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Tee

Tee is a commonly used pipe fitting, used for flow diversion, convergence or direction change in the pipe system. The function of the tee is to connect three pipes, which can be a straight connection or a branch connection, so as to achieve the distribution and convergence of fluids in the pipe. According to the different needs of the pipe, there are different types of tees, such as equal diameter tees (T-type) and reducing tees (reducing tees). It is widely used in industries such as petroleum, chemical, electric power, construction, water treatment, etc.

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+86 15733710333

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info@global-flange.com

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+86 15733710333

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1. Product Features:

Multi-flow design:
The tee usually has three connection ports, one of which can be used to connect different pipes, or to divert the fluid in the pipe to multiple directions.

Equal diameter and different diameters:

Equal diameter tee: All pipes have the same diameter, suitable for connecting pipes of the same diameter.

Different diameter tee: Suitable for connecting pipes of different diameters, usually used for flow distribution or reducing flow rate.

High strength and pressure resistance:
The tee is made of high-strength materials and has strong pressure resistance, suitable for use in high pressure and high temperature environments.

Corrosion resistance:
According to the properties of the medium, corrosion-resistant materials such as stainless steel, carbon steel, alloy steel, and plastic can be selected to ensure long-term stable operation.

Various connection methods:
The tee can be connected by welding, threading, flanges and other methods to meet the needs of different pipeline systems.

Fluid distribution and convergence:
The tee can effectively distribute fluids to different pipeline directions, or converge fluids from multiple flow paths into one pipeline to ensure the efficient operation of the pipeline system.

 

2. Technical parameters:

Material Carbon steel, stainless steel, alloy steel, cast steel, copper, plastic, etc.
Specification DN15 ~ DN1200 (1/2" ~ 48"), can also be customized according to customer needs
Pressure level PN6 ~ PN250, depending on the materials used and the working environment
Connection Butt welding, threaded connection, flange connection, socket connection, etc.
Temperature range -50°C ~ 450°C, the applicable temperature range varies depending on the material
standard Comply with international standards such as GB, ANSI, DIN, JIS, etc.

 

3. Application areas:

Petroleum and natural gas industry:
Used for the diversion and confluence connection of oil and natural gas pipelines to ensure that fluids with different flow rates and pressures can pass through the pipelines smoothly.

Chemical industry:
In the pipeline system of a chemical plant, tees are used for the distribution, mixing or return pipeline connection of different fluid media, and can withstand different chemical media.

Power industry:
In the steam pipeline, cooling water pipeline and other systems of the power plant, tees are used to distribute fluids to ensure the stable operation of the system.

Building water supply and drainage industry:
Tees are used in building water supply and drainage systems, especially for the connection of diversion pipelines, such as multi-pipe water inlet and drainage.

Municipal pipelines:
In municipal water supply and drainage pipeline systems, tees help to achieve fluid distribution and convergence between different pipelines to maintain the stability of fluid flow.

Water treatment industry:
Used for fluid distribution or convergence in water treatment systems to ensure the smooth flow of water in all links.

 

4.Advantages:

Efficient fluid distribution:
Tees can effectively distribute and converge fluids, ensure the flow efficiency of the pipeline system, and avoid uneven flow caused by improper pipeline connection.

Strong adaptability:
Whether it is equal-diameter or reducing-diameter tees, they can meet the use requirements of different specifications, different pressure levels, and different temperature environments.

High pressure bearing capacity:
Using high-strength materials, tees can withstand high pressure conditions and adapt to complex industrial environments.

Excellent corrosion resistance:
According to the needs of different media, corrosion-resistant materials can be selected for tees to ensure their long-term stable operation, especially suitable for highly corrosive chemical media.

Easy to install:
Different connection methods (such as welding, threading, flanges, etc.) can be used, which is easy to install and adapt to various pipeline systems.

Quality assurance:
All tee products are designed, produced and quality controlled in strict accordance with international standards. Each product has been strictly tested to ensure that its pressure resistance, corrosion resistance, sealing and other performance meet high standards. We provide perfect after-sales service to ensure the customer's use experience.

 

5. Packaging and transportation:

Packaging: According to the size and quantity of the tee, protective packaging methods such as wooden boxes, pallets, bubble films, etc. are usually used to ensure that the product is not damaged during transportation.

Transportation: Provide multiple modes of transportation such as sea, air, and land transportation to ensure that the products are delivered on time according to customer needs.

 

6. Notes:

1. Pre-installation inspection:
Before installing the tee, check whether the pipe contact surface is clean to ensure that there are no impurities affecting the sealing.

2. Bolt tightening:
During installation, ensure that the bolts of all connection parts are tightened evenly to avoid leakage due to loose connections.

3. Regular inspection:
Regularly check the tee connection during use to ensure its sealing and firmness to avoid looseness or leakage after long-term use.

4. Applicable media:
Tees of different materials are suitable for different media. Please choose the appropriate material according to actual needs to avoid corrosion or damage due to mismatch of media.

 

Production Process

Material Cutting

Medium Frequency Heat Forming

Calibration

Heat Treatment

Final Processing

Non-destructive Testing

Surface Treatment

Coating and Marking

Packaging and Delivery

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