Tee Pipe Fittings

Flow Management

• Efficiently splits or combines fluid and gas flows.
• Maintains smooth transitions, minimizing turbulence and pressure loss.

Structural Durability

• Constructed from robust materials like carbon steel, stainless steel, and alloys to handle high-pressure and high-temperature environments.
• Resistant to mechanical stress and corrosion, ensuring long-term performance.

Customizable Configurations

• Available in various designs, including equal, reducing, and barred tees.
• Tailored options for unique industrial applications, including custom diameters and wall thicknesses.

Compliance with Global Standards

• Manufactured to meet ASME B16.9, ASTM, and ISO standards, ensuring precision, quality, and reliability.

Oil and Gas

• Challenges: High-pressure flow distribution and corrosion resistance.
• Applications:
  • Equal tees in crude oil and natural gas distribution pipelines.
  • Reducing tees for connecting auxiliary systems like pumps and compressors.
• Examples:
  • Distributing steam or oil in refining units.
  • Splitting gas flows in offshore pipelines.

Chemical and Petrochemical

• Challenges: Transporting aggressive chemicals and volatile compounds.
• Applications:
  • Nickel alloy tees in chemical reactors and pipelines.
  • Duplex stainless steel tees for handling corrosive media.
• Examples:
  • Reducing tees for flow adjustments in chemical mixing systems.
  • Barred tees in piggable pipelines for process efficiency.

Power Generation

• Challenges: Managing high-pressure steam and cooling water.
• Applications:
  • Alloy steel tees in superheated steam pipelines.
  • Carbon steel tees in auxiliary cooling lines.
• Examples:
  • Equal tees for steam distribution networks.
  • Reducing tees for connecting feedwater systems to boilers.

Pharmaceutical and Food Processing

• Challenges: Maintaining sterile, hygienic conditions.
• Applications:
  • Electro-polished stainless steel tees in cleanroom facilities.
  • Compact tees in food production pipelines.
• Examples:
  • Equal tees for splitting sterile fluid flows.
  • Reducing tees for precise flow adjustments in pharmaceutical production.

Water Treatment

• Challenges: Distributing treated or untreated water efficiently.
• Applications:
  • Carbon steel tees in municipal water systems.
  • Stainless steel tees in desalination plants.
• Examples:
  • Equal tees for water distribution in treatment facilities.
  • Reducing tees for flow adjustments in pump networks.

Cryogenic Applications

• Challenges: Transporting cryogenic fluids like LNG and liquid nitrogen.
• Applications:
  • Low-temperature carbon steel tees for LNG pipelines.
  • Stainless steel tees for liquid oxygen storage systems.
• Examples:
  • Equal tees for distributing cryogenic fluids.
  • Reducing tees for flow control in liquefaction units.