[ Plastic Ball Valves, A reliable alternative to brass ]

The last valve you'll ever need

Ezeeflow is the only plastic ball valve in South Africa that meets SANS 16135:2009 specifications. As it’s made from plastic, it won’t rust or corrode like its metal counterparts and will continue to work like new for many years after you install it.

[ Plastic Ball Valves, A reliable alternative to brass ]

EzeeFlow™Plastic Ball Valves: The Cost-Effective Choice

In challenging environments where corrosion is a concern, plastic ball valves offer a reliable solution. Unlike metal alternatives, plastic valves resist sticking and breakdown caused by rust, scaling, or other corrosive buildups. Additionally, plastic piping stays smooth and free from deposits, maintaining consistent flow rates and pressure with long-term use. Externally, plastic valves are resistant to airborne corrosive agents, eliminating the need for protective coatings or paint.

For potable water applications, materials like polypropylene are ideal due to their non-leaching properties, and they prevent the adherence and growth of organic contaminants.

Beyond these corrosion-resistant benefits, plastic valves and piping are lightweight, reducing shipping costs. Installation is straightforward with options for hand-threading, thermal welding, or solvent cementing.

If you’re looking to avoid corrosion-prone metal valves, Plastinternational (Pty) Ltd offers a proven alternative with their SABS-approved range of Plastic Ball Valves, manufactured since 1997​

Standard Valve Dimensions & Operating Instructions

Standard Options & Variations

Standard Valve Specifications

Mechanical Properties

- 16 bar continuous pressure – cold water @ 20°C - 6.4 bar continuous pressure – hot water @ 60°C - Factory tested to 30 bar - Valves are designed for conveyance and control of potable water. Contact manufacturer for advice on other fluids/gasses. - Valves are wear/corrosion resistant & manufactured with one-piece, nonserviceable body. Contact manufacturer for replacement.

Resistance to Micro Organisms

The housing material (PPR) is not a nutrient medium for micro-organisms and therefore is not attacked by them. It cannot be penetrated by micro-organisms.

Physiological Compatibility

Industrial and pharmaceutical laboratories have tested the housing material (PP) in acute and chronic animal feed trials. Even after a two-year trial period, no damage attributable to the plastic could be detected in the organs of the animals.

Assessment Under Food Legislation

The housing material conforms to the following Specifications: - BGA VII (Bundesgesundheitsamt) - Germany - BGA IX (Colorants for the coloration of Plastics) - Germany - FDA - USA