Manufactured by Bflon Lined Valves, the Lined Ball Type Check Valve is a pivotal solution for various chemical industries. This valve, meticulously designed and crafted, offers exceptional reliability and efficiency for managing fluid flows and preventing backflows.

With its innovative construction and impeccable standards, the Lined Ball Type Check Valve is a versatile component that plays a crucial role in ensuring the integrity of chemical processes.

Crafted with precision, this valve comes in variants such as PFA Lined Ball Type Check Valve, FEP Lined Ball Type Check Valve, and Plastic Lined Ball Type Check Valve, alongside other options like Lined Non Return Valve and Lined NRV.

Its adaptability makes it an ideal fit for a wide array of chemical applications. Hailing from India, Bflon Lined Valves presents this high-quality valve that adheres to global design and testing standards.

The Lined Ball Type Check Valve boasts a robust construction, featuring options like ASTM A 216 GR. WCB (Cast Carbon Steel), ASTM A 395 (Ductile Iron), and various grades of stainless steel for its body.

The valve's lining materials include FEP (Fluorinated Ethylene Propylene), PFA (Perfluoroalkoxy), ETFE (Ethylene Tetrafluoroethylene), and other durable materials that provide superior resistance to corrosive chemicals. The lining thickness ranges from 3 to 5mm, ensuring longevity and reliability in demanding environments.

Conforming to rigorous standards, this valve offers hassle-free installation with flanged end connections and vertical line orientation. The uni-directional flow direction further enhances its usability. Its leakage class, rated as Class VI (Zero Leakage) according to API 598, speaks volumes about its precision engineering.

The Lined Ball Type Check Valve's pressure rating of 150# / PN10 / PN16, combined with hydrostatic and seat testing, ensures its performance under diverse pressures. The valve's application scope spans from DN15 (1/2”) to DN 150 (6”) sizes, catering to various industrial needs. Its suitability for handling chemicals at different temperatures is confirmed by testing media like water at room temperature and spark tests.