SOUTH AMERICA WATER BALL VALVE

The Brazil Water ball valve is a versatile and dependable valve designed to regulate water flow in a wide range of applications. It meets the EN13828 Standard and is equipped with female/male threads, allowing easy connection between female-threaded pipes and male-threaded fittings. With size options from 1/2″ to 1″, the valve’s compact design features a spherical ball with a central hole, enabling precise control over water flow. Its reduce bore construction ensures efficient flow regulation, making it suitable for various industrial, commercial, and residential setups. The aluminum handle facilitates smooth operation, and the chrome-plated body surface treatment enhances the valve’s durability and resistance to corrosion. With a working pressure rating of PN25/362.5 PSI, the valve can handle water systems with pressures up to 25 bar or 362.5 PSI, making it reliable for both standard and high-pressure applications. Moreover, its wide temperature range of -30℃ to +150°C allows for efficient operation in environments experiencing extreme temperature variations.

The Brazil Water ball valve’s adaptability to ISO 228 and ISO 7/1 Rp parallel threads ensures seamless integration with different piping systems. The female/male threads provide secure connections between female-threaded pipes and male-threaded fittings, simplifying the installation process. These industry-standard threads ensure a leak-free fit, contributing to the valve’s reliable performance and durability across various plumbing configurations. With its ability to withstand extreme temperatures and pressures, the Brazil Water ball valve proves to be a dependable and versatile choice for precise water flow regulation in diverse industrial, commercial, and residential settings. Whether in critical industrial facilities or everyday household applications, this valve’s efficiency, robust construction, and compatibility with standard threads make it an excellent option for maintaining reliable water flow control in a wide range of scenarios.