved
torque/tension control on a wide variety of threaded fastener applications.
Everlube 6108 offers excellent corrosion
resistance, very good chemical resistance, and good abrasion resistance. Everlube 6108 is sold to a wide variety of automotive
specifications.
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|
Everlube ®6110
|
Everlube 6110 is a thermally cured,
PTFE based solid film lubricant with a high molecular weight epoxy binder
system. This coating provides excellent chip and abrasion resistance, very
good chemical resistance and performs best in lighter load carrying
applications.
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|
Everlube ®6111
|
Everlube 6111 is a thermally cured,
PTFE/MoS2 based solid film lubricant with a high molecular weight epoxy
binder system. This coating is ideal for application which require excellent
corrosion resistance along with a very low cofficient
of friction. Everlube 6111 also offers very good
chip and wear resistance.
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|
Everlube ®6112
|
Everlube 6112 is a thermally cured,
MoS2 based solid film lubricant with a high molecular weight epoxy binder
system. This coatings provides excellent wear resistance in almost any
environment. Along with its wear resistance, Everlube
6112 is ideal for applications where an abrasion and corrosion resistant
coating is needed. Everlube 6112 also offers
excellent barrier protection from harsh chemicals and solvents.
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|
Everlube ®6150
|
Everlube 6150 is a thermally cured,
aluminum pigmented coating with a high molecular weight phenolic
binder system. This coating is recommended for aerospace fasteners in
interference fit applications reducing installation force while eliminating
the electrochemical and stress corrosion problems in high strength alloys. Everlube 6150 aluminum pigmented coating, qualified to
Boeing Material Specification BMS 10-85E, Type I, Class A and Class B and
designed to meet National Aerospace Standard NAS 4006.
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Everlube ®6173
|
Everlube 6173 is a PTFE filled, water
based solid film lubricant with an acrylic/vinyl binder system. This
coating offers the flexbility to stretch and fill
voids in threaded surface areas which helps to seal burred or ragged
threads. Everlube 6173 also provides resistance
to vibration and is not affected by water and/or most oils.
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Everlube ®6180
|
Everlube 6180 is a thermally-cured,
resin-bonded, fluorocarbon coating that contains no heavy metals or toxic
substances. It is highly suited for bio-compatibility testing and Medical
use. This coating provides good fluid resistance, a very low coefficient of
friction and excellent wear resistance properties. Everlube
6180 can be applied to both corrosion resistant and non-corrosion resistant
base materials. Everlube 6180 is purchased by a
wide variety of markets, ranging from Medical to Industrial.
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Everlube ®620A
|
Everlube 620A is a thermally cured MoS2
based solid film lubricant which utilizes a high molecular weight phenolic binder system. This coating provides excellent
chemical resistance, good abrasion and corrosion resistance. This coating
is recommended for aluminum alloys, magnesium alloys and any base substrate
which cannot withstand curing temperatures above 300° F.
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|
Everlube ®622
|
Everlube 622 is a thermally cured
bonded solid film lubricant containing graphite and other lubricant
additives in a high molecular weight binder system. Everlube
622 was formulated specifically for fasteners to provide enhanced
torque-tension properties, corrosion resistance and good durability for
severe industrial environments. Everlube 622 is
formulated without heavy metals any or toxic materials commonly found in
conventional lubricant coatings.
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|
Everlube ®624
|
Everlube 624 is a thermally cured, MoS2
containing, solid film lubricant with a high molecular weight phenolic binder system. This coating provides very good
wear life, chemical resistance, and good abrasion resistance. Everlube 624 provides low prevailing drive torque and
consistent torque/tension relationships.
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|
Everlube ®626
|
Everlube 626 is a thermally cured MoS2
based solid film lubricant which utilizes a high molecular weight phenolic binder system. This coating provides excellent
abrasion resistance, very good chemical resistance, and good wear life. Everlube 626 offer exceptional performance properties
and contains no antimony or lead compounds.
