Ball GShK cranes are divided into several types:

1. GShK welded ball valves.

The ball valve is connected to the pipeline by welding. The main advantages of this model are ease of maintenance and maximum reliable tightness of the connection.

GShK ball valves are classified into groups depending on the climatic design and the transported medium.

In the first case, there are serial production models made of steel 20 in accordance with state standard 1050-88 and withstanding temperature changes from -40 to +80 degrees Celsius, and Nord ball valves, for the production of which 09G2S steel is used, corresponding to state standard 19281 -89, (operating temperatures from -60 to +80 degrees Celsius).

The transported medium of the pipeline determines the division of valves into models with polyurethane and fluoroplastic valve seals.

2. GShK flanged ball valves

Purpose: designed to be installed on pipelines as a shut-off device for both internal and external use.

The presence of floating flanges allows you to install the valve in absolutely any position. Moreover, angular alignment of the mounting holes of the pipeline flanges is not required at all.

Thanks to the flange connection, you have the opportunity to repeatedly mount and dismantle the faucet, provided that the joints are absolutely sealed and can be tightened.

Depending on the climatic version, flanged ball valves can be of standard or northern design (“Nord”). The latter has the ability to operate at lower temperatures.

The transported medium determines the division of ball valves into models with polyurethane and fluoroplastic coating.

3. GShK coupling ball valves

Purpose: designed to be installed on pipelines as a shut-off device for both internal and external use.

Today there are 2 main classifications of coupling valves. The first is based on climatic design, the second is based on the transported medium of the pipeline.

The climatic design determines the division of coupling valves into two groups. The first is serial models in steel case(steel 20, corresponding to state standard 1050-88) with an operating temperature from -40 to +80 degrees Celsius. The second group is “Nord” ball valves in a steel case (steel 09G2S, corresponding to state standard 19281-89) with an operating temperature from -60 to +80 degrees Celsius.

The transported medium determines the division of coupling ball valves into models with polyurethane and fluoroplastic sealing of the valve.

4. GShK wafer-type ball valves

Purpose: installed on pipelines to serve as a shut-off valve.

The valve is installed using standard bolts between the mating flanges of the pipeline. If desired, the valve can be equipped with fasteners and counter flanges.

The climatic design determines the division of wafer valves into 2 groups. The first is DN50 ball valves, including standard models (steel 20 state standard 1050-88 and operating temperature from -40 to +80 degrees Celsius) and northern (steel 09G2S state standard 19281-89 and operating temperature from -60 to +80 degrees Celsius). The second group is ball valves DN80 and DN100 (the body is made of D16T alloy, the operating temperature ranges from -60 to +80 degrees Celsius).

5. GShK regulating ball valves

Purpose: designed to be installed on pipelines transporting natural gas, corresponding to state standard 5542-87, as a regulating shut-off device for both internal and external use.

The gas control valve is available in two modifications: standard (operating temperature ranges from -40 to +80 degrees Celsius) and northern (“north”) - from -60 to +80 degrees Celsius. The working pressure is 1.6-2.5 MPa. Tightness class - A, corresponding to state standard 9544-93.

6. GShK union ball valves

The ball valve is equipped with a welded ball nipple and is available in several types depending on the climatic version and the transported medium.

The climatic design determines the division into serial cranes in a steel body (steel 20 of the state standard 1050-88 with an operating temperature from -40 to +80 degrees Celsius) and northern cranes (steel 09G2S of the state standard 19281-89 with an operating temperature from -60 to + 80 degrees Celsius).

The transported medium determines the division of cranes into models with polyurethane and fluoroplastic coating.

7. Gas ball valves GShK with electric drive MEOF

Purpose: Installed on pipelines to perform a function shut-off valves.

The uniqueness of this crane model is the use of an electric drive, consisting of a single-turn actuator operating on electricity, type MEOF, as well as a position indicator.

The electric ball valve has several operating pressures - 1.6, 2.5 and 4.0 MPa. Operating temperature ranges from -60 to +80 degrees Celsius. Tightness class - A, corresponding to state standard 9544-93.

Ball valves - view pipeline fittings, in which the shutter has the shape of a ball with a hole through which gas or liquid enters in the open position. Ball valves are a shut-off device; the movable moment of the valve has the shape of a body of rotation with a passage for flow working environment, to cover it, rotates around its axis perpendicular to the axis of the pipeline. A manual or pneumatic drive used in a ball valve provides locking.

The main advantages and disadvantages of a ball valve over valves with valves include the following:

• low hydraulic resistance;
• simplicity of design;
• possibility of well-free installation on the pipeline and installation in any working position;
• small dimensions in height;
• absence of stagnant zones;
• simple shape of the flow part;
• full bore in ball valves;
• good protection and lubrication of sealing surfaces;
• simple operation (rotate the plug 90°);
• applicability for viscous or contaminated media, suspensions, slurries and slurries;
• possibility of use as a shut-off or regulating device;
• ball valves are more durable and reliable.

