H Section Aluminium Extrusion For Infrastructure
The advantages of H section aluminium extrusion are numerous. It is a durable, corrosion-resistant, and weather-resistant material, and it increases the efficiency of steel products while enhancing the bearing capacity. Another advantage of H-beam extrusion is its flanges, which are widened for ease of connection. These extrusions can be coated with silver plating or brushed for an elegant look. H section aluminium extrusion is the most popular aluminum profile. It is available in various grades, including 6061 and 6063. It has a fine finish, excellent strength-to-weight ratio, and a high degree of flexibility. The material is also ideal for architectural trim, window and door frames, furniture components, display areas, and safety and deck structures. This material is versatile and easy to weld, and its many uses include construction and machine-building applications.
The transportation industry finds this aluminum alloy ideal for engine blocks, transmission housings, chassis, and body parts. Aluminum extrusions also conduct heat effectively, making them an excellent material for structural components of lighter automobiles. In addition, they are used in nuclear reactors, air conditioners, pharmaceutical thawing units, and other heating and cooling devices. It is extremely durable and can stand up to harsh environments. And because of their sturdiness, aluminum extrusion is the preferred choice of aerospace companies.
Surface treatment is completed using powder coating, PVDF coating, anodizing, polishing, mill finish, matte finish, sandblasting, electrophoresis, or wood printing. Mill finish is the finish of aluminum itself which has weaker corrosion resistance. Anodizing involves an electrical process to form an anodic layer on aluminum. The anodizing process is used to give the aluminum profile different colors. Electrophoresis is also based on the anodizing process. It gives aluminum a shiny look, which improves its corrosion resistance. It’s almost similar to polishing which is done by buffing and chemical process to give the metal a mirror-like finish. A h section aluminium extrusion with the wood grain is made to look like a real wood texture. This is ideal for the decoration of household fixtures and in building construction.
How To Use Aluminum Extrusion ?
Aluminum extrusion is used in different ways when it comes to infrastructure projects. In fact, entrepreneurs are discovering more and more applications every day. They are now used to build pedestrian bridges, bridge decks, parking shelters, railings and more. The light weight and minimal maintenance required for this amazing material make it an excellent choice for most infrastructure projects. Durable aluminum profiles that are cost effective, easy to assemble, quick to manufacture and have little environmental impact are widely used in many different industries.
Some Industries That Rely On Custom or Bar Include:
- Put up
- Lightening devices
- Properties of aluminum
One of the biggest advantages associated with using aluminum extrusion is its low weight to high strength ratio. This means it is very light for infrastructure, with a density around one third that of ordinary steel. This low density helps reduce weight, reduces shipping and shipping costs, and makes it easier for construction crews to use. However, its lightness does not affect its solidity. A typical aluminum alloy has a tensile strength of 70-700 MPa. Typical tensile strengths of alloys used for extrusion in aluminum fabrication are between 150 and 300 MPa. Also, unlike steel commonly used in infrastructure construction, aluminum does not become brittle at low temperatures. In fact, his strength increased.
Other advantages of using aluminum structural framing system include ductility, which makes aluminum alloys easier to make extrusions than other types of metals. It can also be easily customized using the most common machining methods, including cutting and punching, or bending and drilling. Aluminum is also an excellent conductor of electricity and heat, making it an excellent alternative to copper conductors while providing the same electrical conductivity. Aluminum is easily assembled using fusion welding, gluing and taping, however, better results come from custom extrusion designs, which can eliminate many of these secondary options to save time and expense. money.
However, one of the biggest advantages of using aluminum is its natural resistance to corrosion. That's why it's the number one choice for the marine, transportation and automotive industries. The aluminum reacts with the oxygen in the air to form a very thin layer of aluminum oxide. This layer is very thin, but it offers very strong protection against corrosion such as rust. If damaged, this ultra-thin layer repairs itself. Additional finishes such as anodizing can be carried out, which increases the thickness of the oxide layer to increase the resistance of this natural protection. Aluminum is also non-magnetic and has zero toxicity, second only to oxygen and silicon, the most common element on Earth.
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