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The design concept you've outlined for the Triangle Truss roof stage highlights key aspects that are essential in the events and entertainment industry where versatility, safety, and efficiency are paramount. Let's delve into the details:Design Concept: Safe, Fast, and Tailored 1. Safety First: With an emphasis on safety, your truss system employs high-quality materials and engineering to ensure stability even under demanding conditions. The use of 6061-T6 aluminum alloy, known for its strength and durability in aerospace applications, underscores this commitment. This material’s hardness, wear, impact, and bending resistance contribute to a robust structure capable of withstanding various weather conditions and heavy loads, making it ideal for large gatherings. 2. Speed and Efficiency: The mention of a design that facilitates fast assembly is crucial for event organizers who often work within tight schedules. An easy-to-assemble system not only saves time but also reduces labor costs, enhancing the overall feasibility and attractiveness of the solution. This feature is particularly valuable for temporary installations like concerts, exhibitions, and conferences. 3. Customization and Creative Space Solutions: Offering spans from 3 to 60 meters and the ability to tailor products to customer requirements demonstrates a flexibility that caters to a broad spectrum of event sizes and layouts. This adaptability ensures that whether it's a small intimate gathering or a grand spectacle, the stage can be configured to perfectly fit the vision and logistical needs of the client. 4. Enhanced Functionality with Accessories: The inclusion of a range of accessories to augment the functionality of the stages speaks to a holistic approach to event planning. These could include items such as lighting rigs, sound equipment mounts, draping systems, and weatherproofing covers, enabling clients to fully outfit their event spaces without compromising on aesthetics or practicality. 5. Economic Durability: By choosing aluminum alloy, the truss system strikes a balance between cost-effectiveness and longevity. Aluminum is lightweight yet strong, reducing transportation and setup costs while ensuring the structure can withstand repeated assembly and disassembly without significant degradation. This makes it a cost-efficient investment for event companies and venues that host recurring events. 6. High Load Capacity: Each square stage’s capability to support up to 750kg is a testament to its structural integrity. This high load-bearing capacity is vital for stages that need to accommodate heavy stage setups, large musical instruments, or even vehicles as part of performances, ensuring safety without limiting creative possibilities. In summary, the trusstriangle roof stage design concept you've described addresses the core needs of the events industry by offering a solution that is not only structurally sound and adaptable but also efficient and aesthetically pleasing. It underscores the importance of combining technology, creativity, and practical considerations to deliver a platform that empowers event planners to execute memorable experiences.

The construction process you've outlined provides a clear step-by-step guide for erecting an aluminum alloy truss structure, which is a critical task in event setup due to its importance in ensuring stability and safety during various events. Here's a concise summary and some additional points to consider:Aluminum Alloy Truss Construction Summary 1. Base Placement: Position four bases on the ground and adjust their legs for a level surface. 2. Diagonal Support Installation: Insert diagonal braces into the outer sides of the bases at each corner (2 per corner, totaling 8). 3. Reverse Head Attachment: Screw reverse heads onto the bases, ensuring their rotation direction matches the provided diagram. 4. Square Sleeve Installation: Fit square sleeves over the reverse heads. 5. Beam Assembly: Connect beams on the ground. 6. Beam-Square Set Linkage: Join the beams with the square sets, completing the beam assembly on the ground. 7. Column Truss Preparation: Connect column trusses horizontally, attaching one end to the reverse head with screws and the other to the cross arm, also connecting with a hoist for lifting. 8. Erecting Columns: Carefully raise the column trusses, avoiding excessive force, and secure the screws. 9. Beam Hoisting: Hook the hoist to the beam and lift it to align with the columns. 10. Beam Positioning: Use the hoist to maneuver the beam into position above the column heads. 11. Equipment Mounting: Install lighting and sound equipment onto the beam. 12. Final Height Adjustment: Elevate the structure to the desired height using the hoist. 13. Stabilization: Secure diagonal braces to columns and base cross arms, stabilizing the entire aluminum alloy truss structure. Additional Considerations • Safety First: Always wear appropriate PPE (Personal Protective Equipment), including hard hats, safety glasses, and gloves. Ensure all equipment is inspected before use. • Load Calculation: Prior to construction, calculate the expected load (including equipment weight, wind loads, etc.) to ensure the truss system is adequately designed and rated for the job. • Weather Conditions: Avoid setting up during adverse weather conditions such as high winds or storms to prevent accidents. • Ground Stability: Check the ground condition and, if necessary, use appropriate ground anchors or weights to stabilize the bases. • Professional Supervision: Especially for larger structures, having a professional supervisor or engineer overseeing the construction can ensure compliance with safety standards and structural integrity. • Post-Construction Inspection: Before use, conduct a thorough inspection of the entire structure to verify that all connections are secure and the structure is stable.Following these steps and considerations will contribute to a safe and efficient construction of aluminum alloy truss systems for various events and applications.

