Galvanized steel is a special type of steel that is zinc plated. Galvanization is primarily carried out on the surface of a steel to make it more resistance to corrosion. All galvanized steel has a distinguishing metallic-gray appearance. The surface is also a hundred times smoother than uncoated steel. Because of its high durability, galvanized steel has a wide range of applications from creating steel frames for construction to making automobile parts. For example, truck and bus bodies are made of galvanized steel. It is also used to build up high-tension electronic towers, highway signs, protective gears, and in the manufacturing of metal pails. Physical  Protection Galvanized steel is basically a steel substrate that is coated with zinc. Since Zinc has anodic properties against iron, this type of coating prevents the corrosion in the substrate. Galvanization is a primitive chemical process that has been practiced for hundreds of years. Steel is immersed in a molten zinc to produce a coating of zinc-iron alloy. This zinc-iron alloy forms a barrier between the steel and the environment. Zinc is a highly reactive metal in an electrochemical process, and therefore it is easily oxidized to form a coating which protects the steel. Moreover, in galvanized steel, zinc being an active metal, spontaneously reacts with atmospheric oxygen & carbon dioxide to create zinc carbonate which also resists rust formation. Low  Melting Point Galvanized steel has better conductivity than uncoated steel and iron. This property of galvanized steel reduces the electrical resistance on the contact area and prevents the steel from overheating when exposed to sunlight or mechanical fiction. Also, Fe-Zn alloy melts at a much lower temperature than zinc. Due to lower melting point, galvanized steel is a suitable candidate for welding where galvanized steel can be closely united by heating and allowing the metals to flow together. Galvanized steel has a higher ductility compared to iron, so the electrical density is highly reduced when pressure is applied from electrode the steel sheets in various metallurgical processes. Adh esion Usually, Galvanized steel sheets are painted before use. This is because paint is quite adhesive to galvanized steel and a painted surface increases the corrosion resistance that galvanized steel already has. Before painting, it is necessary to clean the surface thoroughly. Galvanized steel has a phosphate layer underneath the zinc coating because of ferrous-zinc alloy.   Solder ability Another important mechanical property of galvanized steel is solderability. One can galvanize the steel sheet without exfoliating the surface film. The film can then be removed by a simple solvent. ERW  Pipes   RW pipes mean Electric Resistance Welded Pipes. ERW steel pipes and tubes are used in various engineering purposes like fencing, scaffolding, line pipes etc. ERW steel pipes and tube are available in various qualities, wall thicknesses and diameters of the finished pipes. While manufacturing ERW steel pipes, only high-quality, continuous-cast, fully killed, control-rolled, fine-grain, low-carbon steel is used. High performance ERW steel pipes and tubing possess high strength corrosion resistance, high deformability, high strength and high toughness. ERW pipe is available in lengths from single random to 120 feet depending on mill capability. ERW pipe is available with square ends or beveled for welding, threaded and coupled and victual grooved. Surface finishes are available in black or bare, or with protective coatings.

