High Preessure Industrial Use Transformer Vacuumizer Packaging Wxf Series Anti-Explosive Oil Free Rotary Vane Vacuum Pump
Summary:
We have more than 20 types chemical process pump, such as horizontal pump, submersible pump ,vertical pump, semi-submersible pump, fluoroplastic pump, axial pump ,gear pump.ect .
Application:
They are used for transmission of liquids (oil, sea water ,sulphuric acid, phosphoric acid, H2SiF6acid, alkali liquid) with low or high temperature, neutral or corrosive liquids ,or liquids with solid granular and widely used in petroleum chemical industry ,oil refining industry, paper ,pulp industry ,sugar industry ,mining ,etc
Lots of material can be chose for different working condition, such as cast steel ,stainless steel 304,316,2205,904L, Hartz alloy C276,C22, nickel-base alloy GH600, PVDF,PP, UHMWPE-lining .etc
Pump a strong seal system :packing seal ,double face mechnical seal ,cartridge mechnical seal ,API682 flushing syestem.
Mazut-100 is a fuel oil that is manufactured to GOST specifications, for example GOST 10585-75/99.
GOST is the Russian system of standards. Mazut is almost exclusively manufactured in the Russian Federation, This product is typically used for larger boilers in producing steam since the BTU content is high. The most important consideration when grading this fuel is the sulfur content, which can mostly be affected by the source feedstock.
For shipment purposes, this product has a high viscosity which drastically affect whether it is able to be pumped, shipping has unique requirements. Mazut is much like Number 6 Oil, and is part of the products left over after gasoline and lighter components are evaporated from the crude oil.
The main difference between the different types of Mazut-100 is the content of sulphur. The grades are represented by these sulfuric levels:
- "Very Low Sulphur" is mazut with a sulphur content of 0.5%
- "Low Sulphur" is a mazut with a sulphur content of 0.5-1.0%
- "Normal Sulphur" is a mazut with a sulphur content of 1.0-2.0%
- "High Sulphur" is a mazut with a sulphur content of 2.0-3.5%
- Very Low Sulfur mazut is generally made from the lowest sulfur crude feedstocks.
Russian Mazut M100 is a fuel oil that is manufactured to GOST specifications, GOST 10585-75 (not active), GOST 10585-99 Oil fuel (GOST is the Russian system of standards, much like ASTM, for example). Mazut is almost exclusively manufactured in the Russian Federation, This kind of oil is graded as the heavy furnace oil. The product is produced from the remains of raw oil processing. This kind of mazut is produced only from the low sulphur raw oil. This product is typically used for larger boilers in producing steam since the BTU content is high. The most important consideration (not the only consideration) when grading this fuel is the sulfur content, which can mostly be affected by the source feedstock. For shipment purposes, this product is considered a product, and because viscosity drastically affect whether it is able to be pumped, shipping has unique requirements. Mazut is much like Number 6 Oil, and is part of the products left over after gasoline and lighter components are evaporated from the crude oil.
The main difference between the different types of Mazut-100 is the content of sulphur. The grades are represented by these sulfuric levels:
Very Low Sulphur is Mazut M100 with a Sulphur content of 0.5%
Low Sulphur is Mazut M100 with a Sulphur content of 0.5%
Normal Sulphur is a Mazut M100 with a Sulphur content of 1.0-2.0%
High Sulphur is a Mazut M100 with a Sulphur content of 2.0-3.5%
The amount of sulfur affects how clean the oil burns, and in turn the emissions it creates, as well as the amount of buildup that accumulates within the engines and furnaces that burns it. M100 prices are often determined by its point of origin and mode of production. Apart from shipping charges and regulations, product quality is considered to be more essential.
When petroleum is distilled, fuel oil is produced as a residue or distillate. Any fuel oil is a form of petroleum that is burned to produce energy or heat for running an engine. These are usually low-quality oils that are heated in a furnace or boiler and used in a number of industries. MAZUT is such fuel and is typically used in generating plants and factories. Of course, different plants have expected requirements and specifications of their fuel and this is why MAZUT M100/99 and GOST 10585-75 are produced according to industry ISO standards.
