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Engine & Gear Oils |
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These oils are high quality oils containing sulphur-phosphorus additives, for anti-wear and extreme
pressure properties. These oils have superior thermal stability, low foaming tendency, excellent demulsibility and rust
protection characteristics required for lubrication of enclosed gear boxes employing either splash or force feed lubrication. |
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Its rust and oxidation inhibited cross head system oils, blended from highly refined base stock. These oils
possess good thermal stability, excellent water separation property and contain anti-foam additive. These are recommended
for crankcase lubrication of cross head marine diesel engine having separate crankcase lubrication. |
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Textile Oils |
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Textile oils designed for
the lubrication of textile machinery
particularly, the looms. Servotexshine oils
are formulated from light coloured mineral
base stocks having excellent oxidation
resistance. |
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They are blended with
non-staining light coloured oils of
non-mineral type possessing inherent
detergent qualities. These oils are further
additive treated to impart oxidation
resistance, anti rust, anti-foam and
anti-wear characteristics. |
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These oils are fortified
with tailor made additives for guaranteeing
excellent scourability properties, while
imparting anti-rust, anti-foam and anti-wear
characteristics. These oils have superior
scourability characteristics of (97-99%)
stain removal as compared to the usual 27%
scourability value achieved with the
normally used mill lubricants. |
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Servotexshine oils are These are
formulated to be biodegradable and
ECO-friendly products. As per the standard
biodegradability test (CEC-L-33-A-93) these
oils are found to possess over 95%
biodegradability and exceed the Indian and
European requirements of minimum 70%
biodegradability for ECO MARK. |
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Thermic/Heat Transfer Oils |
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Thermal oils are used to
carry thermal energy in process heating,
metal working, and machine cooling
applications. There are several types of
products. Circulating coolants, chiller
fluids, anti-freezes, and refrigerants are
used to transfer heat or provide cooling
within machinery, process equipment or
combustion engines. Hot oils, heater oils,
and other thermal fluids are used to provide
or transfer heat to a region near machinery
or process equipment. |
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Typically, products such as
refrigerants, hot oils, and anti-freezes
provide indirect heating or cooling and do
not come into contact with the machinery or
equipment. By contrast, metal working fluids
and quenchants contact the workpiece or
component directly. Most heat transfer
fluids and thermal oils are used in
circulating process heaters, chillers or
coolers between a heat source and heat sink.
Primary refrigerants provide cooling via
phase changes or a Rankine cycle that
consists of evaporative cooling and heat
transfer. Secondary refrigerants include
both circulating coolants and anti-freezes. |
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Heat transfer and
thermal oils vary in terms of chemical
composition. Synthetic products include
ester and diester compounds, polyglycol and
water-glycol fluids, and silicone-based
greases and oils. They are formulated from
alkaline organic and inorganic compounds and
used in diluted form with concentrations
ranging from 3% to 10%. Non-synthetic
products consist of petroleum or mineral
oils and may include water. Synthetic
products are more expensive than
non-synthetic fluids, but provide better
fire resistance and cooling performance. The
cost and heat transfer performance of
semi-synthetic fluids falls between those of
synthetic and soluble oil
fluids. Chlorofluorocarbons (CFCs) are
nonflammable chemicals that contain carbon,
chlorine, and fluorine. Halogenated
fluorocarbon (HFC), halogenated
chlorofluorocarbon (HCFC), and
perfluorocarbon (PFC) fluids are included in
this group. |
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They are used in a variety
of applications and industries. Some
products are used in aerospace, automotive,
marine, or military applications. Others are
used with combustion engines, processing
equipment, compressors, piston pumps, gears,
and final drives. Specialty heat transfer
fluids and thermal oils can inhibit or
prevent oxidation, corrosion, or microbial
growth. Biodegradable products are designed
to break down into harmless chemicals when
released into the environment. Non-foaming
characteristics are achieved through the use
of additives that break out entrained air.