Seamless steel come in finishes such as hot rolled, cold drawn, turned, roto-rolled etc. After the end finishing, all pipe is then pressure tested on a machine. Following a final visual inspection, pipe is weighed, measured and stenciled. External coating can then be applied if required. It is involved in the applications for aircraft, missiles, anti-friction bearing, ordnance, etc. Ultra high strength and corrosion-resistant properties makes these perfect for oil & gas industry, chemical industry and car industry. Seamless steel pipes and tube comes in all kinds of sizes including thin, small, precise, slender and other special pipes and are used for steam boilers and pipelines, installations with high and supercritical steam conditions. These pipes and tubing are manufactured by commercial, electric furnace bearing, consumable, electrode vacuum melted quality steel. These impart strength and durability to the pipes and thus can be used for corrosion-resisting applications. SEAMLESS PIPE IS ALSO CALLED CDS PIPES (COLD DRAWN SEAMLESS PIPES). IT IS USED WIDELY IN MACHINING PARTS, SHAFTS, BEARINGS, CYLINDERS HAVING STRENGTH OF 75000 PSI TENSILE. IT IS A SOLID CARBON STEEL ROD WHICH IS PUSHED ON TO THE MADREL TO FORM THE SHAPE OF TUBE. IT IS AVAILABLE IN DIFFERENT SIZES. Technology And  Process Seamless pipe manufacturing uses hot rolled round bar billet of carbon steel or steel alloy. The billets are cut into suitable length depending on the required length of the finished tube. The billets are heated in a furnace at a temperature of 1200oC to 1300oC. Then the seamless tube is formed by drawing a solid billet over a pierce to create the hollow shell (mother blanks). These hollows are crimped at one end in hot condition and then they are air cooled. End  Uses Due to their varied uses, seamless pipes and tubes find their application in several industry sectors which include: • Refineries & Petrochemical plants • Fertilizer industry • Steel plants • Power plants • Industry using Boilers. • Sugar plants • Chemical plants • Industry using Heat Exchangers and Condensers. • Automobile manufacturing plants • Railways • Defense (aircraft, missile, nuclear power plants) (ASTM A106, GRADE A & B) (API 5L, GRADE A&B – ½" to 20" NB)   We always provide the best quality of seamless tubes. Our seamless tubes can come in a plated form as well as in standard form as per our customers needs. We have sizes from ½" to 20" NB mm stock with us.. Hi-Line Flare less Bite Type fittings are designed for use with pipes specified by their Outside Diameter or Nominal Bores and of the materials described below. In all cases, these pipes must 1. be of seamless construction 2. have precision tolerance on their Outside Diameter 3. have a blemish- free surface 4. be in a fully annealed condition with hardness not exceeding RB70 The minimum wall thickness is specified in the various standards of seamless pipes are based on the nominal working pressure, and are given below for the popular types. The fittings featured on our web site will be applicable to pipes of relevant standards on an equivalent basis.

Galvanized steel is a special type of steel that is zinc plated. Galvanization is primarily carried out on the surface of a steel to make it more resistance to corrosion. All galvanized steel has a distinguishing metallic-gray appearance. The surface is also a hundred times smoother than uncoated steel. Because of its high durability, galvanized steel has a wide range of applications from creating steel frames for construction to making automobile parts. For example, truck and bus bodies are made of galvanized steel. It is also used to build up high-tension electronic towers, highway signs, protective gears, and in the manufacturing of metal pails. Physical  Protection Galvanized steel is basically a steel substrate that is coated with zinc. Since Zinc has anodic properties against iron, this type of coating prevents the corrosion in the substrate. Galvanization is a primitive chemical process that has been practiced for hundreds of years. Steel is immersed in a molten zinc to produce a coating of zinc-iron alloy. This zinc-iron alloy forms a barrier between the steel and the environment. Zinc is a highly reactive metal in an electrochemical process, and therefore it is easily oxidized to form a coating which protects the steel. Moreover, in galvanized steel, zinc being an active metal, spontaneously reacts with atmospheric oxygen & carbon dioxide to create zinc carbonate which also resists rust formation. Low  Melting Point Galvanized steel has better conductivity than uncoated steel and iron. This property of galvanized steel reduces the electrical resistance on the contact area and prevents the steel from overheating when exposed to sunlight or mechanical fiction. Also, Fe-Zn alloy melts at a much lower temperature than zinc. Due to lower melting point, galvanized steel is a suitable candidate for welding where galvanized steel can be closely united by heating and allowing the metals to flow together. Galvanized steel has a higher ductility compared to iron, so the electrical density is highly reduced when pressure is applied from electrode the steel sheets in various metallurgical processes. Adh esion Usually, Galvanized steel sheets are painted before use. This is because paint is quite adhesive to galvanized steel and a painted surface increases the corrosion resistance that galvanized steel already has. Before painting, it is necessary to clean the surface thoroughly. Galvanized steel has a phosphate layer underneath the zinc coating because of ferrous-zinc alloy.   Solder ability Another important mechanical property of galvanized steel is solderability. One can galvanize the steel sheet without exfoliating the surface film. The film can then be removed by a simple solvent. ERW  Pipes   RW pipes mean Electric Resistance Welded Pipes. ERW steel pipes and tubes are used in various engineering purposes like fencing, scaffolding, line pipes etc. ERW steel pipes and tube are available in various qualities, wall thicknesses and diameters of the finished pipes. While manufacturing ERW steel pipes, only high-quality, continuous-cast, fully killed, control-rolled, fine-grain, low-carbon steel is used. High performance ERW steel pipes and tubing possess high strength corrosion resistance, high deformability, high strength and high toughness. ERW pipe is available in lengths from single random to 120 feet depending on mill capability. ERW pipe is available with square ends or beveled for welding, threaded and coupled and victual grooved. Surface finishes are available in black or bare, or with protective coatings.

