Among the large list of products manufactured by the ZhBI-11 company, reinforced concrete VD wells are in particular demand among our customers. They meet all established parameters and current GOST standards (8020-90). Careful control over product output, modern equipment and qualified personnel allows us to produce exceptionally high-quality products.
Purpose, configuration and installation
Reinforced concrete wells of the VD series are used for organizing sewer and water intake systems. The product is a special reinforced concrete cylinder with one hole at the bottom and bottom. All designs are manufactured in accordance with GOST 8020-90.
Main scope of use:
- industrial engineering;
- in the housing and communal services sector;
- during the construction of residential buildings.
The ZhBI 11 company offers customers to order and buy the most popular modification of this series - VD-8. They are used as water intake chambers and storm drainage wells. Each rainwater well is equipped with specialized PVK-8 covers.
Explanatory noteProduct characteristics
Formwork drawing of the working chamber of the DK-10 sewer well. General types
Formwork drawing of the working chamber of the DK-10 sewer well. Cuts
Formwork drawing of the working chamber of the KL-10 sewer well. General types
Formwork drawing of the working chamber of the KL-10 sewer well. Cuts
Formwork drawing of the working chamber of the KL-12 sewer well. General types
Formwork drawing of the working chamber of the KL-12 sewer well. Cuts
Formwork drawing of the working chamber of the KL-15 sewer well. General types
Formwork drawing of the working chamber of the KL-15 sewer well. Cuts
Formwork drawing of the working chamber of the KL-20 sewer well. General types
Formwork drawing of the working chamber of the KL-20 sewer well. Cuts
Formwork drawing of the working chamber of the VD-8 water intake well. General types
Formwork drawing of the working chamber of the VD-8 water intake well. Cuts
Formwork drawing of PVK-8 floor slab
Formwork drawing of the working chamber of the VS-10 drainage well. General types
Formwork drawing of the working chamber of the VS-10 drainage well. Cuts
Formwork drawing of the working chamber of the VS-12 drainage well. General types
Formwork drawing of the working chamber of the VS-12 drainage well. Cuts
Formwork drawing of the working chamber of the VS-15 drainage well. General types
Formwork drawing of the working chamber of the VS-15 drainage well. Cuts
Formwork drawing of the working chamber of the water and gas well VG-12. General types
Formwork drawing of the working chamber of the water and gas well VG-12. Cuts
Formwork drawing of the working chamber of a water and gas well VG-15. General types
Formwork drawing of the working chamber of a water and gas well VG-15. Cuts
Formwork drawing of the working chamber of a water and gas well VG-20. General types
Formwork drawing of the working chamber of a water and gas well VG-20. Cuts
Formwork drawing of the working chamber of the water and gas well VG-25. General types
Formwork drawing of the working chamber of a water and gas well VG-25. Cuts
Formwork drawing of floor slabs PK-10, PK-12, PK-15, PK-20, PK-25
Formwork drawing of floor slabs PVG-15, PVG-20, PVG-25, PK-15-10, PK-20-10, PK-25-15
Formwork drawing of neck rings K-7-1.5; K-7-5; K-7-10; K-10-5; K-12-5; K-15-5; K-20-5; K-10-10; K-12-10; K-15-10
Support ring K-1
Formwork drawing of base plate OP-7
Formwork drawing of the rotary ring PK-7S
Reinforcement drawing of the working chamber of the DK-10 sewer well. Cuts
Reinforcement drawing of the working chamber of the DK-10 sewer well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the KL-10 sewer well. Cuts
Reinforcement drawing of the working chamber of the KL-10 sewer well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the KL-12 sewer well. Cuts
Reinforcement drawing of the working chamber of the KL-12 sewer well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the KL-15 sewer well. Cuts
Reinforcement drawing of the working chamber of the KL-15 sewer well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the KL-20 sewer well. Cuts
Reinforcement drawing of the working chamber of the KL-20 sewer well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the VD-8 water intake well. Cuts
Reinforcement drawing of the working chamber of the VD-8 water intake well. Reinforcement products and specification
