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Aluminium Pipes

Aluminium pipes are part of the boron group, Earth's third most abundant element. The low density of aluminium is remarkable. Aluminum creates a passivating layer in corrosive environments, which helps it prevent further damage to its internal structure. Aluminium is mainly alloyed with zinc, copper, manganese, magnesium and silicon. It is made through an extrusion process, where an aluminium ingot is heated to a semi-liquid state before it is forced through a die to create the desired shape, such as a small aluminium pipe or a large one.

It also goes through further tempering and finishing processes once the aluminium pipe has been formed. All these steps are essential to achieve the intended properties and performance of aluminium pipe material for engineering applications. The result provides long-lasting aluminium pipe grades that can bear heavy mechanical loads safely and efficiently.

These pipes have only 30% copper density but good thermal and electrical conductivity. Aluminium can be classified as a superconductor, as it can conduct 1.2 Kelvin temperature and a magnetic field of 100 gausses. Aluminium is a non-ferrous material and one of the most widely used. Aluminium has many uses in packaging, construction, cooking utensils, street lightning poles, and electrical transmission lines. The resistance to corrosion of aluminium pipes is excellent, as it can form a thin layer of aluminium oxide, protecting it from oxidation. Other elements are added to aluminium pipes, enhancing their properties while preserving low density. If you ask for customization, you can get an anodized aluminium pipe or powder-coated aluminium pipe. Our manufacturers make various types of aluminium pipes such as aluminium flexible pipe, aluminium duct pipe, aluminium irrigation pipe, aluminium conduit pipe, ac aluminium pipe, chimney aluminium pipe etc

Aluminium pipes are manufactured in different grades to provide various benefits depending on their applications. They are usually lighter and more durable than other metal pipes due to aluminium's high strength-to-weight ratio. As aluminium pipes don't corrode or rust, they can be used in any environment, have excellent malleability, and can be bent for desired shapes. The aluminium square pipe is also widely available from aluminium pipe manufacturers, making it useful for carriers of electrical cables, data lines, and other piping needs; aluminium pipe square can also be utilized as support frames for furniture, shelving, and other items due to its strength and durability. In any field, from engineering and construction requires, when it comes to selecting a product from an aluminium pipe catalogue, the shipping industry, to the automotive industries - aluminium pipes offer unique advantages that have made them a preferred choice for various applications.

FAQ's for Aluminium Pipes

The Harmonized System of Nomenclature (HSN) code for aluminium pipes is 7307.

The Harmonized System (HS) code for aluminium pipes is 7307.90.

Aluminium pipes are typically manufactured with extrusion, forcing molten aluminium through a die to create a cylindrical profile. The pipe is then cut to length according to specifications and may be passed through other processes such as heat treatment, threading, and bending.

The standard sizes for aluminium pipes vary according to the industry, but some standard sizes include: ½ inch, ¾ inch, 1 inch, 1 ½ inch, 2 inches, 3 inches, & 4 inches. You can get in touch with the manufacturers for a custom size.

The weight of a square aluminium pipe can vary depending on its size, wall thickness, and composition. Generally speaking, a 1-inch square pipe weighs anywhere from 0.07 to 0.25 lbs per foot, while a 4-inch pipe may weigh from 0.95 to 2.1 lbs per foot.

The weight of an aluminium pipe can be calculated using the following formula: Weight (lbs) = [(Outer Diameter - Inner Diameter) x Thickness] / 10.68 x L (length in feet). For example, a 4-inch aluminium pipe with an outer diameter of 4.5 inches, an inner diameter of 4 inches, and a thickness of 0.237 inches that is 12 feet long will weigh: ((4.5 - 4) x 0.237) / 10.68 x 12 = 6.57 lbs.

Bending aluminium pipe is a complex process but can be done relatively quickly with the right tools and techniques. Here is a step-by-step guide on how to correctly bend an aluminium pipe: - Choose the correct size and type of aluminium pipe for your project. Consider any necessary length changes or shape alterations when selecting a size. - Place the pipe inside a vice and mark it at both ends where you want to make the bend. - Heat the area you intend to bend using a blow torch until it is hot enough to soften the metal but not so hot that it melts or distorts its shape. - Start bending one end of the tube at a time, keeping in mind that each movement should be slow and deliberate to avoid kinking or warping the pipe during bending. - Check your progress frequently to ensure that you are achieving your desired shape. - Once completed, allow the pipe to cool off before attempting further bends or joints, as heat will weaken aluminium pipes if left too long within their softened state.

Joining aluminium pipes together is relatively straightforward, but following the correct steps ensures a strong and secure connection. Here are the steps for joining two aluminium pipes: - Clean the outside of the pipe with a wire brush and grease remover to remove any dirt or oxidation from the surface. - Use sandpaper or a file to remove any sharp edges from either end of both pipes. - Apply flux-cored solder to one end of each pipe, then insert one into the other until they are tightly fitted together. - Heat the joint evenly using a heat gun until the solder melts and fills the gap between both pipes. - Remove heat once the solder has melted and allow time to cool down and harden before testing its strength by trying to twist or pull apart the joint.

Nirav overseas

India

Kenco tubes

India

Kalp industries

India

Skyland Metal and Alloys Inc

India

arihant overseas

India

Salco Extrusions Pvt ltd

India

R.S. Metal

India

Kriton Steel And Engineering Co.

India

JAYDEEP STEELS

India

GRAND METAL CORPORATION

India

Dhanlaxmi Steel Distributors

India

Aurum Alloys Engg. LLP

India

Max Steels

India

Panache Industries

India

Nexus Impex

India

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