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|
Everlube ®645
|
Everlube 645 is a thermally cured, lead
free, MoS2 based solid film lubricant with a high molecular weight epoxy
binder system. This coating provides excellent chemical resistance, wear
life, and performs best in higher load carrying applications.
|
|
Everlube ®690
|
Everlube 690 is a thermally cured MoS2
based solid film lubricant which utilizes a high molecular weight phenolic binder system. This coating was primarily
developed to prevent galling and seizing for fasteners and fastening
related applications. It is recommended for use with self-locking
fasteners.
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|
Everlube ®810
|
Everlube 810 is a thermally cured,
MoS2/Graphite based solid film lubricant with a silicone binder system.
This coating is specifically designed to provide lubrication in higher
temperature applications. Everlube 810 also
provides a low coefficient of friction, very good wear life and performs
well in higher load carrying
applications.
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|
Everlube ®811
|
Everlube 811 is a low VOC, thermally
cured, MoS2/Graphite based solid film lubricant which utilizes a silicate
binder system. This coating provides excellent thermal stability, very good
chemical resistance, lead free, and performs best in higher load carrying
applications. Everlube 811 is sold to the
following specifications: Mil-L-81329C and Mil-PRF-81329D.
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|
Everlube ®812
|
Everlube 812 is a thermally cured, MoS2
based solid film lubricant with a silicate binder system. This coating is
specifically designed to provide lubrication in higher temperature
applications. Everlube 812 also provides a low
coefficient of friction, and very good wear life. Everlube
812 qualifies to a wide variety of aerospace specifications.
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|
Everlube ®853
|
Everlube 853 is a water-based,
thermally-cured high temperature anti-gallant lubricant containing graphite
with an inorganic binder. Everlube 853 is
designed to lubricate under high temperatures in aviation and propulsion
applications. It is ideally suited for fasteners to provide enhanced
torque-tension properties and also provides good durability for severe
industrial environments. This product does not contain molybdenum disulfide,
lead, heavy metals or antimony compounds.
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Everlube ®9400
|
Everlube 9400 is a thermally cured, low
VOC, PTFE based solid film lubricant with an organic binder system. This
coating is designed to provide good release properties during production
and assembly of rubber and plastic parts.
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|
Everlube ®967
|
Everlube 967 is a themally
cured, MoS2 based solid film lubricant with a polyimide binder system. This
coating is specifically designed to provide lubrication in higher
temperature applications. Everlube 967 also
provides very good chemical resistance, abrasion resistance, and performs
best in higher load carrying applications. Everlube
967 is sold to the following specifications; AS 1701 Type III, GE's
A50TF303 and A50TF291.
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|
Everlube ®968
|
Everlube 968 is a graphite/tin/bismuth
based solid film lubricant with a Polyamide-imide
binder system. This coating is specifically designed to work to prevent
metal to metal contact when used in presence of conventional lubricants
such as fuels, oils, greases or other fluid environments. Everlube 968 coating also offers very good thermal
stability and good chemical resistance.
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|
Everlube ®9800
|
Everlube 9800 is a thermally cured, low
VOC protective coating with a high molecular weight organic binder system.
This coating is designed to provide excellent corrosion resistance in a
wide variety of environments and may also be used as a primer. Everlube 9800 also offers exceptional chemical and
abrasion resistance while meeting all of the current and proposed low VOC
regulations. For a water based coating, this product is very user friendly.
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|
Everlube ®R-75
|
Everlube R-75 is a thermally cured,
PTFE based solid film lubricant with a polyamide-imide
binder system. Everlube R-75 offers very good
durability and abrasion resistance while also providing very good thermal
stability. Everlube R-75 is ideal for lighter
load-carrying applications. Everlube R-75 is
purchased by a wide variety of markets, ranging from Automotive to Medical.
