316 Stainless Steel Reducing Tee NPT Class 150 Threaded Casting Fitting for 2" x 1" Pipe Connections

Precision-cast 316 stainless steel reducing tee with NPT threaded connections and Class 150 pressure rating. Features enhanced corrosion resistance with molybdenum content, eliminates welding requirements, and reduces installation costs. Ideal for fluid distribution, irrigation, and industrial piping systems requiring reliable 90° branch connections.

Place of Origin China
Product Name Threaded Reducing Tee
Packaging Details Plywood case
Connection Threaded NPT
Material Stainless Steel 316
Pressure Rating Class 150
Product Description
Product Specifications
Attribute Value
Material Stainless Steel 316
Fitting Type Reducing Tee, Casting
Connection Threaded NPT
Pressure Rating Class 150
Application Fluid Distribution, Manifolds, Irrigation
Product Overview
This 316 stainless steel reducing tee with NPT Class 150 threaded connections provides a reliable solution for creating smaller 90° branches from main pipelines. The one-piece casting design eliminates additional connection points, reducing potential leaks and installation costs while ensuring long-term system integrity.
Design Advantages
Compared to traditional "equal-diameter tee + bushing" combinations, this reducing tee offers superior efficiency and reliability. The precision casting process ensures excellent dimensional accuracy and smooth surface finish, while the threaded connection eliminates welding requirements for easier maintenance and modifications.
Material Properties
Manufactured from 316/CF8M stainless steel with molybdenum content, this fitting provides enhanced corrosion resistance across a wide range of environments. This ensures comprehensive protection and stable long-term performance for your distribution systems.
316 Stainless Steel Reducing Tee NPT Class 150 Threaded Casting Fitting showing precision manufacturing and threaded connections
Manufacturing Process
Our cast pipe fittings are produced using precision silica sol casting technology. This advanced process begins with wax patterns that are coated with refractory materials to form ceramic shells. After wax removal, molten 316 stainless steel is poured into the hollow shells, then cooled, machined, tapped, and finished to exact specifications.
Applications
  • Fluid distribution manifolds
  • Water treatment systems
  • Agricultural irrigation networks
  • HVAC systems
  • General industrial piping
These reducing tees enable efficient construction of compact, well-planned distribution networks to meet diverse flow distribution requirements while maintaining system reliability and cost-effectiveness.
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