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Our more than 50+ years of experience in aluminium railing section provide us with the freedom of providing you with the best in class aluminium railing section in Delhi NCR and pan India from where ever you want to order aluminium railing section. Our best-in-class Aluminium Profile Glass Railing is high quality and tested widely products help your Aluminium Profile Glass Railing to stand strongly. Aluminium Glass Railing and Aluminium Flat Bar Glass Railing

We are very proud to say that we are one of the best Aluminium Extrusions Manufacturers in Paharganj. With more than 500+ customers and self relied on the basis of production of extrusions we can deliver any quantity at any time as per your requirment.

Due to Covid-19, our business is getting affected, but its time to stay strong and stay home. But Business is also important so we are working from home for all your Aluminium Extrusions needs so during this lockdown we come up with a new way of working so after the market open we can work smoothly and you can complete your extrusions needs without any problem after lockdown. So if you are having need of aluminium extrusions currently on in future after lockdown you can start booking by today so you can get the best price in it as you might know that Aluminium Price is changing daily so its very much chances that price of aluminium extrusions will be increased after lockdown so book knows and get the best price.

We had already gone through what is aluminum extrusions and different kinds of extrude Shapes. So let us go through deeper into the details of the process. The Aluminum Extrusion Process in 10 Steps. We’ve divided the extrusion process into ten steps, as follows.

• Step #1: The Extrusion Die is Prepared and Moved to the Extrusion Press First, a round-shaped die is machined from H13 steel. Or, if one is already available, it is pulled from a warehouse-like the one you see here. Before extrusion, the die must be preheated to between 450-500 degrees celsius to help maximize its life and ensure even metal flow. Once the die has been preheated, it can be loaded into the extrusion press.
• Step #2: An Aluminum Billet is Preheated Before Extrusion Next, a solid, cylindrical block of aluminum alloy, called a billet, is cut from a long log of alloy material. It is preheated in an oven, like this one, to between 400-500 degrees celsius. This makes it malleable enough for the extrusion process but not molten.
• Step #3: The Billet is Transferred to the Extrusion Press Once the billet has been preheated, it is transferred mechanically to the extrusion press. Before it is loaded onto the press, a lubricant (or release agent) is applied to it. The release agent is also applied to the extrusion ram, to prevent the billet and ram from sticking together.
• Step #4: The Ram Pushes the Billet Material into the Container Now, the malleable billet is loaded into the extrusion press, where the hydraulic ram applies up to 15,000 tons of pressure to it. As the ram applies pressure, the billet material is pushed into the container of the extrusion press. The material expands to fill the walls of the container.
• Step #5: The Extruded Material Emerges Through the Die As the alloy material fills the container, it is now being pressed up against the extrusion die. With continual pressure being applied to it, the aluminum material has nowhere to go except out through the opening(s) in the die. It emerges from the die’s opening in the shape of a fully-formed profile.
• Step #6: Extrusions are Guided Along with the Runout Table and Quenched After emerging, the extrusion is gripped by a puller, like the one you see here, which guides it along with the runout table at a speed that matches its exit from the press. As it moves along the runout table, the profile is “quenched,” or uniformly cooled by a water bath or by fans above the table.
• Step #7: Extrusions are Sheared to Table Length Once an extrusion reaches its full table length, it is sheared by a hot saw to separate it from the extrusion process. At every step of the process, temperature plays an important role. Although the extrusion was quenched after exiting the press, it has not yet fully cooled.
• Step #8: Extrusions are Cooled to Room Temperature After shearing, table-length extrusions are mechanically transferred from the runout table to a cooling table, like the one you see here. The profiles will remain there until they reach room temperature. Once they do, they will need to be stretched.
• Step #9: Extrusions are Moved to the Stretcher and Stretched into Alignment
Some natural twisting has occurred in the profiles and this needs to be corrected. To correct this, they are moved to a stretcher. Each profile is mechanically gripped on both ends and pulled until it is fully straight and has been brought into the specification.
• Step #10: Extrusions are Moved to the Finish Saw and Cut to Length With the table-length extrusions now straight and fully work-hardened, they are transferred to the saw table. Here, they are sawed to pre-specified lengths, generally between 8 and 21 feet long.