Metering Manifold Translucent 5 Port Softwash (3ea) 1/2in and (2ea) 3/4in

Manifold – Polypropylene Translucent

5-Port Softwash Metering Block

(3ea) 1/2-inch ports and (2ea) 3/4-inch ports

The Polypropylene Translucent 5-Port Manifold is engineered for efficient and precise mixing of Softwash cleaning solutions, including water, sodium hypochlorite (SH), and surfactants. Built to handle demanding environments, this metering block delivers reliable chemical mixing performance for professional Softwash and pressure washing systems.

Key Features

• Durable Construction: Made from high-quality translucent PP for long-lasting strength and chemical resistance.
• Five-Port Configuration: Includes three 1/2-inch ports and two 3/4-inch ports, allowing flexible connection options for your Softwash setup.
• Efficient Chemical Mixing: Provides accurate metering for water, SH, and surfactants to ensure consistent cleaning results.
• Chemical Resistant: Withstands corrosion from common Softwash chemicals, extending the life of your system components.
• Translucent Design: Offers visibility of flow and mixture for quick inspection and maintenance.
• Propotioner: This block works with metering valves to server as chemical combiner in a chemical mix proportioning system for softwashing 
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Applications

• Softwash Systems: Ideal for proportioning and mixing cleaning solutions in Softwash rigs.
• Pressure Washing: Suitable for setups that require controlled chemical delivery.
• Industrial Cleaning: Works well in chemical processing and fluid distribution systems.

Technical Specifications

Benefits

• Versatile Integration: Easily fits into new or existing Softwash and pressure washing systems.
• Reliable Performance: Built to withstand regular use and exposure to harsh chemicals.
• Improved Efficiency: Enhances solution consistency for better, more uniform cleaning results.

Upgrade your Softwash setup with the Polypropylene Translucent 5-Port Manifold — the durable, efficient solution for precise chemical metering and reliable long-term performance.