Heat transfer fluids and thermal oils that
are rated food, beverage, and pharmaceutical
applications are also available. |
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Hydraulic Oils |
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Industrial hydraulic oil and
transmission fluids are used to transmit
power in hydraulic equipment and power
transmission applications. There are several
basic types of products. Hydraulic fluids
transmit power or pressure generated by a
pump through hydraulic lines to a cylinder
or actuator. Transmission fluids lubricate
gearbox assemblies where power is
transmitted from an engine to a driving
axle. Most industrial hydraulic oil and
transmission fluids consist of petroleum or
mineral oils, oil-water emulsions, synthetic
lubricants, or water-glycol mixtures. High
water content fluids (HWCF) and high water
base fluids (HWBF) are used in applications
where the leakage of a flammable fluid is
likely to cause ignition. Wax, paraffin and
stearate compounds are well-suited for
anti-corrosive and anti-static applications.
Some natural oils pose fewer risks to
workers and have a reduced environmental
impact. Industrial hydraulic oil and
transmission fluids that are silicone-based
or thickened with sodium or calcium soaps
are commonly available. |
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Industrial hydraulic oil and
transmission fluids vary in terms of
kinematic viscosity, operating temperature,
pour point, boiling point, and flash point.
Kinematic viscosity is the time required for
a fixed amount of fluid or oil to flow
through a capillary tube under the force of
gravity. Units of measure include stoke,
centistoke (1/100 of stoke) and Saybolt
universal seconds (SUS). Pour point, the
lowest point at which a fluid flows, is
generally 15° F to 20° F below the system’s
lowest end-use temperature to prevent pump
damage through cavitation. Flash point is
the lowest temperature at which a liquid
produces sufficient vapors to form an
ignitable mixture in air near the surface of
the liquid. Fire point and autogenous
ignition are important considerations when
selecting fire resistant fluids. Fire point
is the lowest temperature at which a liquid
can produce sufficient vapors to form a
mixture in air that continuously supports
combustion after ignition. Autogenous
ignition (AIT) is the temperature at which
ignition occurs spontaneously. |
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Industrial hydraulic oil and
transmission fluids are used in a variety of
applications and industries. Some products
are designed for aerospace, automotive,
marine, or military applications. Others are
used with combustion engines, processing
equipment, compressors, piston pumps, gears,
and final drives. Passivators or
deactivators are applied to internal or
machined surfaces. Fluids with extra
pressure (EP) additives form a film to
prevent sticking or seizing under heavy
loads. Industrial hydraulic oil and
transmission fluids can inhibit oxidation,
corrosion, or microbial growth; provide
sealing or barrier functions; or dampen
shock and vibration. Biodegradable products
are designed to break down into harmless
chemicals when released into the
environment. Non-foaming characteristics are
achieved through the use of additives that
break out entrained air. Industrial
hydraulic oil and transmission fluids that
are rated for food, beverage, and
pharmaceutical applications are also
available. |
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High Temperature Oils & Greases |
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High temperature grease and
oil is often a synthetic lubricant as the
temperature range of conventional grease and
oils is easily exceeded by the demands of
modern machinery and equipment. |
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Greases and lubricants are
based on compounds that consist of boron
nitride (BN), chlorofluorocarbons (CFC),
esters, diesters, silicone, polyglycol or
mixtures of synthetic fluids and water.
Synthetic products are generally more
expensive than non-synthetic fluids, but
provide better fire resistance and cooling
performance. The cost and heat transfer
performance of semi-synthetic fluids falls
between those of synthetic and soluble oil
fluids. Some synthetic oils, greases and
lubricants are used as circulating coolants,
flood or mist coolants, insulating oils,
lapping vehicles, lubricants, heat transfer
fluids, or thermal oils. Others are used as
grinding, metal working, metal forming,
metal cutting, hydraulic, transmission,
quenchant, or vacuum fluids. Base oils and
additives are also available. High water
content fluids (HWCF) and high water base
fluids (HWBF) are used in applications where
leakage is likely to cause ignition. Solid
lubricants or dry film lubricants are
designed to reduce friction, binding or
wear; exclude water; or provide other
specialized characteristics. |
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Oils, greases and lubricants
vary in terms of thermal conductivity,
dielectric strength, specific gravity,
kinematic viscosity, viscosity index, usage
concentration, operating temperature,
boiling point, and flash point. Thermal
conductivity is a measure of the ability to
transfer heat. Dielectric strength is the
maximum voltage field that a material can
withstand before electrical breakdown
occurs. Specific gravity is density
normalized to water or another standard.