Russian Mazut M100 is a fuel oil that is manufactured to GOST specifications, GOST 10585-75 (not active), GOST 10585-99 Oil fuel (GOST is the Russian system of standards, much like ASTM, for example). Mazut is almost exclusively manufactured in the Russian Federation, This kind of oil is graded as the heavy furnace oil. The product is produced from the remains of raw oil processing. This kind of mazut is produced only from the low sulphur raw oil. This product is typically used for larger boilers in producing steam since the BTU content is high. The most important consideration (not the only consideration) when grading this fuel is the sulfur content, which can mostly be affected by the source feedstock. For shipment purposes, this product is considered a dirty oil product, and because viscosity drastically affect whether it is able to be pumped, shipping has unique requirements. Mazut is much like Number 6 Oil, and is part of the products left over after gasoline and lighter components are evaporated from the crude oil.
The main difference between the different types of Mazut-100 is the content of sulphur. The grades are represented by these sulfuric levels:
Very Low Sulphur is Mazut M100 with a Sulphur content of 0.5%
Low Sulphur is Mazut M100 with a Sulphur content of 0.5%
Normal Sulphur is a Mazut M100 with a Sulphur content of 1.0-2.0%
High Sulphur is a Mazut M100 with a Sulphur content of 2.0-3.5%
The amount of sulfur affects how clean the oil burns, and in turn the emissions it creates, as well as the amount of buildup that accumulates within the engines and furnaces that burns it. M100 prices are often determined by its point of origin and mode of production. Apart from shipping charges and regulations, product quality is considered to be more essential.
When petroleum is distilled, fuel oil is produced as a residue or distillate. Any fuel oil is a form of petroleum that is burned to produce energy or heat for running an engine. These are usually low-quality oils that are heated in a furnace or boiler and used in a number of industries. MAZUT is such fuel and is typically used in generating plants and factories. Of course, different plants have expected requirements and specifications of their fuel and this is why MAZUT M100/99 and GOST 10585-75 are produced according to industry ISO standards.
122 Concrete Mixer Concrete Pump Suppliers
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We can produce different lengths 6mm, 12mm, 18mm and 24mm
Usage:
Glass fiber is suitable for use in waterproof plasters, cement-sand screeds, monolithic filling of external and internal walls, and structural thermal insulation.
In industrial and housing construction. Recommended for the production of foam concrete paving slabs, and concrete plates. Ideal for underfloor heating systems.
We can produce different lengths 6mm, 12mm, 18mm and 24mm
Usage:
Glass fiber is suitable for use in waterproof plasters, cement-sand screeds, monolithic filling of external and internal walls, and structural thermal insulation.
In industrial and housing construction. Recommended for the production of foam concrete paving slabs, and concrete plates. Ideal for underfloor heating systems.
Applications: Designed for the supply of water to industrial plants and communities. They are used also for agricultural land irrigation and drainage.
Capacity, Q = 400 m3/h, Head, H = 105 m, Speed of rotation, 1470 rpm, NPSHr = 4.5 m
The pump units shall be rigidly anchored to the foundation, and piping shall be rigidly connected to the pumps.
The TsN type pumps are centrifugal, horizontal, spiral with horizontal split casing, with transfer channels, two- or four-stage, with single-entry impellers symmetrically arranged on the shaft according to type BB1 or BB3 API 610. The pump rotor is supported by grease-lubricated roller bearings. Shaft seals are gland packing. The pump casing is the main part of the pumps, which consists of the lower and upper half of the casing, connected together by studs.
Applications: Designed for handling condensate in the steam and water circuit systems of the thermal power stations that burn organic fuel. May be also used to transfer water in heating plants and water supply systems.
Performance of the Pump:
Capacity, Q = 80 m3/h, Head, H = 155 m, Speed of rotation, 2940 rpm, NPSHr = 1.6 m
The pump as a component of the pump unit is an electrically driven horizontal multistage ring-section centrifugal pump between bearings, with single flow impeller arrangement.
