WELDING NECK FLANGES are distinguished from other types by their long tapered hub and gentle transition of thickness in the region of the butt weld joining them to the pipe. Thus this type of flange is preferred for every severe service condition, whether this results from high pressure or from sub-zero or elevated temperature, and whether loading conditions are substantially constant or fluctuate between wide limits.
WELDING NECK FLANGES are distinguished from other types by their long tapered hub and gentle transition of thickness in the region of the butt weld joining them to the pipe. Thus this type of flange is preferred for every severe service condition, whether this results from high pressure or from sub-zero or elevated temperature, and whether loading conditions are substantially constant or fluctuate between wide limits.
Titanium is a lightweight material whose density is approximately 60 percent of steel's and 50 percent of nickel and copper alloys'. It was recognized in the 1950s as a desirable material for aerospace applications—especially airframe and engine components. In the 1960s and 1970s, titanium was considered for use in vessels and heat exchangers in corrosive chemical process environments. Typical applications included marine, refinery, pulp and paper, chlorine and chlorate production, hydrometallurgy, and various other oxidizing and mildly reducing chemical services.
Titanium is a lightweight material whose density is approximately 60 percent of steel's and 50 percent of nickel and copper alloys'. It was recognized in the 1950s as a desirable material for aerospace applications—especially airframe and engine components. In the 1960s and 1970s, titanium was considered for use in vessels and heat exchangers in corrosive chemical process environments. Typical applications included marine, refinery, pulp and paper, chlorine and chlorate production, hydrometallurgy, and various other oxidizing and mildly reducing chemical services.
Titanium is a lightweight material whose density is approximately 60 percent of steel's and 50 percent of nickel and copper alloys'. It was recognized in the 1950s as a desirable material for aerospace applications—especially airframe and engine components. In the 1960s and 1970s, titanium was considered for use in vessels and heat exchangers in corrosive chemical process environments. Typical applications included marine, refinery, pulp and paper, chlorine and chlorate production, hydrometallurgy, and various other oxidizing and mildly reducing chemical services.
Titanium is a lightweight material whose density is approximately 60 percent of steel's and 50 percent of nickel and copper alloys'. It was recognized in the 1950s as a desirable material for aerospace applications—especially airframe and engine components. In the 1960s and 1970s, titanium was considered for use in vessels and heat exchangers in corrosive chemical process environments. Typical applications included marine, refinery, pulp and paper, chlorine and chlorate production, hydrometallurgy, and various other oxidizing and mildly reducing chemical services.
THREADED FLANGES are confined to special applications. Their chief merit lies in the fact that they can be assembled without welding this explains their use in extremely high pressure services, particularly at or near atmospheric temperature, where alloy steel is essential for strength and where the necessary post weld heat treatment is impractical. Threaded flanges are unsuited for conditions involving temperature or bending stresses of any magnitude, particularly under cyclic conditions, where leakage through the threads may occur in relatively few cycles of heating or stress; sea welding is sometimes employed to overcome this, but cannot be considered as entirely satisfactory.
THREADED FLANGES are confined to special applications. Their chief merit lies in the fact that they can be assembled without welding this explains their use in extremely high pressure services, particularly at or near atmospheric temperature, where alloy steel is essential for strength and where the necessary post weld heat treatment is impractical. Threaded flanges are unsuited for conditions involving temperature or bending stresses of any magnitude, particularly under cyclic conditions, where leakage through the threads may occur in relatively few cycles of heating or stress; sea welding is sometimes employed to overcome this, but cannot be considered as entirely satisfactory.
SOCKET WELDING FLANGES were initially developed for use on small size high pressure piping. When provided with an internal weld, their static strength is equal to, but their fatigue strength 50% greater than double welding slip-on flanges. Smooth bore conditions can readily be attained (by grinding the internal weld) without having to bevel the flange face and, after welding, to reface the flange as would be required with slip-on flanges. The internally welded socket type flange is popular in chemical process piping for this reason.
SOCKET WELDING FLANGES were initially developed for use on small size high pressure piping. When provided with an internal weld, their static strength is equal to, but their fatigue strength 50% greater than double welding slip-on flanges. Smooth bore conditions can readily be attained (by grinding the internal weld) without having to bevel the flange face and, after welding, to reface the flange as would be required with slip-on flanges. The internally welded socket type flange is popular in chemical process piping for this reason.