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|
Everlube® 620
|
Everlube 620 is a molybdenum disulfide
and graphite based solid film lubricant in a thermally cured organic binder
system. Everlube 620 provides superior wear
reduction, extremely high load-carrying capacity, a low coefficient of
friction and prevents both galling and seizing. Everlube
620 is also qualified to MIL-L-
25504, and BMS 3-8.
Everlube 620 is purchased by a wide variety of
markets, including Aerospace and Medical.
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|
Everlube® 620C
|
Everlube 620C is a thermally cured MoS2
based solid film lubricant with an organic binder system. Everlube 620C provides very good wear life, good
abrasion resistance and performs best in higher load carrying applications.
Everlube 620C is also qualified to MIL-L-8937D,
MIL-L-46010E Ty 1 and AS-5272 Ty.
1. Everlube 620C is purchased by a wide variety
of markets, including Aerospace and Medical.
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|
Everlube® 720
|
Everlube 720 is a commercial grade,
thermally cured, PTFE based solid film lubricant with an organic binder
system. This coating provides very good chemical resistance, wear life,
corrosion resistance and performs best in lighter load carrying
applications. This coating offers good processing and color flexibility.
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|
Everlube® 721
|
Everlube 721 is a commercial grade,
thermally cured, PTFE based solid film lubricant with an organic binder
system. This coating offers excellent corrosion resistance, very good
chemical resistance, good abrasion resistance and performs best in lighter
load carrying applications. Everlube 721 offers
good processing and color flexibility.
|
|
Everlube® 722
|
Everlube 722 is a commercial grade,
thermally cured, PTFE based solid film lubricant with an organic binder
system. This coating provides very good release, noise reduction
properties, very good thermal stability and performs best in lighter load
carrying applications. Everlube 722 offers good
processing and color flexibility.
|
|
Everlube® 723
|
Everlube 723 is a commercial grade,
thermally cured, PTFE based solid film lubricant with an organic binder
system. This coating provides very good release, abrasion resistance,
reduces squeaking noises and performs best in lighter load carrying applications.
|
|
Everlube® 730
|
Everlube 730 is a commercial grade,
thermally cured, MoS2/Graphite based solid film lubricant with an organic
binder system. This coating provides an extremely low coefficient of
friction, very good abrasion resistance, good wear life, and performs best
in higher load carrying applications.
|
|
Everlube® 731
|
Everlube 731 is a commercial grade,
thermally cured, MoS2 based solid film lubricant with an organic binder
system. This coating provides very good chemical resistance, wear life,
good abrasion resistance and performs best in higher load carrying
applications.
|
|
Everlube® 732
|
Everlube 732 is a commercial grade, themally cured, MoS2 based solid film lubricant with an
organic binder system. This coating provides very good chemical resistance,
thermal stability, abrasion resistance, and performs best in higher load
carrying applications. Everlube 732 also helps
prevent galling and seizing.
|
|
Everlube® 733
|
Everlube 733 is a commercial grade,
thermally cured, MoS2 based solid film lubricant with an organic binder
system. This coating provides excellent wear life, abrasion resistance,
chemical resistance and performs best in higher load carrying applications.
|
|
Everlube® 9001
|
Everlube 9001 is a thermally cured, low
VOC MoS2/Graphite based solid film lubricant with a high molecular weight
epoxy binder system. This coating provides excellent abrasion resistance,
very good chemical resistance, good wear life, and performs best in higher
load carrying applications. Everlube 9001
currently qualifies to the following specifications: Boeing BMS 3-8.
|
|
Everlube® 9002
|
Everlube 9002 is a low VOC MoS2 based
solid film lubricant with a high molecular weight epoxy binder system. This
coating provides excellent wear life, abrasion resistance, very good
chemical resistance and performs best in higher load carrying applications.
Everlube 9002 currently qualifies to
MIL-PRF-46010F and GE A50TF303.