The maximum loading capacity of a truss system will depend on several factors, including the type and size of the truss, the span and height of the event truss system, and the material and design of the truss. In general, event truss systems are designed to support heavy loads and are commonly used for suspending equipment such as lighting fixtures, audio systems, and video screens. However, the load capacity of a truss system will vary depending on the specific truss and the conditions under which it is being used. To determine the maximum load capacity of a event truss system, it is important to consult with a qualified professional who has experience designing and installing truss systems. They will be able to analyze the specific requirements of your event or installation and provide you with the appropriate load capacity for the truss system. It is also important to note that exceeding the maximum load capacity of a event truss system can be extremely dangerous and can result in the truss collapsing, causing injury or property damage. Therefore, it is critical to ensure that your truss system is designed and installed by qualified professionals who understand the load capacity of the system and follow all safety guidelines and regulations.   Below is 290*290mm square truss loading table for your reference.   Such as when you wnat to set up Span 10m beam truss, the loading capacity is 10m*120kg/m, so 10m spanl loading capacity is 1200kg. point ;oading capacity is 555kg. Usually 290*290mm suqare truss as pillar truss, loading capacity is 1000kg.   We can offer different size truss system for your different events. please see below more truss loading table.  

Lighting truss is a fundamental component in the world of event production and stage design. Lighting Truss often referred to as stage truss. This versatile structure offers lighting designers and event planners the freedom to hang lighting fixtures and various staging elements precisely where they are needed. What is Stage Lighting Truss? Lighting truss comes in various lengths to suit different applications. The most common truss lengths are 1m-4m allowing for flexibility in design and setup. 1. Ladder Truss: Ladder truss is characterized by its parallel rungs, offering a straightforward yet robust solution for various setups 2. Triangle Truss: This truss type features triangular cross-sections and is valued for its strength and versatility. 3. Square Truss: Known for its square or rectangular shape, box truss is a popular choice due to its stability and adaptability. 4. Circle Truss: Circular truss systems are used to create dynamic, curved configurations, adding a visually striking element to stage designs. Lighting truss systems can be customized and accessorized to meet specific event requirements. Various connection methods and accessories are available to enhance functionality and aesthetics.  Bolt truss means Plated connection, Fork truss means pin and fork connection and Spigot truss means Conical connection.   In conclusion, lighting truss is an indispensable tool in the world of event production and stage design. Understanding its various types, applications, and safety considerations is essential for creating visually impressive and safe event experiences. Whether you're planning a concert, theatrical production, or any event that requires precision lighting and audio setups, lighting truss is a versatile solution that can be tailored to your needs.  

Several factors need to be considered during the design phase: Material selection: Aluminum is the preferred material due to its lightweight nature, high strength-to-weight ratio, and resistance to corrosion. This ensures the truss can support the necessary weight without being overly cumbersome. Truss dimensions and configuration: The specific dimensions of the individual ladder trusses, including their length and spacing, will be determined by the desired size and shape of the Truss. Calculations must be performed to ensure the truss can withstand the anticipated loads and maintain its structural integrity. Connection methods: The individual truss sections will be connected using specialized couplers and hardware. These connections must be strong and secure to prevent the structure from collapsing under pressure. Stability and support: The heart-shaped truss needs to be adequately secured to the stage or other supporting structures to prevent movement or tipping. This may involve the use of additional bracing or anchoring systems.  

Aluminum alloy trusses are industrial metal products. The most obvious impact are aluminum Raw material and labor costs. The aluminum materials used in the aluminum alloy trusses produced by Jiayitruss are all supplied by the best aluminum material companies in Guangdong. The quality of the aluminum materials is absolutely superior, and testing reports and certification certificates can be provided. When the price of aluminum fluctuates greatly, the price of aluminum is undoubtedly a major factor affecting the cost of stage truss, but short-term fluctuations have no effect on the price of jiayi's aluminum stage truss, but it may affect the delivery time, after all, it is expensive In the case of cost, the inventory will be reduced. Labor cost is the main factor that affects the Aluminum truss from aluminum to finished product. When the cost of human resources in the entire market increases, the production cost of enterprises will be affected. Especially the production of Aluminum stage trusses requires professional and large number of welding workers. But welders are in short supply all over the world. Therefore, the aluminum alloy truss stage is mainly affected by the labor cost of aluminum and welders.