Seamless steel come in finishes such as hot rolled, cold drawn, turned, roto-rolled etc. After the end finishing, all pipe is then pressure tested on a machine. Following a final visual inspection, pipe is weighed, measured and stenciled. External coating can then be applied if required. It is involved in the applications for aircraft, missiles, anti-friction bearing, ordnance, etc. Ultra high strength and corrosion-resistant properties makes these perfect for oil & gas industry, chemical industry and car industry. Seamless steel pipes and tube comes in all kinds of sizes including thin, small, precise, slender and other special pipes and are used for steam boilers and pipelines, installations with high and supercritical steam conditions. These pipes and tubing are manufactured by commercial, electric furnace bearing, consumable, electrode vacuum melted quality steel. These impart strength and durability to the pipes and thus can be used for corrosion-resisting applications. SEAMLESS PIPE IS ALSO CALLED CDS PIPES (COLD DRAWN SEAMLESS PIPES). IT IS USED WIDELY IN MACHINING PARTS, SHAFTS, BEARINGS, CYLINDERS HAVING STRENGTH OF 75000 PSI TENSILE. IT IS A SOLID CARBON STEEL ROD WHICH IS PUSHED ON TO THE MADREL TO FORM THE SHAPE OF TUBE. IT IS AVAILABLE IN DIFFERENT SIZES. Technology And  Process Seamless pipe manufacturing uses hot rolled round bar billet of carbon steel or steel alloy. The billets are cut into suitable length depending on the required length of the finished tube. The billets are heated in a furnace at a temperature of 1200oC to 1300oC. Then the seamless tube is formed by drawing a solid billet over a pierce to create the hollow shell (mother blanks). These hollows are crimped at one end in hot condition and then they are air cooled. End  Uses Due to their varied uses, seamless pipes and tubes find their application in several industry sectors which include: • Refineries & Petrochemical plants • Fertilizer industry • Steel plants • Power plants • Industry using Boilers. • Sugar plants • Chemical plants • Industry using Heat Exchangers and Condensers. • Automobile manufacturing plants • Railways • Defense (aircraft, missile, nuclear power plants) (ASTM A106, GRADE A & B) (API 5L, GRADE A&B – ½" to 20" NB)   We always provide the best quality of seamless tubes. Our seamless tubes can come in a plated form as well as in standard form as per our customers needs. We have sizes from ½" to 20" NB mm stock with us.. Hi-Line Flare less Bite Type fittings are designed for use with pipes specified by their Outside Diameter or Nominal Bores and of the materials described below. In all cases, these pipes must 1. be of seamless construction 2. have precision tolerance on their Outside Diameter 3. have a blemish- free surface 4. be in a fully annealed condition with hardness not exceeding RB70 The minimum wall thickness is specified in the various standards of seamless pipes are based on the nominal working pressure, and are given below for the popular types. The fittings featured on our web site will be applicable to pipes of relevant standards on an equivalent basis.