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|
Everlube® 9500
|
Everlube 9500 is a low VOC PTFE based solid
film lubricant with a high molecular weight organic binder system. This
coating provides excellent abrasion resistance, very good corrosion,
chemical resistance and performs best in lighter load carrying
applications. For a water based coating, this product is very user
friendly.
|
|
Everlube® 9600
|
Everlube 9600 is a low VOC,
thermally-cured, epoxy-based, fluorocarbon coating that exceeds all current
and proposed VOC regulations. This coating system offers excellent
corrosion resistance, good release and non-stick properties, and superior
chip resistance.
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|
Ever-Silk®
1225
|
Ever-Slik
1225 is a thermally cured, specially blended high molecular weight phenolic based coating which provides very good corrosion
resistance. It also offers good barrier protection from both abrasive and
harsh chemical environments.
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Ever-Slik ®1221
|
Ever-Slik
1221 is a thermally cured, specially blended high molecular weight phenolic based coating which provides outstanding
corrosion resistance in almost any environment. This coating provides
excellent chemical and corrosion resistance, and is ideal for applications
where abrasion resistance is needed. Ever-Slik
1221 was primary developed for barrier and protective coating related
applications.
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|
Ever-Slik ®1301
|
Everslik 1301 is a specially bonded
solid film lubricant especially formulated for the heavy-duty industrial
market. It provides good lubricity and corrosion resistance and prevents
galling and seizing. It has found great acceptance in the petrochemical
industry, especially on threaded fasteners and jack screws.
|
|
Ever-Slik® 1201
|
Ever-Slik
1201 is a thermally cured, specially blended high molecular weight epoxy based
coating which provides outstanding corrosion resistance in almost any
environment. Along with its excellent corrosion resistance, Ever-Slik 1201 is ideal for applications where an abrasion
resistant coating is needed. Ever-Slik 1201 also
offers excellent barrier protection from harsh chemicals and solvents.
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|
FormKote ®T-50
|
FormKote T-50 is a lubricating coating intended for use in the hot forming
of titanium metals to prevent galling in the forming operation. This
product is also excellent for die casting aluminum and zinc metals. It has
also been found to be of considerable value when used in tube bending or
extruding. The product is designed to function as a boundary lubricant in
cold forming operations and in hot forming at temperatures up to and
exceeding 1500°F.
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|
Henco-Mask Ty I
|
Call
for product information.
|
|
Henco-Mask Ty II
|
Call
for product information.
|
|
Kal-Gard 2240C
|
Call
for product information.
|
|
Kal-Gard AI
|
Kal-Gard AI is a thermally cured, MoS2/Graphite
based solid film lubricant with a high molecular weight phenolic
binder system. This coating provides an extremely low coefficient of
friction, very good chemical resistance, good wear life properties and
performs best over a wide range of loads.
|
|
Kal-Gard FA
|
Kal-Gard® FA is a thermally cured MoS2
based solid film lubricant with a high molecular weight phenolic
binder system. This coating provides very good wear life, chemical
resistance, good abrasion resistance and performs best in higher load
carrying applications. Kal-Gard FA is sold to the
following specifications; MIL-L-46010E Ty 2 and
AS 5272, ty 1.
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|
Kal-Gard Gunkote
|
Kal-Gard Gunkote
is a thermally cured, MoS2 containing coating with a high molecular weight phenolic binder system. Kal-Gard
Gunkote provides a reduced coefficient of
friction along with good corrosion resistance. The coating provides an
ideal protective finish for small arms manufacturers.
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|
Lube-Lok ® 5396
|
Lube-Lok
5396 is a thermally cured, MoS2/Graphite based solid film lubricant with a
high molecular weight phenolic binder system.
This coating provides an extremely low coefficient of friction, very good
chemical resistance, good wear life properties and performs best over a
wide range of loads. Lube-Lok 5396 is sold to the
following specifications; MIL-L-25504, Mil-L-22273 and Mil-L-8937.
|
|
Lube-Lok ® 77S
|
Lube-Lok
77-S is a thermally cured, MoS2/Graphite based solid film lubricant with a
high molecular weight phenolic binder system.