Ball valves are most often used for the installation of plumbing and heating systems, water pipelines, and also recently they have become widespread in the assembly of gas pipelines.

The international classification divides ball valves into:

• Standard;
• Full bore;
• Partial bore.

The ball valve can have several options depending on the number of pipes and the direction of the working medium (through and angle valves, multi-way and three-way valves).

For the manufacture of ball valves, brass, stainless steel and cast iron are used. Ball valves are manufactured depending on where they will be used. Materials, coatings, designs depend only on the purpose of the crane.

Brass ball valves

Not much time has passed since the appearance of the brass ball valve, but it was immediately appreciated by the consumer. Brass ball valves can be classified as universal; they are used in plumbing, heating networks, and in the oil and gas industry.

The main advantages of brass taps include:

• Brass ball valves are used when transporting working media with high temperatures;
• Using brass ball valves, you can instantly shut off the flow;
• Brass ball valves offer no resistance to flow;
• The closing of a brass tap cannot be prevented by mechanical impurities and deposits in the transported medium;
• The brass ball valve is not subject to corrosion;
• The ball valve body is made of brass using the hot pressing method. Brass cylinder heated in induction furnace up to 700°C in one working stroke the press acquires its final shape, this guarantees a uniform structure of the material in any section of the product, which, in turn, ensures the reliability of the product.

Steel ball valves

Ball valves made of bronze, plastic, brass, ceramics, etc. Today, the leader among all valves of this type are steel ball valves. Steel cranes have taken a leading place due to their high reliability and durability, great functionality, but at the same time their price is very low.

Steel ball valves are designed:

• for covering normal, aggressive and food environments;
• to block the flow of a liquid medium that is non-aggressive to the valve material;

The ball valve is indispensable for use in heat supply systems, oil pipelines, heating and cooling ventilation systems, in steam and condensate networks, in oil pipelines and other systems.

The main advantages of steel ball valves:

• Steel ball valves can be equipped with electric drives, pneumatic drives and worm gear reducers, and the drive mechanism is easy and simple to install even after the installation of the crane;
• Steel ball valves are made from super quality materials, have low weight and enormous reliability;
• It is possible to remove the faucet handle and move it 180°;
• During use, steel cranes do not require preventive maintenance. It does not need to be tightened or lubricated.
• The housing design does not have heavy and unreliable casting parts;
• Steel ball valves are reliable, durable and have high tightness.

Gas ball valves (GShK)

Gas ball valves are most often used in pipelines hot water, But design features expand the scope of their application.

Gas ball valves (GShV) are indispensable in industrial sectors such as petrochemical, chemical, gas and oil. Gas taps have a number of advantages over other types of shut-off valves, such as high strength, tightness, ease of use and long service life.

Gas ball valves have a number of important features:

• Replaceable sealing inserts in the valve allow you to quickly replace the seal;
• Lower drain hole makes it possible to clean the product without cutting out the pipeline, which greatly simplifies the process of cleaning the faucet.
• Thanks to the temperature compensator in the self-aligning wedge, you can easily control the temperature of the product.
• The cranes are environmentally friendly and comply with all SanPiN and state standards.

Gas valves are not used for regulation, since they have only two positions - fully open or closed. One of important differences Gas ball valves from pipeline valves are durable.

Gas ball valves have several modifications, which differ according to the following principles:

• According to the diameter of the pipe being locked;
• According to the type of fastening of shut-off valves to the gas pipeline;
• According to technical data determined by pipeline safety requirements.

Gas ball valves differ in design during manufacture:

Climatic version:

• Gas ball valves made of steel 20 GOST 1050-88 (from –40°C to +80°C).
• Gas ball valves “northern version - Nord” (an “N” is added to the designation). Crane made of steel 09G2S GOST 19281-89 (from –60°C to +80°C).

Design depending on the pipeline medium being transported:

• Gas ball valves with fluoroplastic valve seal (F-4 GOST 10007-80) ("Zh" is added to the designation). The cranes are designed to operate in environments following types: non-aggressive natural gas purified from mechanical impurities (GOST 5542-87), liquid phase of liquefied hydrocarbons (GOST 20448-90 and GOST 27578-87), petroleum products, water.
• Gas ball valves with polyurethane seal seal (SKU PFL 100 TU 38-1051240-78). Designed to operate in the following types of environments: non-aggressive natural gas, unrefined from mechanical impurities (GOST 5542-87), petroleum products, water.

Union ball valve

You can always buy a coupling ball valve from us:

• three-way coupling ball valve
• steel ball valve
• brass coupling ball valve
• stainless steel coupling ball valve

Stainless steel ball valve

Currently, stainless steel ball valves are used in all sectors of the economy: heat supply, food and chemical industry, in gas and oil pipelines and in other pipeline networks where switching, redirection and shut-off of moving flows of the transported medium are needed (some models can also be used as valves). Most taps can withstand any aggressive environment - acidic, alkaline, hydrocarbon, etc.