The suction casing, delivery casing and stage casings are bolted together with tie bolts to form a pump casing. The suction nozzle integrally cast with the suction casing is located horizontally at side (radially to the pump centerline). The discharge nozzle integrally cast with the delivery casing is oriented vertically upwards. The pump casing is supported at the bottom with feet integrally cast with the suction and delivery casings. The pumping unit alignment is maintained during its operation due to dowelling the delivery casing to the baseplate, whilst the other end of the pump can slide axially thus allowing for free expansion of static components.
Applications: Designed for delivering treated water (feedwater) at the pumping temperature of up to 438K (165C) into the fossil-fueled stationary boilers with absolute steam pressure of maximum 13.7 MPa (140 kgf/cm2).
Capacity, Q = 100 m3/h, Head, H = 580 m, Speed of rotation, 2970 rpm, NPSHr = 4 m.
The pump units shall be rigidly anchored to the foundation, and piping shall be also rigidly connected to the pumps.
The pumps are motor-driven horizontal, centreline-supported, between-bearings multistage ring-section centrifugal pumps with single flow impeller arrangement.
The pump casing comprises a suction casing, a delivery casing and a set of stage casings, which are concentrically aligned with respect to each other on rabbeted fits and are bolted together with tie bolts. Diffusers are built in the stage casings and delivery casing.
The suction and delivery casings have flanged suction and discharge pump nozzles respectively, which are oriented vertically to the top.
The rotor axial thrust is automatically balanced with a balance disc. In order to ensure a normal functioning of the balancing device, its chamber is to be communicated with the suction pipeline. A bearing end cover, fitted in the non-drive side bearing housing, has a shaft position indicator for sight control of the wear of balancing device surfaces and for restraining rotor axial displacements towards the delivery side.
The pump rotor is carried by the plain bearings with ring lubrication.
The design of pump shaft seal chambers provides both for housing mechanical seals and for packing the stuffing boxes, which are to fed with cooling liquid.
Sense of rotation of shaft in all the pumps is counterclockwise, if viewed from the drive side.
D 2500-62-2-S UKhL4 ( 2500-62-2- 4) make Between-Bearings Double Flow Axially Split Pumps
Pump parameters:
Capacity, Q = 2500 m3/hr, Head, H = 62 m, Speed of rotation 980 RPM, NPSHr = 6 m/
Applications: Designed for the supply of water to industrial plants and communities. They are used also for agricultural land irrigation and drainage.
Design:
The pump units shall be rigidly anchored to the foundation, and piping shall be rigidly connected to the pumps.
The pumps are electrically driven horizontal, foot-mounted, single-stage, axially split volute casing centrifugal pumps with a double entry radial impeller. The pump casing is a locating part of the pumps, which incorporates a lower and an upper casing halves bolted together by means of studs.
Pump shaft sealing is by means of packed glands.
Sense of rotation of shaft in all the pumps is counterclockwise, if viewed from the drive side.
Upon the Customer request, the pumps may be supplied with a rotor for reverse rotation.
Oil gear pump type is designed for pumping petroleum products (petroleum, fuel oil, diesel, bitumen) that do not contain mechanical impurities, as well as other fluids with a lubricating capacity.
Kinematic viscosity from 75 mm²/s (cSt) to 1800 mm²/s (cSt) (10 250 ).
Gear pumps
Suitable for viscose and cellulose acetate
Cast iron/steel body
Variations of connections and designs on demand
Every pump manufactured by manufacturer is subjected to such tests
Conditions and results of pumps tests at special stand
Test liquid mineral oil
Shaft rotation frequency 25 rev/min
GEAR PUMPS FOR PAN, NITRON:
Suitable for melted polymers (PAN, Nitron) and man made fibers
High mechanical and chemical resistance steel
Variations of connections and designs on demand
122 Concrete Mixer Concrete Pump Suppliers
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