At BK-ALPROF, you can order aluminum trim profiles in various colors and finishes, which means they will blend perfectly with the interior where they will be used. We have an enormous variety of wholesale trims to be used anywhere from vehicles to walls and partitions. Its strength, lightweight and weather resistance make it a great material to use for protection against damage. However, this is a product that should be customized for a particular project. We are glad to provide this opportunity! Also, check out other products such as aluminum square tubing.
Flat trim profiles and edgings are long, narrow, and thin aluminum shapes produced through extrusion. They are commonly applied in automotive design and architecture. Extrusion molding is the process of shaping aluminum by forcing it out or extruding through a die. Aluminum trims often get anodized, which helps them to strengthen their corrosion resistance (see anodized aluminum tubing).
Anodized flat aluminum trims and bars are metal products designed specifically to cover seams and joints in aluminum structures and used for a variety of other purposes. Besides being an aesthetic and supportive element, it is often used on the surface to cover seals and protect an object in areas where it can be struck or damaged from outside.
Ordering Custom Anodized Flat Aluminum Trims
To place a custom order, discuss details, or get answers to your questions, contact us by phone +1-718-303-2335, email bk-alprof@bk.ru, or by using our special form. We are ready to help you find the best solution for your custom aluminum trim requirements. We’ll begin to manufacture your order after receiving half of the price.
We offer anodizing and powder coating with over 200 shades.
How aluminum T bars are made?
The common process of extruding aluminum T bars is hot forming (450 °C to 500 °C). An aluminum billet is pressed through the orifice of a die. Preheating the billets is necessary to bring the metal to a temperature at which it will be malleable enough to flow under pressure through the die. This preheating also makes it possible to reach the temperature necessary for dissolving the elements for heat-treatable alloys.
In the press, the metal is forced under pressure to pass through a die. The force required to make the billet pass through a die is applied by a hydraulic piston. Depending on its size, the press can generate a force that varies from a few hundred tons to over 20,000 tons. The choice of a press should normally be correlated with the dimensions of the extruded parts.
Billets used for extruding T bars are long solid aluminum cylinders varying in diameter from 6 inches to 18 inches.
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