OEM Series: Precision Castings, Balls, Stems from Taiwan
At INOX-TEK, we are a direct manufacturer of high-quality OEM valve components, precision castings and industrial hardware, serving both the Taiwan domestic market and global customers. With our own in-house lost wax casting foundry, we ensure full production control and consistent quality across every product—from valve balls, stems, handles to customized cast parts. Our components are made from durable materials such as stainless steel, carbon steel, and alloy steel, and are designed to meet the strict performance requirements of critical industrial applications. Trusted worldwide, INOX-TEK delivers reliable, high-performance solutions tailored to your specific needs.
OEM Castings: Precision and Versatility
Our OEM castings are produced using advanced lost-wax casting techniques, ensuring impeccable accuracy and consistency. We offer a diverse range of components including valve parts, valve bodies, valve caps, fittings, flanges, plumbing components, hand tools, pumps, marine equipment, and more. Every casting is engineered to meet the specific requirements of your application, whether in stainless steel (CF8, CF8M, CF3, CF3M), carbon steel (WCB), or alloy steel.
OEM Balls: Tailored Flow Control Solutions
INOX-TEK provides a comprehensive selection of OEM balls, designed for optimal flow control and regulation. Our offerings include solid balls, hollow balls, trunnion balls, as well as specialized designs like V port, L port, T port, X port, and F port balls. These precision-engineered balls ensure smooth operation in critical systems and can be customized to meet your OEM specifications.
OEM Stems: Strength and Customization
Our OEM stems are engineered for durability and strength in the most demanding environments. We manufacture a wide variety of stem designs, including double D stems, square stems, threaded stems, and stems with anti-static devices. Each stem is meticulously crafted to meet the unique requirements of your project, providing reliable performance in critical applications.
