Кволити ИНДАСТРИАЛ Лубрикантс

ABOUT THE COMPANY

ABOUT US AND OUR PARTNERS

The strategy of the company "Quality INDUSTRIAL Lubricants, LLC" is the successful development of the domestic production of a wide range of lubricants in order to maximize customer satisfaction. The high quality, reliability of supplies and reasonable prices are the basis of "Quality INDUSTRIAL Lubricants, LLC".

The base of the assortment of our products is the most used in industry, agriculture and private use multi-purpose lubricants - motor, transmission, industrial, energy and other oils, greases and coolants, which are offered to customers in a variety of containers. Qualified personnel, modern technologies and materials, in-house test laboratory guarantee the high quality of products, efficiency and reliability of its application.

The product offering includes:

   - Seasonal and all-season universal oils for gasoline engines
   - Seasonal and all-season universal oils for diesel engines
   - Automotive transmission oils
   - Industrial oils
   - Hydraulic oils
   - Energy oils
   - Gear oils
   - Greases
   - Coolants.

Our manufacture is organized on the principle of the full technological cycle, which includes: purchase of raw materials, manufacturing process, packing, packaging, check of the each batch to meet the latest standards.

The product offering is constantly expanding and changing, in accordance with the market needs.

01

The crude oil is supplied to
the column for atmospheric -
vacuum distillation.

02

While atmospheric and
vacuum distillation
the petroleum products
are produced by physical separation
into fractions, which differ by
the boiling temperature.

03.

There are three main components in the
residue (fuel oil) after stripping:
- paraffins
- naphthenes
- aromatic compounds

They are supplied to the vacuum distillation column
where the hydrocarbons evaporate at the lower
temperatures allowing to avoid the damaging of them.

04.

The hydraulic descaling is the relatively new technology. Operating conditions are harsh: the temperature is about 400 ° C.
In this process the aromatic compounds are not removed
but converted into the linear chain by catalytic cracking.

07.

The base oil is the basis
of the commercial oil, ready for
for mixing, but without additives yet.

06.

After the second distillation, the purified
product has the high content
of linear paraffins with the very
very high solidifying temperature.
The oil is mixed with the solvent
and then cooled, along with precipitation
of the paraffin crystals.

05.

Hydrocracking is the hydrocatalytic processing of
raw materials (carried out in 3 phases)
) for producing of the base oils with the high viscosity index (100 and higher),
low content of the sulfur and aromatic hydrocarbons. The removal of sulfur,
nitrogen, oxygen takes place and has the positive effect on the stability
of the resultant oils.

05.

Hydrocracking is the hydrocatalytic processing of
raw materials (carried out in 3 phases)
) for producing of the base oils with the high viscosity index (100 and higher),
low content of the sulfur and aromatic hydrocarbons. The removal of sulfur,
nitrogen, oxygen takes place and has the positive effect on the stability
of the resultant oils.

05.

Hydrocracking is the hydrocatalytic processing of
raw materials (carried out in 3 phases)
) for producing of the base oils with the high viscosity index (100 and higher),
low content of the sulfur and aromatic hydrocarbons. The removal of sulfur,
nitrogen, oxygen takes place and has the positive effect on the stability
of the resultant oils.

08.

Additive is the preparation that is added
to the fuel, lubricants and other
other substances in small amounts to
improve their performance
properties.

09.

The base oil is supplied to
the mixer for mixing with
the additives.

10.

The base oils are mixed together to
to obtain the required viscosity, the functional
additives are added to them separately
or in the form of compositions - additives packages.
The additives packages
are made up of additives in order to
obtain the oil of the certain class.

08.1

Depressants are used to reduce
the solidification temperature
of the oil.
08.2

Viscosity modifying agents are used to
to increase the viscosity and
viscosity index of the oil.
08.3

Anti-corrosion additives are
used to prevent corrosion of bearings.
08.4

Antioxidants are the antioxidative
additives which extend the operating age
and increase the operational life of
the oil
08.5

Dispersants are used to
reduce lacquer and deposits on
on the engine parts and to eliminate
seizing of piston rings oil works.
08.6

Anti-foam additives
are used to reduce foaming
in the engine lubricating system.
08.7

Detergents have detergency properties,
, protecting the surface of
the parts from adhesion and
accumulation of oxidative products on them.

LABORATORY CONTROL

11.

After the compounding of the base oils
with additives, the resultant mixture
is sent to the laboratory for testing for
for the compliance of the actual values
to the established standards.

11.1

Oil test for compliance with the
requirements for the viscosity.

11.2

Oil test for the compliance with the
requirements for the solidification
temperature.

11.3

Oil test for the compliance with
the requirements for the
anti-foam properties.

11.4

Oil test for the compliance with
the requirements for the color.

11.5

Determination of the oil density

12 .

If case the test results
are positive, the oil is supplied
to the packing.