Considering the load capacity and force area of the truss, each size of the truss has a corresponding load range, which will be affected by the span and material, exceeding the load capacity of this size of the stage truss itself will affect the use of the truss. Therefore, when purchasing a stage truss, you need to keep your choice based on the load capacity range. In addition, there is a wide variety of truss shapes, which is a factor to be considered before purchasing.

Commercial Events: Stage Truss are a very groundbreaking form of display for traditional corporate displays. It can be erected in outdoor venues, which means that it is more attractive to passers-by for events, thus playing a promotional role. Stage performance: For stage performances, stage trusses can be used as movers to help create an atmosphere on stage. With its flexibility and convenience, the truss stage has won the praise of the majority of users. Aluminum StageTrusses are used in a wide range of applications. Stage trusses are generally used for outdoor and indoor conference background production and construction, stage construction, fashion show stage, and various large parties. The shape of the truss is round, triangular, etc., which is beautiful and can make the booth have a transparent effect and a strong artistic sense.

Provide load capacity: The advantage of trusses is that the bars are mainly subjected to tension or pressure, allowing the full use of the material and reducing the weight of the structure. Therefore, load capacity is a basic requirement for designing stage trusses.   To enhance the stage atmosphere: When designing stage trusses, we take into account the aesthetic design. Compared to aluminium trusses, our aluminium alloy is more according to aesthetics. The use of stage trusses will not bring a sense of incongruity to the stage and can also enhance the opportunity for interaction between stage performers and the audience. In short, stage trusses are an indispensable part of the modern stage and it would be a pity to have a show without them. In addition, when choosing the form of truss, the use of the truss, the stage scene, the support method, and the construction conditions should be taken into consideration.

Avoid inclement weather Construction outside in bad weather is not recommended, for this reason try to avoid typhoons or heavy rain to prevent bad weather from affecting the stability of the lighting truss.   Additional safety measures The stability of the truss can be further ensured by adding measures such as diagonal bracing, ties and reducing lateral wind forces. In addition to this, all operators need to wear professional safety equipment. These are the safety matters for lighting trusses. When installing lighting trusses, we use a lifting table, but smaller sizes of lighting trusses do not use this equipment. Generally speaking, light trusses are made of aluminium, so they are very easy to carry and install.

Defining the site The first issue to address in truss construction is the site. In contrast to indoors, outdoor truss construction requires attention to the levelness of the ground and the presence of large crowds in the event space. The equipment and parts required for the installation process need to be prepared in advance. It is worth noting that the main consideration for the installation of lighting trusses is the incorporation of stage effects.   Basic installation steps Clear the site according to the size of the installation required. Measure and mark the position of the column with a ruler and connect the base to the counter head. After placing the set base on the fixed column position, attach the crossbeam. Once connected, orient the square sleeve and connect the crossbeams so that the whole frame is formed on the ground. The next step is to attach the uprights.   Ensuring the work progresses When installing the lighting truss, we need to monitor the construction at all times. The surveying work should be followed up in a timely manner with follow-up measurements to observe the settlement of the tyre frame and load-bearing scaffolding in time to ensure the quality of the assembly of the trusses. The above is all the information about assemble lighting truss correctly. When welding and assembling, we must pay attention to the order of grouping and the order of welding, and strictly execute the process. For any kind of joist, the first thing that needs to be done is to install the base, and then gradually connect and assemble the components.

Light truss is lightweight and easy to transport. When not in use, we can best store the truss in the indoor constant temperature and humidity warehouse to avoid corrosion of the wind and daylight. It is not recommended to wipe the lighting truss because it may damage its surface. It is well known that friction can damage the truss itself, so it is not always wiped often. These are precautions for light truss maintenance. The utilization rate of the light truss is high and it will experience multiple uses multiple times. During transportation, the collision should be avoided, otherwise scratches and deformations are prone to occur, thereby affecting the stability and load capacity of light truss.