Aluminum stage lighting trusses are becoming more and more popular in the market
Aluminum stage lighting trusses are also called truss frames. This kind of product is light in weight, has excellent corrosion resistance and durability, and has excellent compression resistance. It is used in many fields.
With the rapid development of society, we can often see aluminum stage lighting trusses in our lives. Today we walk into aluminum stage lighting trusses together. aluminum stage lighting trusses are also called trusses and truss frames. This kind of product is light in quality and has Excellent corrosion resistance and durability, excellent compression resistance, are used in many fields. aluminum stage lighting trusses are mainly composed of the following points: 6061-T6 aluminum stage lighting truss, 3mm thick round aluminum aluminum stage lighting truss, 10mm thick triangular aluminum plate aluminum stage lighting truss and end ring aluminum stage lighting truss It is composed of a complete set of aluminum alloy truss system: it is mainly composed of various lengths and specifications of aluminum alloy trusses, bases, reverse heads, diagonal supports, square sleeves, cross arms, gourds, slings, and build combinations. Our company produces and supplies aluminum stage lighting trusses all the year round. Customers in need can learn about our products and look forward to cooperating with more friends.
Construction process of Aluminum stage lighting truss
1. First place the four bases in a rough position on the ground;
2. Insert the part under the diagonal support on the outside of each base;
3. Fix the reverse head on the base with screws;
4. Put a square sleeve on the reverse head;
5. Link the beams;
6. Butt-connect the two ends of the beam with the two square sleeves on both sides. At this time, the beam part is assembled on the ground;
7. Connect the column truss while lying flat, then screw one end to the reverse head, and the other end to the cross arm. At the same time, the hanging gourd and the cross arm are connected. The function of the gourd is to lift the cross beam truss below. ;
8. A group of people slowly erect the column truss together, taking care not to push the column with too much force, and then fix the screws on the reverse head;
9. After the upright is erected, hook the hook under the hanging gourd to the beam underneath through the sling;
10. The 4 people slowly pull the hanging gourd together to pull the beam to the left and right positions of the person's head;
11. Install lighting and sound equipment on the beam;
12. Four people pull the hanging gourd together to a predetermined height to stop;
13. Tighten one end of the oblique support to the column, and the other end to the horizontal support of the base, so that the gantry is built.
Material description: The diagonal support bar is made of aluminum alloy. The cross bar is made of steel, the base is made of iron and aluminum, the cross arm is made of steel, and the truss, square sleeve, square head and reverse head are all made of aluminum alloy.
How to distinguish between aluminum stage lighting truss and Layher
First of all, the aluminum stage lighting truss and the Layher truss are the same in terms of usage. They are all used for stage construction. The Chinese interpretation of "truss" means bundle, bundle, bundle, and frame. In simple terms, truss frame can be understood as a bundled shelf.
The aluminum stage lighting truss is a plane or space structure with triangular elements composed of straight rods. It is generally square column type. It is mostly used for outdoor temporary exhibition sheds and background skeleton construction. It is also called a truss. Due to the stability of the triangle, the truss frame is a structural design based on its principle, so the stability is better when the truss frame is used to build the stage. Therefore, in the actual construction process, it is based on the exhibition booth and skeleton to realize the erection of the stage.
In terms of materials, truss frames are made of steel, reinforced concrete, prestressed concrete, wood, steel-wood combination, steel and concrete mixed forms, and so on. According to the shape, the truss frame has several types such as triangle, trapezoid, polygon, parallel chord, and open web.
The Layher frame is named after the invention of the German LAYHER company. Under normal circumstances, the Layher frame can be used to build large stage lighting and sound backgrounds, as well as bridges, large buildings, etc. Therefore, it is generally welded in the middle position with a tube (upright column) with a roulette buckle. ), its specifications are much larger than that of aluminum stage lighting trusses (TRUSS frames).
How to solve the problem of surface hardness and wear resistance of aluminum stage lighting truss
The aluminum alloy stage truss is welded with high-strength aluminum alloy material 6061-T6 or 6082-T6. Because aluminum itself is a relatively active metal component, it is easy to chemically react with external acid and alkali. If it is long-term When in water, the aluminum component will also chemically react in the water. In order to provide the stability of the performance of the aluminum alloy truss, the stage technicians have improved its acid and alkali resistance, and the aluminum alloy truss has been oxidized to make the surface attached. An oxide film prevents the corrosive effect of external substances on the aluminum alloy truss.
In order to overcome the defects of aluminum alloy surface hardness, wear resistance and other aspects, and prolong the service life, surface treatment technology has become an indispensable metal oxide film in the use of aluminum alloy. The metal oxide film has changed the surface state and performance, such as surface coloring, and improved durability. Corrosion, enhance wear resistance and hardness, protect metal surfaces, etc.
For example, aluminum anodic oxidation, the aluminum alloy is placed in the corresponding electrolyte (such as sulfuric acid, chromic acid, oxalic acid, etc.) as the anode, and electrolysis is carried out under specific conditions and an external current. The aluminum or its alloy of the anode is oxidized, and a thin layer of aluminum oxide is formed on the surface, the thickness of which is 5-20 microns. The aluminum or its alloy after anodization improves its hardness and wear resistance.
How to choose aluminum stage lighting truss
In modern production practice, to find the most suitable high-quality products, you must meet the needs of different environments. Among them, hardware products such as lighting stands have very professional characteristics and are also very good in quality. At the same time as good practicability features, there must be very good specialization and practicability standards.