This coating provides excellent wear resistance, an extremely low
coefficient of friction, and performs best over a wide range of loads.
|
|
Lube-Lok ® 99A
|
Lube-Lok
99A is a thermally cured, MoS2/Graphite based solid film lubricant which
utilizes an epoxy binder system. This coating was specially formulated for
use with aluminum and other light metal applications, which require curing
less than 250° F. The low curing coating offers excellent flexibility of
heat sensitive substrates.
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|
Lube-Lok ® 4396
|
Lube-Lok
4396 is a thermally cured, MoS2/Graphite based solid film lubricant with a
high molecular weight phenolic binder system.
This coating provides an extremely low coefficient of friction, very good
chemical resistance, good wear life properties and performs best over a
wide range of loads.
|
|
Lube-Lok ® 4856
|
Lube-Lok
4856 is a graphite/tin/lead based solid film lubricant with a phenolic binder system. This coating is specifically
designed to work to prevent metal to metal contact when used in the
presence of conventional lubricants such as fuels, oils, greases or other
fluid environments. Lube-Lok 4856 also offers
very good thermal stability and good chemical resistance.
|
|
Lube-Lok ® 5306
|
Lube Lok®
5306 is a thermally cured MoS2 based solid film lubricant with a high
molecular weight phenolic binder system. This
coating provides very good wear life, chemical resistance, good abrasion
resistance and performs best in higher load carrying applications. Lube-Lok 5306 is sold to the following
specifications; MIL-L-8937D,
MIL-L-46010E Ty 1 and AS-5272 Ty.
1.
|
|
Lube-Lok ®1000
|
Lube-Lok 1000 is a ceramic bonded high temperature solid
film lubricant designed for use in
the
800-2000EF range. Its lubricating pigments consist of synthetic graphite
and lead oxide
which
provide low friction and high load carrying capacity at high temperature.
|
|
Lube-Lok ®2006
|
Lube-Lok
2006 is a thermally cured, MoS2/Graphite based solid film lubricant which utilitizes a silicone binder system. This coating is
specifically designed to provide lubrication in higher temperature
environments. It also provides an extremely low coefficient of friction,
very good chemical resistance, and good wear life properties.
|
|
Lube-Lok ®2109
|
Lube-Lok
2109 is a thermally cured, MoS2 based solid film lubricant with a high
molecular weight epoxy binder system. This coating provides excellent
chemical resistance, wear life, abrasion resistance and performs best in
higher load carrying applications. Lube-Lok 2109
is sold to the following specifications; MIL-L-46010E Ty
II, AS-5272 Ty II, and PWA 474.
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|
Lube-Lok ®22T
|
Lube-Lok
22-T is an air drying low energy cure, low VOC MoS2/Graphite based solid
film lubricant with an inorganic binder system. This coating was specially
developed for titanium, aluminum and magnesium forming applications. Lube-Lok 22-T helps to save energy and reduce tooling wear
by reducing friction while absorbing heat to promote metal heating. This
coating provides very good wear life and good chemical resistance, and
performs best in higher load carrying applications.
|
|
Lube-Lok ®22TG
|
Lube-Lok
22-TG is an air drying low energy cure, low VOC Graphite based solid film
lubricant with an inorganic binder system. This forging lubricant was
specially developed for superplastic titanium,
aluminum and magnesium forming applications. Lube-Lok
22-TG helps to save energy and reduce tooling wear by reducing friction
while absorbing heat to promote metal heating.
|
|
Lube-Lok ®4253
|
Lube-Lok
4253 is a thermally cured, graphite/Indium/silver based solid film
lubricant with a high molecular weight phenolic
binder system. This coating is specifically designed to work to prevent
metal to metal contact when used in presence of conventional lubricants
such as fuels, oils, greases or other fluid environments. Lube-Lok 4253 also provides a low coefficient of friction
and good chemical resistance.
