Bend 3D SCH80 90 Degree ASTM A234 WPB

Product Introduction

Bend 3D SCH80 90 Degree ASTM A234 WPB is a pipe joining component commonly used in the construction and layout of piping systems.

Type:

This product is a three-dimensional elbow (Bend 3D), which is usually used in piping systems to change the direction or angle of the pipe. The 3D representation of an elbow is that its bending radius is three times the diameter of the pipe. This type of elbow is typically used in applications that require a larger bending radius to reduce the flow resistance of the fluid.

The wall thickness of the product is SCH80. “SCH” represents the standard schedule (Schedule) and “80″ represents the wall thickness. SCH 80 pipe joining components typically have thicker wall thicknesses and are suitable for high pressure or high temperature applications because thicker wall thicknesses provide better strength and pressure resistance.

Bending angle:

90-degree elbows are often used to change the direction of pipes into right angles, which are very common in pipe layouts.

Material:

This product meets ASTM A234 WPB material standards. “ASTM A234″ is a standard specification published by the American Society for Testing and Materials (ASTM), while “WPB” is a specific material grade designation. In this case, “WPB” usually means carbon steel material, used in general industrial and construction applications. Carbon steel retains strength at low temperatures and is suitable for the manufacture of many pipe joining components.

This product is commonly used in piping systems in industry and construction to ensure pipe fit, flow and pressure resistance. It can be used in a variety of applications including water supply, HVAC, chemicals, oil and gas transmission, and more. Selecting the correct type and size of pipe joining components is critical to the performance and safety of your piping system. In this case, the SCH80 90-degree elbow is suitable for piping systems under high pressure and high temperature conditions.

Advantages and Disadvantages of Bends 3D

Advantage:

1. Bending freedom: 3D bends allow pipes to be bent in three different planes, allowing them to adapt to various complex pipe layouts and design needs. This freedom makes it suitable for piping systems with special shapes and complex layouts.
2. Reduce the number of joints: Compared with using multiple elbows and joints, 3D elbows reduce the number of connection points, reduce the risk of leakage, and improve the reliability of the system.
3. Fluid dynamic performance: The curvature radius of the 3D elbow is relatively large, which helps reduce the resistance of the fluid and improves the fluid dynamic performance of the pipeline. This is useful for applications requiring high traffic.
4. Reduced maintenance and repairs: Fewer connection points mean less maintenance and repair needs. This reduces operating costs and downtime.
5. Save space: Since 3D bends can reduce connection points, a more compact pipe layout can be created in limited space. This is useful in space-constrained applications.

Disadvantages:

1. Manufacturing cost: Manufacturing 3D bent pipes usually requires special equipment and processes, which may make it more expensive to manufacture. Additionally, each elbow needs to be customized to meet specific design requirements.
2. Design and measurement complexity: To ensure the correct installation of 3D elbows, accurate design and measurement are required to ensure that the geometry and dimensions of the piping system are fully compliant.
3. Installation difficulty: The installation of 3D elbows usually requires skilled operators and appropriate tools. This may require additional training and skills.
4. Limited by pipe size: The applicability of 3D pipe bends is limited by pipe size. Larger diameter pipes may require larger 3D bends, which may increase costs.
5. Material selection: Material selection is crucial to the performance of 3D pipe bends. The bending performance and bending radius of different materials may be different.

Taking these pros and cons into consideration, butt welding pipe fittings 3D bends can offer many advantages in the right application, especially in piping systems that require special shapes and complex layouts. However, it also requires investment and technical support, thus requiring careful consideration in project selection and implementation.

1.Shrink bag–> 2.Small Box–> 3.Carton–> 4.Strong Plywood Case

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Packing & Shipment

1.Professional manufactory.
2.Trial orders are acceptable.
3.Flexible and convenient logistic service.
4.Competitive price.
5.100% testing,ensuring the mechanical properties
6.Professional testing.

1.We can guarantee the best material according to related quotation.
2.Testing is performed on each fitting before delivery.
3.All packages are adapt for shipment .
4. Material chemical composition is conformed with international standard and environment standard.

A) How can I get more details about your products?
You can send an email to our email address. We will provide catalogue and pictures of our products for your reference.We can also supply pipe fittings, bolt and nut, gaskets etc. We aim to be your piping system solution provider. 

B) How can I get some samples?   
If you need, we will offer you samples for free, but new customers are expected to pay express charge. 

C) Do you provide customized parts? 
Yes, you can give us drawings and we will manufacture accordingly. 

D) To which country have you supplied your products?
We have supplied to Thailand, China Taiwan, Vietnam, India, South Africa, Sudan, Peru , Brazil, Trinidad and Tobago, Kuwait, Qatar, Sri Lanka, Pakistan, Romania, France, Spain, Germany, Belgium, Ukraine etc. (Figures here only include our customers in latest 5 years.). 

E) I can’t see the goods or touch the goods, how can I deal with the risk involved?  
Our quality management system conforms to the requirement of ISO 9001:2015 verified by DNV. We are absolutely worth your trust. We can accept trial order to enhance mutual trust.