Iglele® SS 316 Stainless Steel Heavy Duty NPT Tee – 6000 PSI

Features – Iglele® SS 316 Stainless Steel Heavy Duty NPT Tee – 6000 PSI :

• Premium SS 316 Construction: Manufactured from high-quality stainless steel 316 for superior strength and durability.

• High Pressure Rating: Designed for high-pressure applications up to 6000 PSI.

• Heavy-Duty Design: Robust construction ensures reliable performance in demanding industrial environments.

• NPT Thread Connection: Precision-machined NPT threads provide secure and reliable connections.

• Three-Way Connection: Allows efficient distribution or branching of fluid flow in three directions.

• Excellent Corrosion Resistance: Offers outstanding resistance to rust, oxidation, and corrosion.

• Leak-Resistant Design: Ensures dependable sealing when properly installed with suitable thread sealant.

• High Mechanical Strength: Withstands demanding operating conditions and mechanical stress.

• Long Service Life: Durable construction reduces maintenance and replacement requirements.

• Wide Industrial Compatibility: Suitable for hydraulic, pneumatic, oil, gas, and chemical processing systems.

   

Applications AND USE :

• Hydraulic Systems: Used for branching high-pressure hydraulic fluid lines.

• Pneumatic Systems: Suitable for compressed air distribution and pneumatic pipeline connections.

• Oil & Gas Industry: Used in high-pressure oil and gas pipeline systems.

• Chemical Processing: Ideal for distributing compatible chemicals in industrial processing plants.

• Petrochemical Industry: Suitable for high-pressure fluid transfer and process piping.

• Industrial Instrumentation: Used for connecting pressure gauges, transmitters, and instrumentation lines.

• Power Plants: Suitable for industrial fluid distribution and pressure systems.

• Marine Applications: Used in marine fluid handling systems requiring corrosion-resistant fittings.

• Manufacturing Industries: Ideal for connecting and branching pipelines in heavy-duty machinery.

• High-Pressure Fluid Lines: Used to divide or distribute fluid flow into three directions.