|
|
Lube-Lok ®4306
|
Lube-Lok
4306 is a thermally cured, MoS2 based solid film lubricant with a high
molecular weight phenolic binder system. This
coating provides excellent chemical resistance, wear life, and performs
best in higher
load carrying applications.
|
|
Lube-Lok®2396
|
Lube-Lok
2396 is a low VOC, thermally cured, MoS2/Graphite based solid film
lubricant which utilizes a silicate binder system. This coating provides
excellent thermal stability, very good chemical resistance, lead free, and
performs best in higher load carrying applications. Lube-Lok 2396 is sold to the following specifications:
Mil-L-81329C and Mil-PRF-81329D.
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|
Lubri-Bond ® 320
|
Lubri-Bond 320 is an air drying,
PTFE based solid film lubricant with an epoxy binder system. This coating
provides good corrosion resistance, and performs best in lighter load carrying
applications.
|
|
Lubri-Bond ® 333
|
Lubri-Bond 333 is an air drying,
MoS2/Graphite water based solid film lubricant which utilizes an air curing
organic binder system. This coating offers a very low coefficient of
friction, good wear life while preventing galling and seizing in a wide
variety of applications. Lubri-Bond 333 is ideal
for use where a thermally cured coating is not practical.
|
|
Lubri-Bond ® N
|
Lubri-Bond N is an air drying,
MoS2/Niobium Diselenide based solid film
lubricant with an epoxy binder system. This coating was designed to be used
on rubbing surfaces where electrical conductivity is required.
|
|
Lubri-Bond ® 320S
|
Lubri-Bond 320S is an air drying,
PTFE based solid film lubricant with an epoxy binder system. This coating
was specially developed for the railroad industry. It provides very good
corrosion resistance and performs best in lighter load carrying
applications. Lubri-Bond 320S is also an
excellent touch-up lubricant for many of our thermally cured products.
|
|
Lubri-Bond ® B
|
Lubri-Bond B is an air dry,
MoS2/Graphite based solid film lubricant with an epoxy binder system which
was developed for brush-on application. Lubri-Bond
B provides an extremely low coefficient of friction, and performs best over
a wide variety of loads.
|
|
Lubri-Bond ® HT
|
Lubri-Bond HT is an air drying, MoS2
based solid film lubricant with a silicone binder system. This coating is
specifically designed to provide lubrication in higher temperature
environments. Lubri-Bond HT also provides a low
coefficient of friction, and performs best when used in
anti-galling/anti-seizing applications. Lubri-Bond
HT is sold to Pratt & Whitney - PWA 550.
|
|
Lubri-Bond® 220
|
Lubri-Bond 220 is an air drying,
MoS2 based solid film lubricant with an epoxy binder system. This coating
provides good corrosion resistance and performs best in higher load
carrying applications. It is ideal for applications that do not require a
thermally cured coating. Lubri-Bond 220 is also
an excellent touch-up lubricant for many of our thermally cured products. Lubri-Bond 220 is qualified to MIL-L-23398.
|
|
Lubri-Bond® 320R
|
Lubri-Bond 320R is an air drying,
PTFE based solid film lubricant with an epoxy binder system. This coating
provides very good corrosion resistance and performs best in lighter load
carrying applications. Lubri-Bond 320R is ideal
for applications that do not require a thermally cured coating and is an
touch-up lubricant. Lubri-Bond 320R is purchased
by a wide variety of markets, including Medical and Semiconductors.
|
|
Lubri-Bond® A
|
Lubri-Bond A is an air dry,
MoS2/Graphite based solid film lubricant with an epoxy binder system. This
coating provides an extremely low coefficient of friction, and performs
best over a wide variety of loads. Lubri-Bond A
qualifies to MIL-L-23398B.