The quality of the material of the light frame is also different, and the products on the market are very rich, and the material base is also very numerous. For the majority of practical application enterprises, it is guaranteed to have good practicability, and it is necessary to pay attention to the aesthetic selection criteria. Combine the product characteristics of different materials for a comprehensive comparison.
The aluminum alloy material and the Rhea material are used the most in the lighting frame, and they are also suitable for most production practices, especially to ensure a good practical quality. While the specificity is very obvious, the overall application level is also more professional to ensure To achieve a better effect of convenient application, there is also a functional design with free angle adjustment.
The gist of the application and storage of aluminum stage lighting truss
When using the aluminum stage lighting truss, you must pay attention to safety and care, and operate in strict accordance with the standard procedures. After use, the light rack must be cleaned up, put in the warehouse in time, and supervised by special personnel. If the light rack is damaged due to improper use and storage If it is lost, the user shall bear the responsibility, and the library management personnel shall assume the supervision responsibility.
The use and storage of the light stand should be paid attention to, and it should not be used indiscriminately. The maintenance of the light stand after use is also an indispensable work step in the management. The cost of lighting rack manufacturers is to compete with cost. Lighting rack manufacturers benefit from the cost of “tiger mouth”, save money from wasteful behavior, and expand revenue from innovation-driven.
Reducing costs is a long-term job that lighting manufacturers need to stick to. It is not only a need for competition, but also a need for sustainable development of the company, but also a requirement for innovation-driven, and it is also a requirement for adapting to the new normal. Facing the dilemma of rising costs, lighting rack manufacturers must accumulate positive energy driven by innovation, promote the main driving force for transformation and upgrading, and do not give up the pursuit and demand for cost reduction. What lighting rack manufacturers lack most in their transformation and upgrading is not capital nor talents, but the courage to face the pain of transformation. Transformation and upgrading are the most difficult and easiest for lighting rack manufacturers to step forward. One step, and the key to this is courage and determination. Lighting rack manufacturers should have a perception: if they do not transform, they may not be eliminated immediately, but the changing environment is like boiling a frog in warm water. When the problems accumulated by changing the environment one day eventually erupt, it will inevitably make the lighting rack manufacturers at a loss. Lose the ability to compete and survive, and come to an end.
For aluminum stage lighting trusses, transformation is not only a trend, but also a topic that has to be faced with sustainable development. In the process of transformation of lighting rack manufacturers, pains are inevitable, but Baojianfeng has been sharpened. Only after the test of the pains of transformation can lighting rack manufacturers grasp their own development more accurately, stand out from the competition in the industry, and become a leader.
Can the aluminum stage lighting truss be used as a construction site light stand?
In the eyes of ordinary people, especially in the eyes of the staff of truss manufacturers, problems such as "use as a light stand on a construction site" are rarely encountered. Not meeting it does not mean it is impossible. Can the light stand be used as a construction site light stand? To clarify this problem, first clarify what is the concept of the two? What's the difference?
aluminum stage lighting truss, namely truss frame, also known as aluminum alloy truss, is a space structure product made up of high-quality aviation aluminum 6061-T6 through cutting, processing, welding, polishing, painting and other treatments. It can be widely used in performances. Event equipment for exhibitions, event celebrations, background layout, lighting and sound hanging systems. Construction site light stand
The light stand is a shelf on which lights can be hung. Its material is mostly steel pipes, and its structure is single, which is somewhat similar to aluminum stage lighting trusses. Even if they are similar, the difference between the two is still obvious. They are two different equipment. Then why does anyone ask this question? Because in Baidu pictures, search for "light stand" will show pictures of aluminum stage lighting trusses, and even search for T-shaped light stands and photography light stands. This problem will naturally arise when people are misled. As a truss manufacturer, when you encounter this kind of problem, you can tell you responsibly: the truss manufacturer supports on-demand customization, as long as you pay, you can also do it for you! How to customize different styles of aluminum stage lighting trusses? The light frame is also called aluminum alloy truss, and the truss is fixed together by screws. If you make a construction site light stand, you need to re-weld the light stand, and you have to solder the fixed feet on the bottom before it can be used. After such a tossing back and forth, the price went up, which was obviously too much trouble.
The aluminum stage lighting truss is light in weight, half lighter than the traditional iron truss, which saves a lot of cost and energy for construction and transportation. aluminum stage lighting trusses have excellent corrosion resistance and durability. Compared with iron trusses, aluminum alloy trusses are made of 6061-T6 aluminum alloy, which has excellent anti-corrosion performance and has a service life of more than 10 years. Generally, the average load-bearing capacity of large aluminum alloy truss can reach more than 500kg. Its excellent resistance to pressure can meet the needs of large-scale audio equipment for various performances and music. Generally used to build stage lighting stands, gantry stands, etc. In order to extend the practical life of the aluminum alloy truss, we need to do some daily maintenance and maintenance!
How to avoid damage to the truss?
1. Avoid contacting the aluminum stage lighting truss with acid-alkaline objects. The aluminum alloy profile used in the truss can indicate the formation of a protective film by itself, but it does not prevent any corrosion. For example, long-term contact with acid and alkaline objects will cause corrosion to the shelf. This should be avoided.
2. Avoid heavy friction and collision during the use of the stage truss. The most vulnerable to injury is during installation, disassembly, and transportation. In these processes, the truss is more prone to friction and collision. For example, when the truss is dragged on the ground or the truss is smashed to the ground when it is removed, these damages are difficult to repair. , Not only affects the beauty of the truss, but also directly reduces the service life of the truss. To
3. Under special needs, the truss can be specially treated. For example, the truss that needs to be in contact with water for a long time can be anodized to increase the protective layer of the truss.