Seal Fast Aluminum Male NPT Reducer/Increaser Adapter 4" x 2" Threaded Pipe Transition Fitting for Industrial Fluid Systems

Adapt Pipe Sizes Quickly – Heavy-Duty Aluminum NPT Reducer/Increaser for High-Flow Fluid Transfer

Optimize your piping system with the Seal Fast FR Male Adapter x Male NPT Reducer/Increaser, engineered to transition between different pipe diameters while maintaining a secure, leak-resistant connection. This specialty fitting is ideal for industrial, agricultural, and municipal applications where threaded pipe systems require reliable size adjustment without compromising flow or pressure.

Made from lightweight, corrosion-resistant aluminum, this reducer/increaser features male NPT threads on both ends, allowing for seamless integration into existing threaded setups. The 4" x 2" configuration is perfect for adapting larger pipe outlets to smaller inlet connections in water, fuel, chemical, or slurry transfer systems.

Upsell opportunities include Seal Fast cam & groove couplings, gasket kits, quick-connect adapters, and valve assemblies. Bundle with industrial hoses, pressure gauges, or pipe clamps for a complete fluid control solution.

Key Benefits:

• Aluminum Construction: Lightweight and corrosion-resistant for rugged environments
• Male NPT x Male NPT Threads: Compatible with standard threaded pipe systems
• Reducer/Increaser Design: Adapts 4" pipe to 2" pipe for flexible system integration
• Leak-Resistant Fit: Ideal for high-pressure fluid transfer operations
• Versatile Applications: Suitable for water, fuel, chemical, and slurry systems

Perfect For:

• Industrial plumbing and fluid transfer systems
• Municipal water lines and agricultural irrigation
• Fuel, chemical, and slurry handling operations

What's Included:

• 1 × Seal Fast FR Male Adapter x Male NPT Reducer/Increaser (4" x 2" size)

Specifications:

Pro Tip: Keep reducer/increaser fittings on hand for field repairs and system upgrades. Pair with Seal Fast camlock adapters and gasket kits for a complete leak-proof solution.