|
|
Lubri-Bond® K
|
Lubri-Bond K is an air drying, MoS2
based solid film lubricant with an epoxy binder system. This coating
provides a low coefficient of friction, and performs best in higher load
carrying applications. It is ideal for applications that do not require a
thermally cured coating. Lubri-Bond K is also an
excellent touch-up lubricant for many of our thermally cured products.
|
|
No-Swab
WL-119
|
Call
for product information.
|
|
No-Swab
WL-33
|
Call
for product information.
|
|
Perma-Slik® 1460W
|
Perma-Slik 1460W is a low VOC,
water-based cetyl alcohol wax emuision.
This coating offers good lubricity and corrosion properties without
containing any heavy metals and/or hazardous materials. Perma-Slik
1460W qualified to MIL-L-87132, Rev. B, Grade C.
|
|
Perma-Slik® C
|
Perma-Slik C is an air drying, MoS2 based
solid film lubricant with an modified organic binder system. This coating
offers fast drying capibilities and is ideal for
use as a maintinance, or break-in lubricant
applications. It is ideal for applications that do not require a thermally
cured coating. Perma-Slik C is also an excellent
touch-up lubricant for many of our thermally cured products.
|
|
Perma-Slik® G
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Perma-Slik G is an air drying, MoS2 based
solid film lubricant with an epoxy binder system. This coating provides a
low coefficient of friction, good corrosion resistance, and performs best
in higher load carrying applications. Perma-Slik
G is qualified to MIL-L-23398, and MIL-PRF-46147C.
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Perma-Slik® RAC
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Perma-Slik RAC is an air drying,
MoS2/Graphite based solid film lubricant with an organo-metallic
binder system. This coating provides excellent thermal stability, low
coefficient of friction, very good wear life and performs well in higher
load carrying applications. Generally, this coating will dry to the touch
in less than 5 minutes.
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Perma-Slik® RGAC
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Perma-Slik RGAC is a graphite based solid
film lubricant with an organo-metallic binder
system. This coating provides extremely low coefficient of friction,
excellent thermal stability and performs best in higher load carrying
applications. Generally, this coating will dry to the touch in less than 5
minutes.
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Perma-Slik® RMAC
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Perma-Slik RMAC is a MoS2 based solid
film lubricant with a moisture-reacting, air dry organo-metallic
binder system. This coating provides very good wear life, thermal stability
and performs best in higher load carrying applications. Generally, this
coating will dry to the touch in less than 5 minutes. Ideal for field
applications where extensive pretreatments are not practical. The binder in
this coating is not compatible with water and caution should be taken to
insure no water is during processing.
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Perma-Slik® RMT
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Perma-Slik RMT is a PTFE/MoS2 based solid
film lubricant with an organo-metallic binder
systems. This air dry coating was specially designed to eliminate galling
and seizing in fastener related applications. Perma-Slik
RMT also provides very good wear life, thermal stability and performs in
light load carrying applications. Generally, this coating will dry to the
touch in less than 5 minutes.
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Perma-Slik® RP Primer
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Call
for product information.
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Perma-Slik® RRM
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Perma-Slik RRM is a MoS2 based solid film
lubricant with an inorganic binder system. This coating was developed to
lubricate components which remain in place for long periods of time. Perma-Slik RRM prevents wear, galling, and seizing in a
wide variety of environments. Generally, this coating will dry to the touch
in less than 30 minutes and is fully cured in 6 hours. Perma-Slik
RRM is used in many rail related applications.
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Perma-Slik® S
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Perma-Slik S is a MoS2 based solid film
lubricant with an alkyd binder system. This coating provides very good wear
life, thermal stability and performs best in higher load carrying
applications. Generally, this coating will dry to the touch in less than 5
minutes. The product works well as an assembly or break-in lubricant.
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X-Coat
211
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Call
for product information.
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