Pre-Insulated Tee | HDPE Jacketed Pre-Insulated Rising Tee
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- APPLICATION:
- Chilled Water, Condenser Water, Domestic Water, Potable Water, Waste Water
- INSULATION:
- Polyurethane Form
A pre-insulated steel tee is a type of pipe fitting used in various piping systems, particularly in HVAC (Heating, Ventilation, and Air Conditioning) applications. It is designed to provide a connection point for branching off a main pipeline while also incorporating insulation to minimize heat loss or gain.
The tee itself is typically made of steel, which offers excellent strength and durability. It is commonly used in industrial and commercial settings where the piping system needs to withstand high pressures and temperatures. The steel tee is manufactured with precision to ensure proper alignment and sealing when connected to other pipes.
The insulation component of a pre-insulated steel tee is what sets it apart from a regular tee. It is typically made of foam or other insulating materials that are selected based on the specific requirements of the application. The insulation is applied around the exterior of the steel tee, providing a protective barrier that helps prevent heat transfer between the fluid flowing inside the pipe and the surrounding environment.
The pre-insulated steel tee offers several advantages in HVAC systems. By minimizing heat loss or gain, it helps improve energy efficiency and reduces the operating costs associated with heating or cooling. It also helps maintain a consistent temperature within the piping system, which is crucial for applications where temperature control is critical.
Additionally, the insulation layer of a pre-insulated steel tee provides protection against condensation and prevents the formation of moisture on the outer surface of the pipe. This helps prevent corrosion and prolongs the lifespan of the piping system.
Overall, pre-insulated steel tees are commonly used in HVAC applications where thermal efficiency, temperature control, and corrosion resistance are important factors. They provide a convenient and reliable solution for branching off piping systems while ensuring optimal insulation performance.
Pre-Insulated Pipes • Heat loss during transfer is at a minimum level. • Provides ease of use, transportation and assembly. • It is resistant to corrosion. • It has a lifetime of more than 50 years under 120 ° C continuous temperature. • Due to the heat conduction coefficient of the polyurethane used, there is less heat loss compared to the classical system.Because the sheath pipe is HDPE, it provides 100% sealing.
abtersteel manufactures its product range for district cooling strictly in compliance with EN17415-1, EN17415-2, EN17415-3, EN489 and other relevant standards, which will ensure a technical lifetime of minimum 50 years when designed and installed correctly.
Polyurethane foam insulated steel pipe also referred as urethane foam pre-insulated piping, PU district heating pipesis the insulation pipe with rigid polyurethane foam plastic as its insulation material, made of inner carrier steel pipes, middle rigid polyurethane foam insulation layer and outer protective layer.
Pre-insulated pipes, manufactured in accordance with the TS EN 253 standard, have an insulation lifespan of 30 years when continuously operated at 120-140℃, 50 years at 115℃, and over 50 years at temperatures below 115℃.
Pre-insulated pipes are manufactured under TS EN 253 standards and offer 30 years of service life at 120°C, 50 years of service life at 115°C and more than 50 years of service life below 115°C.
Polyurethane insulation pipe (black jacket insulation pipe, polyurethane insulation pipe and its connecting parts, including insulation tee, insulation reducer, insulation elbow, insulation bend pipe, insulation fixed joints, etc.) is suitable for urban heating, electric heating, water transmission and insulation, oil pipeline, plumbing pipe, air conditioning pipe, electric power pipe, thermal pipe...Pipeline insulation buried in the project is widely used .It has many advantages, such as environmental protection and energy saving, anti-corrosion and heat preservation, anti-freezing and cold resistance, economy and beauty, and reducing heat loss.
