Date – Against the background of accelerated infrastructure construction in Northeast China, TANCO officially announced the completion of capacity expansion for its ductile iron pipe joint production base, with an annual output exceeding 20,000 tons, which can fully meet the rapid supply demand of local municipal, residential and industrial construction projects.
Different from ordinary PVC pipe connection solutions, the company’s ductile iron pipe joints integrate the excellent ductility of steel and the natural corrosion resistance of cast iron, and are equipped with a full range of supporting accessories such as clamps and sealing gaskets. The entire production process adopts automated precision casting and multi-process quality inspection, and every batch of products has undergone dimensional accuracy calibration, hydraulic test and anti-corrosion performance screening, ensuring that there is no leakage or deformation during long-term use in the low-temperature environment of Northeast China.
“For engineering projects in Liaoning, Jilin and Heilongjiang, the supply cycle and product adaptability of piping components are the key factors affecting the construction schedule,” said the person in charge of the company’s local operations. “By realizing localized production and inventory reserve, we can complete the delivery of conventional specifications within 3 days, and provide on-site technical guidance for installation at any time, helping the project party greatly shorten the construction period.”
Up to now, the company’s ductile iron pipe joints have been widely used in high-rise residential buildings, commercial complexes, factory drainage systems and municipal road reconstruction projects in Dalian, Shenyang, Harbin and other cities, and have won consistent recognition from customers for their stable performance and excellent after-sales service. In the next stage, the company will further launch more winter-adapted joint products for the Northeast region, helping the local infrastructure construction to move towards a more durable and low-carbon direction.