Acessórios para tubos de aço - tipos de acessórios para tubos (TIPOS de conexão de tubos de aço)
At TUSPIPE, you can find pipe joints, elbows, tees, sleeves, flanges, diaphragm pipe fittings, reducers, valves, and other pipe fittings. Coating services for pipe fittings are also available. You can find any fitting you need.
Steel Pipe Fittings
Steel Pipe fittings is a component that connects segments in a series, offset, multiport, or installation configuration.Aço carbono Acessórios para tubos come in a variety of shapes and sizes and are composed of a variety of materials. Pipe joints, elbows, tees, sleeves, flanges, diaphragm pipe fittings, reducers, valves, and so on are all examples of steel pipe fittings.
Pipe fittings are a type of pipe system. Steel pipe fitings, steel pipe, pipe fittings, flanges, bolts and nuts, washers, valves, and pressure-bearing elements of other piping components comprise the entire piping system.
Types of Pipe Fittings
Pipe Elbow | Pipe Tee | Pipe Reducer | Pipe Cross | Coupling | Flange |
|---|---|---|---|---|---|
| 45 Deg Elbow | Equal Tee | Eccentric Reducer | Socket Weld Cross | Socket Weld Half Coupling | Weld Neck Flanges (WNRF) |
| 90 Deg Elbow | Reducing / Unequal Tee | Concentric Reducer | Socket Weld Unequal Cross | Socket Weld Full Coupling | Long Weld Neck Flanges |
| 180 Deg Elbow | Socket Weld Tee | Equal Cross | Threaded / Screwed Cross | Slip On Flanges (SORF) | |
| SR Elbow (Short Radius Elbow) | Socket Weld Unequal Tee | Blind Flanges (BLRF) | |||
| LR Elbow (Long Radius Elbow) | Threaded / Screwed Tee | Socket Weld Flanges (SWRF) | |||
| Socket Weld 45 Deg Elbow | Threaded / Screwed Flanges | ||||
| Socket Weld 90 Deg Elbow | Lap Joint Flanges | ||||
| Threaded / Screwed 45 Deg Elbow | Plate Flanges | ||||
| Threaded / Screwed 90 Deg Elbow | Reducing Flanges | ||||
| Threaded / Screwed Street Elbow |
A pipe elbow is a fitting that is installed between two lengths of pipe or tubing to allow a change in direction, usually at a 45° or 90° angle. Elbows are also available in other angles, as well as with radius bends. Most elbows are available in weld-on, threaded, and slip-on versions. Installation takes place by welding, screwing, or simply push-fitting the ends of the pipes or tubing into the elbow.
Pipe Tee (pipe fitting in the shape of a right angle)
A pipe tee is a three-way fittings that connects three pipes in a fluid system. The three pipes coming into the tee can be of different diameters, and the three pipes leaving the tee can also be of different diameters. The three pipes can flow in the same direction or in different directions. The shape of a pipe tee allows for the three pipes to connect at right angles to each other. A pipe tee is used when a fluid needs to be directed in two different directions, or when two different fluids need to be mixed together.
Pipe Reducer
A pipe reducer is a device used to connect two pipes of different diameters. The most common type of reducer is a concentric reducer, which consists of two cones with their bases joined together. Reducers are typically used to change the connection from one pipe size to another. However, they can also be used to increase or decrease the flow rate of a fluid. Reducers are usually installed at the end of a section of pipe and are secured with bolts or welds. When choosing a reducer, it is important to consider the maximum pressure and temperature that the device can withstand.
Pipe Coupling
A pipe coupling is a device used to connect two sections of pipe together. There are many types of pipe coupling, each designed for a specific purpose. For example, some couplings are intended to be used with threaded pipe, while others are designed for use with a non-threaded pipe. Couplings can also be used to connect pipes of different diameters. In most cases, pipe coupling is installed by threading it onto the end of the pipe. Once installed, the coupling provides a watertight seal that prevents leaks.
Flange
A pipe flange is a type of pipe fitting used to join two sections of pipe or tubing together. There are several different types of pipe flanges, including slip on, threaded, lap joint, weld neck, and socket weld. Pipe flanges are an essential component of many plumbing and piping systems. When choosing a pipe flange, it’s important to consider the type of connection you need, the pressure(pressure pipe fittings) and temperature ratings, and the material compatibility.
Pipe Cap
A pipe cap is a type of fitting that is used to protect the end of a pipe. It may be threaded, beveled, or grooved in order to create a seal. Pipe caps are typically used in conjunction with another type of fitting, such as a reducer, in order to protect the threads or connection point. In some cases, a pipe cap may also be used to protect the interior of the pipe from debris or other damage.
Pipe Cross
Pipe Cross is a pipe connection element with four open ports in the shape of a cross, which is used to connect four pipes to realize the diversion, merging or multi-directional transmission of fluids. Its internal design can be equal (four ports of the same diameter) or different (different port diameter) according to the needs of the material, including carbon steel, stainless steel, cast iron and plastic, in order to adapt to different working conditions.
Pipe Fittings process
Different process of pipe fittings
Butt-Welded Fittings
Butt-welded fittings are used in high-pressure, high-temperature or high-purity systems (e.g., petroleum, chemical) by directly aligning the pipe ends with the fittings and welding them together. The weld seam is flush with the inside of the pipe, reducing the risk of turbulence and scale buildup, providing a tight seal and high durability. Due to the absence of protruding structures, they are suitable for conveying corrosive or high-flow media, but are difficult to dismantle and are mostly used in permanent piping systems.
