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PPH Tee SxTxS

Reliable Flow Distribution: Ensure precise multi‑directional fluid routing in corrosive systems with our industrial‑grade PPH Tee (Socket‑Thread‑Socket).

End Corrosion in Branch Lines: Engineered from heavy‑duty PPH material, it permanently replaces failing metal or plastic fittings in high‑temperature acid/alkali branching applications.

Leak‑Resistant Junction: The integrated socket‑thread‑socket design, combined with reinforced sealing, provides a secure, leak‑free connection even under thermal and pressure cycling.

Ready‑to‑Install Fitting: Factory‑molded to exacting tolerances, each tee arrives inspection‑ready for quick, reliable integration into new or existing process piping.


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Product Detail

The XITA PPH Tee (Socket x Thread x Socket) is the essential fitting for reliable fluid distribution in aggressive industrial piping systems. Unlike standard branch connectors, this precision-engineered tee ensures a secure, leak-proof junction for complex acid/alkali transfer lines.

Combining a corrosion-resistant PPH body with versatile socket-thread-socket connections, it guarantees seamless, flexible integration and superior chemical resistance. It is the ideal solution for chemical processing, semiconductor facilities, and water treatment systems requiring durable, maintenance-free multi-directional flow components.

Key Features & Technical Advantages

Exceptional Chemical Resistance: Engineered with industrial-grade PPH (Polypropylene Homopolymer), the SxTxS Tee offers superior resistance against strong acids, alkalis, oxidizers, and solvents, ensuring reliable long-term performance in branched corrosive piping systems.

High Purity & Non-Contaminating: Made from inert, smooth-bore PPH material, it prevents scaling, leaching, and product contamination, making it ideal for branched distribution in semiconductor, pharmaceutical, and high-purity fluid systems.

Leak-Free Multi-Port Connection: Features precision-molded Socket-Thread-Socket configuration with integrated sealing, ensuring a robust, pressure-balanced, and leak-proof junction even under thermal cycling conditions.

Structural Integrity Under Stress: Designed to maintain dimensional stability and sealing performance at branch points under continuous thermal exposure and system pressure fluctuations.

Lifecycle Cost Efficiency: Although the initial investment may be higher than standard tees, its zero-maintenance operation and extended service life deliver significant long-term savings in corrosive and high-purity multi-line applications.

General Specifications

Item Name

PPH Tee SxTxS

Material

100% Virgin PPH

Technics

Socket-fusion

Color

White

Size

1/2~4

Origin

Changzhou Jiangsu

Typical Applications

Chemical & Pharmaceutical Piping

Used to safely branch corrosive acids, alkalis, and high-purity process fluids.

Semiconductor & High-Purity Systems

Ideal for branched clean water and high-purity chemical distribution networks in electronics manufacturing.

Surface Treatment & Wastewater Handling

Connects multiple lines in electroplating, pickling, and chemical wastewater collection systems.

Why Choose XITA?

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As a premier manufacturer of PPH Tee SxTxS, XITA controls every step from raw material sourcing to final assembly.

Factory Direct Pricing: Our integrated manufacturing ensures competitive cost for bulk orders by removing distributor margins.

100% Dimensional & Pressure Verified: Each tee undergoes rigorous inspection for sealing integrity and pressure resistance at all connection points.

Stable Inventory & Fast Delivery: Maintained stock of standard PPH fittings enables reliable supply and prompt dispatch for project and replacement needs.



FAQ

Q: How do you protect the actuator from acid fumes?

A: We utilize a double-sealing structure (O-rings + PTFE seat) to strictly isolate the medium, preventing corrosive vapors from entering the actuator housing.

Q: Can I integrate this valve with my PLC system?

A: Yes. Our valves come with standard wiring diagrams and support feedback signals, making integration into automated PLC systems seamless.

Q: What is the cycle life of the electric actuator?

A: The actuator is designed for high-frequency use, tested for over 50,000 cycles under rated load conditions.



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