Reinforcement drawing of PVK-8 floor slab for a water intake well
Reinforcement drawing of the working chamber of the VS-10 drainage well. Cuts
Reinforcement drawing of the working chamber of the VS-10 drainage well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the VS-10 drainage well. Cuts. Options
Reinforcement drawing of the working chamber of the VS-10 drainage well. Fittings and specifications Options
Reinforcement drawing of the working chamber of the VS-12 drainage well. Cuts
Reinforcement drawing of the working chamber of the VS-12 drainage well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the VS-15 drainage well. Cuts
Reinforcement drawing of the working chamber of the VS-15 drainage well. Reinforcement products and specification
Reinforcement drawing of the working chamber of the water and gas well VG-12. Cuts
Reinforcement drawing of the working chamber of the water and gas well VG-12. Reinforcement products and specification
Reinforcement drawing of the working chamber of the water and gas well VG-15. Cuts
Reinforcement drawing of the working chamber of the water and gas well VG-15. Reinforcement products and specification
Reinforcement drawing of the working chamber of the water and gas well VG-20. Cuts
Reinforcement drawing of the working chamber of the water and gas well VG-20. Reinforcement products and specification
Reinforcement drawing of the working chamber of the water and gas well VG-25. Cuts
Reinforcement drawing of the working chamber of the water and gas well VG-25. Reinforcement products and specification
Reinforcement drawing of floor slab PK-10
Reinforcement drawing of floor slab PK-12
Reinforcement drawing of floor slab PK-15
Reinforcement drawing of floor slab PK-20
Reinforcement drawing of floor slab PK-25
Reinforcement drawing of PVG-15 floor slab
Reinforcement drawing of PVG-20 floor slab
Reinforcement drawing of PVG-25 floor slab
Reinforcement drawing of floor slab PK-15-10
Reinforcement drawing of floor slab PK-20-10
Reinforcement drawing of floor slab PK-25-10
Reinforcement drawing of neck rings K-7-1.5; K-7-5; K-7-10; K-10-5; K-12-5; K-15-5; K-20-5; K-10-10; K-12-10; K-15-10
Reinforcement drawing of base plate OP-7
Reinforcement drawing of the rotary ring PK-7
Well bottom slabs are prefabricated reinforced concrete elements of underground engineering structures that are used for constructing wells. Reinforced concrete wells are prefabricated structures that are used for the construction various types underground communications: sewer, water supply, gas networks and inspection wells. The slabs are the base on which the wall rings of the wells are installed on top. Bottom slabs make it possible to ensure tightness and protection of prefabricated wells from destruction, soil collapses and moisture ingress.
Reinforced concrete slabs for well bottoms are used in areas such as road and engineering construction, during the construction of sewer wells and stations, fire and treatment tanks, tunnels, sewers and mines. The data is widely used in the energy sector, during the storage and refining of oil, gas, mineral fertilizers and harmful substances, as well as Food Industry(hoppers and elevators) and in galvanic production. Reinforced concrete wells can be used for high level groundwater or in soils with its seasonal rise.
Concrete reinforced with steel frames, from which well bottom slabs are made, has a number of advantages over other building materials. The strength of concrete allows wells to withstand the load that occurs due to soil pressure, and its dense structure is not subject to erosion by groundwater, thanks to which reinforced concrete wells can be used in most soils. The smooth surface of the slabs does not allow debris to cling and form blockages. In addition, concrete is easily cleaned, and cleaning does not require special equipment or qualified specialists. Elements of prefabricated wells are easily mounted on top of each other. Thanks to this, repairs do not require a complete replacement of the structure - it is enough to simply replace or repair the worn-out element. Inertness is one of the most important advantages; concrete does not have any effect on water quality and, accordingly, can be used for storing drinking water.
The well bottom slab is a round slab corresponding to the diameter of the well. The slabs withstand the loads from the weight of the well structure and transfer them further into the ground.