SLIP-ON FLANGES continue to be preferred to welding neck flanges by many users on account of their initially lower cost, the reduced accuracy required in cutting the pipe to length, and the somewhat greater ease of alignment of the assembly; however their final installed cost is probably not much, if any, less than that of welding neck flanges. Their calculated strength under internal pressure is approximately two-thirds that of welding neck flanges, and their life under fatigue is about one-third that of the latter. For these reasons, slip-on flanges are limited to sizes ½” to 2 ½” in the 1500 lb standard and are not shown in the 2500lb standard.
SLIP-ON FLANGES continue to be preferred to welding neck flanges by many users on account of their initially lower cost, the reduced accuracy required in cutting the pipe to length, and the somewhat greater ease of alignment of the assembly; however their final installed cost is probably not much, if any, less than that of welding neck flanges. Their calculated strength under internal pressure is approximately two-thirds that of welding neck flanges, and their life under fatigue is about one-third that of the latter. For these reasons, slip-on flanges are limited to sizes ½” to 2 ½” in the 1500 lb standard and are not shown in the 2500lb standard.
We offer high quality Monel tubes with inherent resistance to corrosion and high strength. These tubes are perfect for use in marine applications and harsh industrial environments. Our ranges of monel tubes are available in different outer diameter as per the requirements of the clients
We offer high quality Monel tubes with inherent resistance to corrosion and high strength. These tubes are perfect for use in marine applications and harsh industrial environments. Our ranges of monel tubes are available in different outer diameter as per the requirements of the clients
Monel 400 is well known for its high strength and corrosion resistant properties. Monel 400 is used extensively in (for pipe) piping. Resistant to both steam and seawater, its toughness and anti-corrosive properties make it perfect for heavy duty applications such as transfer (pipe) piping used in oil refineries.
Monel 400 is well known for its high strength and corrosion resistant properties. Monel 400 is used extensively in (for pipe) piping. Resistant to both steam and seawater, its toughness and anti-corrosive properties make it perfect for heavy duty applications such as transfer (pipe) piping used in oil refineries.
LAP JOINT FLANGES are primarily employed with lap joint stubs, the combined initial cost of the two items being approximately one-third higher than that of comparable welding neck flanges. Their pressure-holding ability is little, if any, better than that of slip-on flanges and the fatigue life of the assembly is only one-tenth that of welding neck flanges. The chief use of lap joint flanges in carbon or low alloy steel piping systems is in service necessitating frequent dismantling for inspection and cleaning and where the ability to swivel flanges and to align bolt holes materially simplifies the erection of large diameter or unusually stiff piping. Their use at points where severe bending stress occurs should be avoided.
LAP JOINT FLANGES are primarily employed with lap joint stubs, the combined initial cost of the two items being approximately one-third higher than that of comparable welding neck flanges. Their pressure-holding ability is little, if any, better than that of slip-on flanges and the fatigue life of the assembly is only one-tenth that of welding neck flanges. The chief use of lap joint flanges in carbon or low alloy steel piping systems is in service necessitating frequent dismantling for inspection and cleaning and where the ability to swivel flanges and to align bolt holes materially simplifies the erection of large diameter or unusually stiff piping. Their use at points where severe bending stress occurs should be avoided.
We offer high-quality Inconel 600 tubes and pipes for industrial applications. Our Inconel pipes come in various sizes, with an outer diameter starting from 1/16 inch. As a leading manufacturer, we provide durable and reliable Inconel products that meet industry standards. Trust our Inconel pipes to deliver exceptional performance and longevity in demanding environments. Choose our Inconel tubes and pipes for superior corrosion resistance and high-temperature strength in your industrial projects.
We offer high-quality Inconel 600 tubes and pipes for industrial applications. Our Inconel pipes come in various sizes, with an outer diameter starting from 1/16 inch. As a leading manufacturer, we provide durable and reliable Inconel products that meet industry standards. Trust our Inconel pipes to deliver exceptional performance and longevity in demanding environments. Choose our Inconel tubes and pipes for superior corrosion resistance and high-temperature strength in your industrial projects.
We offer high-quality Hastelloy Pipes that are seamless, available in a size range of 1/2 with a thickness range from 0.2mm to 20mm. These pipes are manufactured with precision and expertise to meet industry standards. Ideal for various applications, our Hastelloy Pipes are durable and reliable. As a leading manufacturer, we ensure top-notch quality and seamless performance. Choose our Hastelloy Pipes for superior corrosion resistance and long-lasting durability in demanding environments.
