Suction Assy, WW Super Hi-Flow, 3-1/4"hs, 2"s, Wht

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SKU:
54-270-1865
MPN:
54-270-1865
  • Suction Assy, WW Super Hi-Flow, 3-1/4"hs, 2"s, Wht
  • Suction Assy, WW Super Hi-Flow, 3-1/4"hs, 2"s, Wht
  • Suction Assy, WW Super Hi-Flow, 3-1/4"hs, 2"s, Wht
$41.00

Description

The Suction Assembly WW Super Hi-Flow is expertly engineered for superior performance in a wide range of applications. With a height of 3-1/4 inches and a 2-inch diameter, this assembly is tailored to enhance flow rates and optimize efficiency in fluid transfer systems. Its robust design ensures reliable operation, making it an ideal choice for both commercial and residential use.

Crafted from high-quality materials, this suction assembly promises durability and longevity, resisting wear and tear even in demanding environments. The white finish not only adds a sleek aesthetic but also contributes to its resistance against corrosion and chemical exposure, ensuring that it maintains its functionality over time.

Designed for seamless integration, the WW Super Hi-Flow Suction Assembly easily connects with existing fittings, making installation quick and hassle-free. Whether you are using it for water pumping, irrigation systems, or other fluid management tasks, its high-flow capability significantly reduces the time spent on tasks, increasing overall productivity.

The assembly features precision-engineered seals that minimize leakage and enhance suction strength, providing peace of mind during operation. Its lightweight construction allows for effortless handling, making it a convenient choice for those frequent adjustments or installations.

As part of a comprehensive fluid system, the WW Super Hi-Flow Suction Assembly stands out for its performance and reliability. It is the perfect solution for those looking to maximize efficiency, whether for routine tasks or specialized projects. Trust in this suction assembly to deliver unmatched performance, ensuring you achieve optimal results every time. Upgrade your fluid management systems with this essential component, and experience the difference in flow efficiency and durability that it can bring.
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