Reinforced concrete slabs for the bottom of wells are manufactured in accordance with GOST 8020-90 and series 3.900.1-14 issue 1 “Reinforced concrete products for round wells for water supply and sewerage” and RK 2201-82 “Prefabricated reinforced concrete wells for underground pipelines” from heavy concrete strength class for compression from B15. The frost resistance grade of concrete for well covers is accepted to be no less than F100. The waterproof grade is accepted to be no lower than grade W6.
Description
Product Description
Unified wells VD-8 are used when installing communications. They serve for access to important engineering systems for the purpose of carrying out repair and maintenance work. These wells are used in storm sewer systems.
Product marking
For an example of marking standardized wells, consider VD-8, where:
- VD - type of well element (working chamber for water supply and gas pipelines)
- 8 - internal diameter in dm. (80 cm.)
Product type characteristics
Well VD 8:
Inner diameter – 80 cm;
Height – 150 cm.
Pipe outlet
When laying utility lines, the reliability of the constituent elements comes first. This requirement also applies to widely used unified wells, which provide access to the network for its maintenance and repair if necessary. VD-8 is a durable product that, during operation, copes well with heavy mechanical loads and climatic changes. The design has optimal weight and size characteristics (height - 155 cm, diameters (external and internal) - 96 and 80 cm, respectively), which ensures not only ease of transportation, but also ease of installation.
* Delivery price is indicated to Moscow, taking into account the full load of the vehicle More detailsQuestion answer
- Delivery cost?
Delivery is calculated based on the distance of your facility, from the warehouse, as well as the tonnage and dimensions of the products.
-Where are you bringing it from?
Delivery is carried out directly from production. Production facilities are located throughout the central region, and before entering our network, they undergo strict quality control by the legal, accounting and quality departments.
- Where is the post office?
For the convenience of users, we have created a system for distributing the load on managers; if 1 person checks mail, this significantly slows down the work or even leads to the fact that read letters are lost. You can leave a request through the form at the top of the site “Leave a request”, it will go to a free manager and they will call you back within 5 minutes.
- Do you have a mobile number?
For the convenience of users, we have created a system for distributing the load on managers; if a mobile phone is specified, then only 1 person can talk on it, and it will be difficult to reach him during the season.
- Why so expensive?
The price of a product consists of several components, the main one being the cost of the material, which determines the quality of the final product. There is also a markup from the factory and a markup from the trading company, we work on the terms of a dealer discount, so we don’t have a markup separate from the factory, we make money from the fact that the factory shares part of its profit with us, and we, in turn, provide the factory with volume to ensure uninterrupted operation .
- Why can’t you order less than 15 thousand? Do you work only in wholesale?
Some items are manufactured in nearby areas and shipping of these items adds significant cost to the product. We calculated that when ordering more than 15 thousand, the benefit from purchasing products from us becomes greater. If you have a small request for products that are manufactured in your area, it will be cheaper to purchase products at nearby factories. Unfortunately, at the moment we do not have a single plant in the Moscow region that has passed our quality check.
- Where can I pick it up?
The products are manufactured in different factories, region and city, the manager can tell you, because the factory is different for each product.
- Why is delivery so expensive?
Delivery is calculated based on the distance of the object from the factory warehouse. The delivery cost is divided by the number of items based on the weight of the product; if you order 1 item, the entire delivery cost will fall on it, but if there are 10 items in the order, the delivery price will be equally distributed over these 10 items.
- Do you work with VAT?
Yes, the company Beton Project LLC works for OSNO and is a VAT payer. All prices on the website include VAT.
- Why is only the office listed on the website and not the plant?
We are a dealer of factories and operate at our office address. Because Our list contains a significant number of factories that have passed our inspection; it is not rational to post all the addresses of factories with products, which would complicate the search for the right factory. If you are interested in where this or that product can be exported, you can always check with the Manager or use our delivery.
- Do you have a warehouse in Moscow?
We do not have a warehouse in Moscow or the Moscow region, because... this will have a negative impact on the cost of the product because it will entail additional costs.
- What kind of plant? What is the name of?
The products are manufactured at different factories, you can always come to the factory and see for yourself the quality of our products. Also, if you have any doubts, you can pay for the products directly to the factory.