Socket weld fittings are corner welded by inserting the pipe into the socket of the fittings, and are commonly used in small-diameter (≤ 2 inches) medium and low pressure systems. Its structure is simple, easy to install, welding strength is lower than butt welding but higher than threaded connections. Suitable for steam, water or non-corrosive media, can withstand moderate vibration.
Threaded Fittings
Threaded fittings are mechanically connected through the engagement of internal and external threads, eliminating the need for welding, and are suitable for low-pressure, ambient-temperature systems. They are quick to install and can be disassembled, relying on sealant or raw material tape to prevent leakage. Not recommended for environments with vibration or frequent temperature changes due to thread wear and stress concentrations.
Coating for Pipe Fittings
- Varnish Coating
Varnish coating significantly enhances the lifespan and reliability of pipe fittings. Applied in either black or red paint, it provides basic protection for plain carbon pipe fittings. However, it’s vulnerable to corrosion in damp or humid conditions due to its lack of robust protective attributes. Despite this, varnish coating aids in maintaining flow consistency and preventing contamination, crucial in industries like food and water. To enhance durability, an additional protective layer can be applied, shielding the pipe fittings from external rust and corrosion.
- Zinc Coating
Zinc coating is achieved by immersing a steel workpiece in molten zinc at about 450°C, resulting in a layered structure of zinc and iron. As the workpiece cools, varying zinc-iron ratio alloy layers form on the surface, enhancing its durability over time. This process initiates at temperatures above 200°C, with the zinc infiltrating the ironwork piece’s surface. The interaction creates a sturdy, corrosion-resistant coating, extending the pipe’s lifespan and usability.
- Epxoy Coating
Epoxy or FPE coating is a high-performance solution for pipe fittings, conforming to all industrial coating standards. It’s a heat-curable, thermosetting epoxy powder offering robust corrosion resistance. Using epoxy resin as the primary film-forming substance, it comes in various types, each with unique properties. Categories include solvent-based, solvent-free, and aqueous epoxy coatings. Despite its potential to become powdery and lose luster when weather-exposed, its superb chemical resistance, thermal stability, electrical insulation, and high adhesion make it ideal for sectors like construction, automotive, and shipbuilding. It’s especially useful as a primer due to its unique characteristics.
PERGUNTAS FREQUENTES
Which type of fitting is used to connect two pipes of different diameters to reduce the flow size?
There is a kind of pipe fittings called reduced warp pipe, which is mainly used to connect two pipes with different diameters and effectively reduce the flow of the pipes. There are two main types of warp-reducing tubes: concentric and eccentric. Engineers can choose different types of warp-reducing fittings according to their needs. In fact, in addition to reducing the warp pipe, you can also use tees and so on, to divert the fluid, which can also play a role in reducing the flow.
What plumbing fittings are used to connect different sizes of pipes?
In the piping system, it is inevitable to encounter the problem of pipe diversion or main pipe to reduce the flow to the branch pipe. Most of the fittings can solve this problem such as:
Reduced warp pipe fittings: the above mentioned reduced warp pipe, can effectively control the flow of the pipeline, so that the pipeline transport is more convenient
Complementary core: Screwed into larger fittings through the threads on the pipe, used to connect pipes of different sizes.
Adapters: the main difference is that different types of pipes can be connected, such as connecting threaded head pipes to smooth ends.
Tee fittings: mainly used for branching of piping system, it is one of the indispensable fittings.
What types of threads do oil and heater fitting connections have?
Oil and heater fittings go to the ordinary fittings oil slightly different, such fittings are also higher requirements, usually used for high-pressure, corrosion-resistant and high precision requirements of the environment.
NPT: National Threaded Pipe, often used in oil and gas, most of these fittings are tapered threaded fittings, which are designed to provide a tight seal for the pipework.
BSP: A British Standard, available in both parallel and tapered threads.
AN: Army-Navy threads are mainly used in high temperature and high pressure environments to provide a tight connection with a high degree of safety and no leakage.
JIC: Joint Industry Committee threads, these threads are used in hydraulic and fuel systems. Provides a tight seal.
Types of pipe fittings in oil and gas industry
Pipe fittings in the oil and gas industry, the main function is to ensure the safe and efficient operation of the piping system and to ensure that the transported objects can be safely transported to the required location. Therefore, it will generally require the use of: elbows, tee fittings, warp-reducing pipes, couplings, valves, flanges, caps and plugs, adapters and splices. Engineers can choose from a wide range of standards and types of fittings, such as threaded fittings, welded fittings, flanged fittings, access fittings, etc., according to their needs.
TUSPIPE not only provides you with pipe fittings, but also the right joints according to your needs. You can contact us if you have any questions.
Por que escolher a tuspipe?
Desde 1998, a Tianjin United Steel Piping Co., Ltd (TUSPIPE) está comprometida com o fornecimento de tubos de alta qualidade.
Com mais de 500.000 toneladas de capacidade de produção anual, a empresa atende a vários campos e setores, como exploração e transmissão de petróleo e gás, construção naval e automotiva, água e eletricidade, proteção ambiental, engenharia mecânica, construção de infraestrutura etc.
A TUSPIPE valoriza a qualidade e o rigoroso controle de qualidade dos produtos. Para manter a boa qualidade dos produtos, a empresa estabeleceu um Centro de Testes e Inspeção desde 2004. Com uma série de equipamentos de teste e inspeção de última geração, o centro de teste e inspeção é capaz de realizar testes de tração, testes hidrostáticos, testes de impacto, DWTT, etc.
