PFA lined Instrument Tee

PFA Lined Instrument Tee

PFA lined instrument tee represents the highest standard of precision, reliability, and corrosion resistance in instrumentation and process control applications. Designed for critical service environments, this component combines the superior mechanical strength of forged metal with the exceptional chemical inertness of PFA lining, ensuring stable and contamination-free performance across a wide range of operating conditions.

The PFA lined instrument tee is primarily used for instrumentation connections, such as temperature or pressure sensing elements installed directly in the pipeline. It provides a convenient and secure means to monitor process conditions without interrupting the main flow. Additionally, it can serve as an access point for sample collection, ensuring process accuracy and consistency in quality control applications.

Each instrument tee is carefully engineered to deliver high integrity and leak-free performance. The body is manufactured from durable forged materials—typically carbon steel or stainless steel—to withstand internal pressure and mechanical stress. The internal surface is lined with PFA, a high-performance fluoropolymer known for its outstanding chemical resistance, non-stick properties, and excellent thermal stability. This combination guarantees maximum protection against corrosion, scaling, and chemical attack.

Advect’s manufacturing process follows strict quality standards, ensuring dimensional accuracy and consistent lining thickness throughout each unit. The PFA lining is applied using advanced molding techniques to create a seamless bond between the lining and metal body. This results in a smooth internal surface that minimizes friction losses and prevents contamination or residue build up during operation.

The PFA lined instrument tee is suitable for use in industries such as chemical processing, pharmaceuticals, petrochemicals, and fine chemical manufacturing, where precision, purity, and reliability are essential. Its design accommodates easy integration into existing pipeline systems, making it a practical solution for both new installations and maintenance upgrades.

Each component undergoes comprehensive testing, including spark, hydrostatic, and visual inspections, to verify its integrity and compliance with international standards such as ASTM F1545. These rigorous procedures ensure long-term performance, operational safety, and compatibility with the most aggressive process media.