Nickel Alloy Round Bars

Product Details:

We offer an extensive collection of qualitative Alloy 20 Round Bars/Rods to our esteemed patrons. We provide this alloy round Bars and rods in various shapes, sizes, types, grades, standards, classes, dimensions, thickness, etc as per the requirement of the client. We produce these round bars and rods using premium quality of alloy as per the national and international quality standards. Alloy 20 is an austenitic chromium-nickel-iron bases alloy in which copper and molybdenum are added. This alloy 20 offers excellent resistance to corrosion resistance and chloride ion stress due to the presence of nickel content. They offer excellent resistance to various difficult conditions and provide resistance to stress corrosion cracking, crevice corrosion. These are specially designed to protect from the attack of sulphuric and chloride acid. Alloy 20 Round Bars/Rods are can be used in industries like the pulp and paper industry, automotive industry, off-shore oil drilling industries, power generation, specialty chemicals, chemical equipment, seawater equipment, gas processing, heat exchangers, pharmaceutical equipment, petrochemicals, Food processing industry, and more.

Product Details:

The Nickel 200 Round Bar is an age-hardenable material that has above 99% nickel with some other constituting alloys. The versatile Alloy 200 Round Bar is designed with a circular cross-sectional area and can be easily machined and welded in place following standard welding procedures. DIN 2.4066 Hollow Bar has a density of 8.9 g/cm3 and showcases a minimum tensile strength of 462mpa with a minimum yield strength of 148mpa. The robust modules can be easily elongated by 45% in the system. The 2.4066 Nickel 200 Cold Rolled Bar is processed soon after the hot rolling process. These bars have enhanced strength coupled with good tolerance and have a melting point of 1446 degrees C. The ASTM B160 Nickel 200 flat Bar is a common type of bar that is designed with a rectangular cross-sectional area. These bars typically have a hardness between 70 to 90 Rockwell B. Alloy 200 Flat Bar is commonly seen in use in structural applications where modules require good strength at the same time are lightweight. These bars generally have a thickness between 2mm up to 100mm and have widths from 10mm to 500mm. The ASTM B160 UNS N02200 Hex Rod is a non-pressurized grade designed possessing 6 sides. The rods offer good stability to subsequent components and can be easily rotated or moved within the system. The UNS N02200 Threaded Bar is designed with threads that align to subsequent modules. The bars don’t require any welding procedures to fix them in place. The 200 Nickel Alloy Bright Bar is an aesthetically appealing grade that is designed with a smooth surface. These bars are generally designed in an array of shapes and sizes, allowing them to be used in different applications.

Product Details:

We have good source for stockists and manufacturer 201 Stainless Steel Round Bar. We extend a qualitative range of 201 Stainless Steel Round Bar to our clients that is manufacturer in compliance with set industry standards. Being an expert in manufacturer, suppliers and stockists 201 Stainless Steel Round Bar. Ensure the best quality, which is in compliance with international quality standards as our in-house manufacturer 201 Stainless Steel Round Bar unit is equipped with advanced machinery to check the quality. The primary feature of this 201 Stainless Steel Round Bar is it has very longer service life duration with operational convenience and safety. Bright Bars are of 2 types-1. Cold Drawn and Peeled 2. Turned.In a Cold Drawn Bright Bar the Hot Rolled Bars are pickled and drawn through a Tungsten Carbide Die as Cold Rolled, no heating is required, that is why it is called a Cold Drawn Bright Bar.Secondly in Peeled / Turned Bright Bar the Hot Rolled Bar is fed into a Turning machine and the surface is turned / removed to the required size of the Dia. This is also a Cold process, no heating is required. Bright Bars can be further Ground Finished for special applications. Bright Bars have a smooth and a Bright surface with Accurate Tolerance on the Dia. Accurate Tolerance means the tolerance of the Dia is very restricted i.e 0.10 mm approximatly depending on the size of the Dia and as per the customer’s specific requirement.

Product Details:

Nickel alloy bars are widely considered one of the most versatile and effective materials in the manufacturing industry today. They possess many unique properties that make them ideal for various industrial applications. However, the composition and properties of each different nickel alloy vary, so knowing the right one to use for a particular application is crucial. In this blog post, we will discuss Nickel Alloy Bars‘ uses, properties, and composition in detail.

Composition of Nickel Alloy Bars :- Different types of nickel alloys have different compositions. However, one common thing to all of them is that nickel forms the base of the alloy. Other metals may be added to the nickel to form specific alloys depending on the application. For example, nickel-chromium alloys are suitable for high-temperature environments and are composed of nickel, chromium, and iron elements. On the other hand, nickel-copper alloys are ideal for use in marine environments and contain nickel, copper, and iron. Other popular additions to nickel include molybdenum and tungsten.

Properties of Nickel Alloy Bars :- Nickel alloy bars possess some unique physical and mechanical properties. Firstly, they have excellent corrosion resistance, which means they can withstand chemical reactions and are not easily damaged. Secondly, nickel alloys have high temperatures and pressure endurance, which is necessary for applications that require a material to function effectively in extreme environments. Also, nickel alloys are highly resistant to abrasion, making them ideal for use in applications involving wear and tear, such as machinery and equipment.

Uses of Nickel Alloy Bars :- Nickel alloy bars have many uses, but some prominent ones include their use in manufacturing chemical processing equipment, electrical components, marine equipment, and aircraft. This material is so versatile because it has excellent corrosion resistance properties, can withstand high temperatures and pressures, and is highly resistant to abrasion. This makes it ideal for use in harsh and corrosive environments, such as underwater and chemical processing plants.