We offer high-quality Hastelloy Pipes that are seamless, available in a size range of 1/2 with a thickness range from 0.2mm to 20mm. These pipes are manufactured with precision and expertise to meet industry standards. Ideal for various applications, our Hastelloy Pipes are durable and reliable. As a leading manufacturer, we ensure top-notch quality and seamless performance. Choose our Hastelloy Pipes for superior corrosion resistance and long-lasting durability in demanding environments.
We are a leading manufacturer offering high-quality Stainless Steel Pipe Flanges with a sleek black finish. Our Pipe Flanges are designed to withstand a wide temperature range from -20°C to 500°C, ensuring durability and reliability in various applications. Made from premium stainless steel, our Pipe Flanges are built to last and provide a secure connection for your piping systems. Trust our expertise and quality craftsmanship for all your industrial needs.
We are a leading manufacturer offering high-quality Stainless Steel Pipe Flanges with a sleek black finish. Our Pipe Flanges are designed to withstand a wide temperature range from -20°C to 500°C, ensuring durability and reliability in various applications. Made from premium stainless steel, our Pipe Flanges are built to last and provide a secure connection for your piping systems. Trust our expertise and quality craftsmanship for all your industrial needs.
Material : Stainless Steel,Carbon Steel,Alloy Steel
We are well known Exporters, Suppliers & Stockiest of Carbon Steel Pipes from Mumbai, India. We are highly appreciated in the market for our collection of Carbon Steel Pipes. These pipes are manufactured by our professionals using optimum quality steel at the vendors' end.
We are well known Exporters, Suppliers & Stockiest of Carbon Steel Pipes from Mumbai, India. We are highly appreciated in the market for our collection of Carbon Steel Pipes. These pipes are manufactured by our professionals using optimum quality steel at the vendors' end.
ASTM A106 Seamless Pressure Pipe (also known as ASME SA106 pipe) covers seamless carbon steel nominal wall pipe for high-temperature service. Suitable for bending, flanging and similar forming operations.
ASTM A106 Seamless Pressure Pipe (also known as ASME SA106 pipe) covers seamless carbon steel nominal wall pipe for high-temperature service. Suitable for bending, flanging and similar forming operations.
Industry Standard Pressure Classes150, 300, 600, 900, 1500, 2500
BLIND FLANGES are used to blank off the ends of piping, valves and pressure vessel opening. From the standpoint of internal pressure and bolt loading, blind flanges, particularly in the larger sizes, are the most highly stressed of all flange types; however, since the maximum stresses in a blind flange are bending stresses at the center, they can safely be permitted to be higher than in other types of flanges.
BLIND FLANGES are used to blank off the ends of piping, valves and pressure vessel opening. From the standpoint of internal pressure and bolt loading, blind flanges, particularly in the larger sizes, are the most highly stressed of all flange types; however, since the maximum stresses in a blind flange are bending stresses at the center, they can safely be permitted to be higher than in other types of flanges.
We are a leading manufacturer offering Alloy Steel Pipes in seamless type, made from high-quality alloy steel material with Grade P11. Our Alloy Steel Pipes come in a size range of 1/2 with Schedule 20, ensuring durability and reliability for various industrial applications. Trust our expertise in providing top-notch Alloy Steel Pipes that meet your specific requirements and standards.
We are a leading manufacturer offering Alloy Steel Pipes in seamless type, made from high-quality alloy steel material with Grade P11. Our Alloy Steel Pipes come in a size range of 1/2 with Schedule 20, ensuring durability and reliability for various industrial applications. Trust our expertise in providing top-notch Alloy Steel Pipes that meet your specific requirements and standards.
IMES STEELS offers a wide range of Alloy Steel Flanges from Mumbai, India. including Slip-Ons, Socket Weld, Blinds, Lap Joints, Threaded and Weld Neck.
IMES STEELS offers a wide range of Alloy Steel Flanges from Mumbai, India. including Slip-Ons, Socket Weld, Blinds, Lap Joints, Threaded and Weld Neck.
Secondary Business TypeManufacturer / Exporters / Service Providers / Wholesale Suppliers
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As you Know that Steel is almost the Backbone of all the Industries all over the World. Steel is used in Manufacturing from a Piece of a Paper to a Huge Machinery. So we have started a small Trading Organization HERITAGE STEEL. And today gradually we have became a Reputed name in the Country. We are Registered in No. of Government & Public Limited Firms.
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