Horizontal Continuous Casting is widely used for manufacture of copper based alloys, specially higher diameter rods, strips & tubes. The main advantage of horizontal process is high value of production for higher sizes of rods, strips & tubes homogeneity of alloying elements and large dendritic grain structure. The concept of continuous casting is a melting cum holding furnace with a graphite crucible heated with highly efficient graphite resistant heating elements furnace with a cooler, together with graphite die and cooler assembly and run out track with withdrawal machine and cut-off device. Molten metal flows from the crucible into the graphite casting die which is cooled with the help of a highly efficient cooling jacket. Water-cooled graphite dies are attached horizontally to the holding crucible. During the continuous casting operation metal flows into the graphite casting die where it solidifies. The solidified strands are intermittently withdrawn in a "pull-pause" sequence by means of withdrawal equipment. After leaving the graphite die, which is housed within the primary cooler, the cast strands pass through a secondary cooler in the form of a water 'sparge' which removes the surplus heat contained in the solidified billet. Water 'sparge cooling' beyond the exit of the die is much more thermal efficient than using a graphite water-cooled sleeve cooler.

We are a prime Manufacturer and Supplier of high quality Copper Bushes . Copper Bushes, offered by us, are available in several sizes and specifications. Manufactured from high-grade copper, our Copper Bushes are highly functional and durable. Our Copper Bushes are highly acclaimed by clients due to their unique properties. Highlights : Abrasion resistance Hard Long life Market leading prices

We are one of the most credible Manufacturers and Suppliers of excellent quality Push Rods . Push Rods, offered by us, are used to trigger valves in a V engine. Our Push Rods are manufactured from high grade raw material with the help of advanced machinery. Our Push Rods are quality assured and are available at market leading prices. Highlights : Highly functional Supreme quality Durable Market leading price

Overflow Valve is used for performing pressure bypasses for safety of pumps, lines and pools etc. Our Overflow Valve is designed to avoid risks caused by pressure surges in plant. Overflow Valve, offered by us is manufactured using high grade raw material in order to ensure its long life. Further, we are a prime Manufacturer and Supplier of Overflow Valve. Highlights : High strength Offers high safety Longer life Highly competitive prices

We are one of the most trusted Manufacturers and Suppliers of Copper Alloy Machined Components . Copper Alloy Machined Components, offered by us, are precise in dimensions and are manufactured from high grade copper. Our Copper Alloy Machined Components are highly acclaimed by clients due to their effective functioning. We offer Copper Alloy Machined Components at market leading prices. Highlights : Highly functional Competitive prices Supreme quality Dimensionally accurate

We are a prime Manufacturer and Supplier of high quality Copper Bushes . Copper Bushes, offered by us, are available in several sizes and specifications. Manufactured from high-grade copper, our Copper Bushes are highly functional and durable. Our Copper Bushes are highly acclaimed by clients due to their unique properties. Highlights : Abrasion resistance Hard Long life Market leading prices

Overflow Valve is used for performing pressure bypasses for safety of pumps, lines and pools etc. Our Overflow Valve is designed to avoid risks caused by pressure surges in plant. Overflow Valve, offered by us is manufactured using high grade raw material in order to ensure its long life. Further, we are a prime Manufacturer and Supplier of Overflow Valve. Highlights : High strength Offers high safety Longer life Highly competitive prices

We are one of the most credible Manufacturers and Suppliers of excellent quality Push Rods . Push Rods, offered by us, are used to trigger valves in a V engine. Our Push Rods are manufactured from high grade raw material with the help of advanced machinery. Our Push Rods are quality assured and are available at market leading prices. Highlights : Highly functional Supreme quality Durable Market leading price

We are a prime Manufacturer and Supplier of supreme quality Copper Alloy Rods & Tubes . Copper Alloy Rods & Tubes, offered by us, are available in different compositions according to the requirements of the client. Manufactured from supreme grade copper alloys, our Copper Alloy Rods & Tubes are used for several industrial purposes. We offer Copper Alloy Rods & Tubes at market leading prices. Highlights : Superior quality Industry leading prices Competitive prices Have several industrial uses

Horizontal Continuous Casting is widely used for manufacture of copper based alloys, specially higher diameter rods, strips & tubes. The main advantage of horizontal process is high value of production for higher sizes of rods, strips & tubes homogeneity of alloying elements and large dendritic grain structure. The concept of continuous casting is a melting cum holding furnace with a graphite crucible heated with highly efficient graphite resistant heating elements furnace with a cooler, together with graphite die and cooler assembly and run out track with withdrawal machine and cut-off device. Molten metal flows from the crucible into the graphite casting die which is cooled with the help of a highly efficient cooling jacket. Water-cooled graphite dies are attached horizontally to the holding crucible. During the continuous casting operation metal flows into the graphite casting die where it solidifies. The solidified strands are intermittently withdrawn in a "pull-pause" sequence by means of withdrawal equipment. After leaving the graphite die, which is housed within the primary cooler, the cast strands pass through a secondary cooler in the form of a water 'sparge' which removes the surplus heat contained in the solidified billet. Water 'sparge cooling' beyond the exit of the die is much more thermal efficient than using a graphite water-cooled sleeve cooler.