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Yutian Yudong Foundry Co., Ltd. was founded in 1990. In 1995, the company developed malleable steel pipe fittings. Later in 2010, as leading malleable iron pipe fittings factory also, YINUO developed grooved pipe fittings. Over the years, Yutian Yudong Foundry has expanded its business scope which now includes the research, development, production and distribution of various malleable steel pipe fittings, grooved pipe fittings, ductile iron fittings and valves with their accessories.
Over three decades, as leading galvanized tee China factory, Yudong has steadily broadened their scope from origins in malleable fittings to incorporate grooved, ductile iron, and valve product families. They continue working to enhance piping systems and meet the evolving needs of customers through expanded offerings and new product design. Additionally, we own self-brand YINUO for various pipe fitting products.
YINUO always provides quality pipe fittings such as 3/4" black malleable iron pipe fitting, 1/2 inch black pipe malleable iron fittings, 1/2" or 1 1/4 " malleable threaded floor flange iron pipe fittings, etc. Please contact us for more products information.
Malleable iron pipe fittings are commonly used to join steel piping systems. However, galvanized versions are favored for applications using high quality galvanized steel pipes to prevent corrosion at the connection points. Available in a vast array of sizes and configurations, malleable iron pipe fittings such as elbows, tees, crosses and unions represent the prevalent choice for malleable pipe joining needs due to their versatility and corrosion resistance. Whether standard steel or galvanized variants, malleable fittings ensure durable, reliable joints.
Malleable fittings refer to fittings that can be easily reshaped or deformed without breaking. Malleability is a physical property of certain metals and metalloids, whereby applying forces like hammering or rolling allows deforming the material without causing cracks or fractures. Metals exhibiting high malleability can undergo significant plastic deformation, meaning they can be hammered, rolled, pressed or squeezed into various shapes without damage due to their ability to flow Plastically in response to mechanical stresses.