Types of stainless steel ball valve:

• stainless steel three-way ball valve with the following flow distribution patterns: left - closed - right, left - right, left - flow - right;
• stainless steel wafer type ball valve;
• flanged collapsible (there are also solid cast ones);
• coupling;
• stainless steel welded dismountable ball valve (all-welded non-dismountable ones are available);
• welded deep (underground).

Possibility of control: manual, electric, pneumatic. The stainless steel ball valve has a wide range of diameters up to 200 mm and operating temperatures up to 180? C. Simplicity of design and reliability in operation allowed the stainless steel ball valve to become an indispensable link in any pipeline and a sought-after product.

The company has implemented a quality management system ISO 9001.

TU 3742-003-12549300-2015
Certificate:
TC RU C-RU.MH10.B.00347 series RU No. 0136356
TC RU C-RU.MH10.B.00348 series RU No. 0136357

Specifications

The valves are intended for use as devices for shutting off the flow of the working medium on equipment and pipelines of the oil and gas refining, oil production, petrochemical, and gas industries; on steam and hot water pipelines, in heating networks; in gas supply and fire extinguishing systems.

• Climatic operating conditions in accordance with GOST 15150 for valves made of steel 20L (25L), 20 - “U1” at an ambient temperature not lower than minus 40 ° C;
• Climatic operating conditions for valves made of steel 20GL, 09G2S - “HL1” at an ambient temperature not lower than minus 60 ° C - GOST 15150;
• Climatic operating conditions for cranes made of steels 12Х18Н9ТЛ, 12Х18Н10Т, 10Х17Н13М2Т, 12Х18Н12М3ТЛ - “УХЛ1” at an ambient temperature not lower than minus 60 °С - GOST 15150

Basic materials

Part name	Material grade
			12Х18Н10Т, 12Х18Н9ТЛ
Spindle (rod)
Cork (ball)
Valve seal	Fluoroplastic F4
Oil seal

Note: 1. It is allowed to use other materials, the use of which does not contradict the requirements of the RD.

Dimensions and weight

Calculate your delivery

We will fulfill and deliver your order to your desired point in the Russian Federation, from Kaliningrad to Vladivostok. Delivery can be arranged even to Crimea, or regions of the Far North. We deliver to the desired address or terminal in your city. In the usual or accelerated way.

You can also order a pickup service from the enterprise. It is enough to call from 8.00 to 20.00 on weekdays or from 10.00 to 16.00 on weekends. Agree on a time and issue a pass.

You will have the opportunity to check the status of cargo delivery not only by order number, but also by other transportation parameters.

The delivery price is calculated depending on the dimensions of the cargo. Find out right now how much it will cost to deliver your order to you. You can make your own calculations and compare delivery prices using our partners - the two largest freight forwarding companies. It will only take a few minutes. Or contact us. Our specialists will accept your application. And they themselves will find the most profitable delivery route to you.

Ball valve GShK wafer installed between the mating flanges of the pipeline using standard bolts. At the customer's request, it is possible to complete it with counter flanges and fasteners.

Reliability and tightness are especially important when transporting natural gas and safe use its consumer. The full bore cross-section of the valve valve ensures minimal aerodynamic and hydraulic resistance and does not interfere with the passage of pipeline cleaning devices.

Our ball valves do not require maintenance or revisions throughout the service life.

request price

GShK wafer-type ball valves are available in the following types:

By climatic version:

Ball valves DN50:

Temperate climate- “U1” according to GOST 15150 (with temperature environment from -40°С to +45°С). Material of parts: structural high-quality carbon steels, aluminum alloys.

Cold climate - “ХЛ1” according to GOST 15150 - “NORD” (with ambient temperature from -60°С to +45°С). Material of parts: cold-resistant steel, aluminum alloys.

Ball valves DN80, DN100:

Ball valve GShK: body material - D16T alloy (from –60°С to +45°С).

Depending on the pipeline medium being transported:

GShK ball valve with polyurethane valve seal.

Wednesday: non-aggressive natural gas, unpurified from mechanical impurities, GOST 5542-2014.

GShK ball valve with fluoroplastic valve seal.

Wednesday: liquid phase of liquefied hydrocarbons GOST 20448-90 and GOST 27578-87, petroleum products (gasoline, diesel fuel, kerosene, oils). The letter “Zh” is entered into the crane designation.

GShK wafer-type ball valve - technical parameters:

GShK wafer-type ball valve - connecting dimensions and dimensions:

Notation	DN	A	D1	Lc	L	H	d	n	Weight, kg
GShK 50MF	50	100	-	90	225	175	-	-	2,88
GShK 80MF	80	220	160	128	407	315	18	8	7,2
GShK 100MF	100	231	190	150	407	340	18	8	9,6

Scheme of wafer ball valves