Kinematic viscosity is the time required for
a fixed amount of fluid to flow through a
capillary tube under the force of
gravity. Units of measure include stoke,
centistoke (1/100 of stoke) and Saybolt
universal seconds (SUS). The viscosity index
is based on two temperature extremes. Usage
concentration is a volumetric amount.
Operating temperature is a full-required
range. Boiling point is the temperature at
which synthetic oils, greases and lubricants
boil. Flash point is the lowest temperature
at which substances produce sufficient
vapors to form an ignitable mixture in air
near the surface. When selecting fire
resistant products, fire point and
autogenous ignition (AIT) are additional
considerations. |
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Gear Oils |
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It provide the highest
degree of protection and greatest efficiency
for drivetrain. Lubricants which are
optimized for differential, transmission, or
transaxle use over a wide range of
temperatures. Proper selection depends upon
the manufacturers' requirements and whether
the application is for passenger automotive,
commercial, or racing use. Red Line Gear
Oils contain polyol ester basestocks to
provide excellent lubrication even under
extreme conditions of high-loading and high-
temperatures--their natural lubricity
provide excellent slipperiness which reduces
the sliding friction in hypoid gears to
reduce wear and temperatures. The synthetic
basestocks have a natural multigrade
property, so large amounts of unstable
thickeners are not required to manufacture
our gear oils, which means that Red Line
Gear Oils will provide a stable viscosity
for even extended periods of use. Red Line
also manufactures gear oils which can be
used in limited-slip differentials without
the use of additional friction modifiers. |
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Quenching Oil |
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Servoquench oils are used
for all normal quenching operations on a
wide variety of steel to impart the desired
hardness to components without distortion.
The special compounding agent incorporated
in improves the wetting ability of the
oil, so that it provides faster initial
cooling for optimum hardness, where as the
base oil ensures slow cooling in the final
stage for stress relief and distortion free
results. |
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Its normally used for
hardening nuts, bolts, ball bearings and
certain types of brake drums as well as many
other components manufactured by automobile
and light engineering industries. suitable
for hardening of a variety of ball bearings,
high speed steel tools, and other components
in major industries. |
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Have long service life due
to excellent, oxidation stability, Impart
uniform hardness without distortion, Have a
wide application range |
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Significantly prolonged
useful service life. High cooling rate along
with great uniformity of hardness. |
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Reduced sensitivity to
variable agitation effects. |
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Outstanding thermal and
oxidation stability in service at elevated
bath temperatures. |
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Exceptional resistance to
chemical degradation, sludge formation, and
evaporation loss. High flash and fire point
with reduced formation of smoke.
Emulsifiable for easy rinsing of oil from
the quenched part’s surface. |
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Grease |
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Its a very effective solid
lubricant with extremely good anti-scuffing
property gives additional protection to the
moving parts even under very severe shock
load conditions when the grease components
may get squeezed out. Its smooth structure
and high degree of resistance against
oxidation and rusting/corrosion it is an
ideal product for all grease lubricated
parts of automotive equipment. premium
quality, sodium soap grease with short
fibres and good structural stability. This
grease is specially formulated to give long
service life to anti-friction bearings of
light and heavy vehicles. lithium base
grease, compounded with finely dispersed
molybdenum di-sulphide. |
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It Provides excellent
resistance to water wash and displacement
under shock-loads |
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Ensures protection against
wear by preventing metal to metal contact |
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Has equally good dispensing
qualities in summer and winter Provides
protective coating to exposed parts of
equipment, during temporary storage. |
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