HDPE Lateral Tee
Simple connection operation that requires no hot-melt equipment; installation can be completed manually, significantly improving construction efficiency.
Description
HDPE Screw-joint inclined tee
specification parameter
|
Nominal Diameter |
Weight |
|
ds50 |
0.213kg |
|
ds75 |
0.455kg |
|
ds110 |
0.884kg |
|
ds160 |
1.868kg |
The threaded oblique tee is a pipe branch connector made of HDPE material. Its main body features a "Y"-shaped structure, with the branch pipe set at a specific angle to the main pipe (commonly 45 degrees). All connection ports adopt a threaded design. The threaded connection is achieved by screwing the branch and main pipe interfaces onto the corresponding threaded pipe ends or fittings, ensuring a secure and reliable seal. As a practical HDPE Lateral Tee, it allows easy branch connections without heat fusion.
Product Advantages
Easy Installation
Simple connection operation that requires no hot-melt equipment; installation can be completed manually, significantly improving construction efficiency.
Optimized Flow Performance
The angled structure improves fluid dynamics, reducing operating noise while minimizing wear and blockage risks on the inner pipe wall.
Durable Material
Excellent corrosion resistance, aging resistance, and impact resistance, suitable for transporting various acidic and alkaline media.
Reliable and Detachable Sealing
When used with sealing gaskets, the threaded connection effectively prevents leakage. The detachable structure facilitates future inspection, maintenance, and replacement of pipeline components.
HDPE Pressure cover inclined three-way
specification parameter
|
Nominal Diameter |
Weight |
|
ds50 |
0.180kg |
|
ds75 |
0.380kg |
|
ds110 |
0.802kg |
|
ds160 |
1.722kg |
The compression-type oblique tee is a pipe branching fitting injection-molded from high-density polyethylene (HDPE). It features a Y-shaped structure, with the branch pipe positioned at a 45- or 60-degree angle to the main pipe. The connection system consists of a compression cap, sealing ring, and related components. This type of HDPE Lateral Tee is used for branching, merging, or guiding media within HDPE piping systems. The angled flow path design reduces impact forces and turbulence at the branch point, thereby minimizing pressure loss. The compression locking structure allows quick connection and disconnection, making it suitable for applications that require frequent maintenance or non–heat-fusion installation.
Product Advantages
No Heat Fusion Required
Installation can be completed manually without specialized welding equipment, reducing skill requirements for installers.
Detachable and Flexible
The compression structure allows easy disassembly, providing flexibility for maintenance, component replacement, or pipeline modification.
Reliable Sealing Performance
Capable of accommodating a certain range of axial pipe displacement and offering resistance to minor settlement and vibration.
Material Stability
Retains the acid resistance, alkali resistance, and aging resistance inherent to HDPE, making it suitable for water supply, drainage, and sewage treatment applications.
HDPE Hot-melt inclined tee
Specification Parameter
|
Nominal Diameter |
Weight |
|
ds50 |
0.120kg |
|
ds75 |
0.297kg |
|
ds110 |
0.665kg |
|
ds160 |
1.550kg |
The hot-melt oblique tee is a pipe branching fitting manufactured from high-density polyethylene (HDPE) using an integral injection molding process. The main body has a Y-shaped configuration, with the branch pipe forming a 45- or 60-degree angle with the main pipe. The interfaces are designed as smooth sockets and utilize a socket fusion process. During installation, both the fitting socket and pipe end are heated to a molten state using hot-melt equipment and then joined together. After cooling, a seamless and permanent connection is formed. This hot-fusion HDPE Lateral Tee provides excellent structural integrity for pressure-bearing pipeline systems.
Product Advantages
Excellent Sealing Performance
After heat fusion, the fitting and pipe form a unified structure, eliminating leakage risks and enabling high pressure resistance.
High Connection Strength
Strong impact resistance and excellent mechanical performance after fusion.
Integrated Structure
The fused joint offers strong resistance to tension, impact, and ground settlement.
Long Service Life
Outstanding chemical corrosion resistance and aging resistance, resulting in low maintenance requirements and extended operational life.
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