The name 'Ductura' is derived from - 'duct' from Ductile Iron and 'tura' from Ventura which means 'happiness and contentment'. The Brand's superior quality products assure not just reliability but also peace of mind for a range of solutions.
From consultation services to providing turnkey solutions, Tata Ductura offers a 360-degree solution to its customers across the world, helping them transform possibilities into business.
Ductile Iron Pipes are majorly used in the transportation of potable water from surface water sources like rivers, lakes, reservoirs etc.
Ductile Iron Pipes are the preferred material of construction for piped irrigation networks due to its superior internal and external coatings
Due to its properties of high durability coupled with corrosion resistance, Ductile Iron pipes also make an excellent choice for various sewerage solutions
Ductile Iron Pipes have been used for transportation of water and for various other uses in several industries and power plants as raw water intake pipeline
Ductile iron has very high tensile strength due to its spheroidal graphite micro-structure. Therefore, it can handle much higher pressure and stress compared to cast iron. Ductile Iron Pipes also ensure better beam strength, greater resistance to impact and traffic load.
Ductile iron has very high tensile strength due to its spheroidal graphite micro-structure. Therefore, it can handle much higher pressure and stress compared to cast iron. Ductile Iron Pipes also ensure better beam strength, greater resistance to impact and traffic load.
Ductile iron has very high tensile strength due to its spheroidal graphite micro-structure. Therefore, it can handle much higher pressure and stress compared to cast iron. Ductile Iron Pipes also ensure better beam strength, greater resistance to impact and traffic load.
Ductile iron has very high tensile strength due to its spheroidal graphite micro-structure. Therefore, it can handle much higher pressure and stress compared to cast iron. Ductile Iron Pipes also ensure better beam strength, greater resistance to impact and traffic load.
