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  • Steel Purlin: How to determine the optimal spacing to ensure structural stability?

    In the construction industry, steel purlins play a crucial role in providing structural support to roofs and walls. Determining the optimal spacing of steel purlins is essential to ensure the stability and integrity of the entire structure. The first step in determining the best spacing for steel purlins is to consider the load requirements. s. The type of roofing material also influences the purlin spacing. For example, heavier roofing materials such as clay tiles or concrete panels will require closer purlin spacing compared to lighter materials like metal sheets or asphalt shingles. This is...

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  • Why do shopping malls and exhibition halls tend to use Steel Truss structures?

    In the construction of shopping centers and exhibition halls, Steel Truss structure is often preferred. There are several reasons for this choice. First of all, Steel Truss structure has excellent strength and stability. Shopping centers and exhibition halls usually have large spaces and need to support heavy loads. Steel trusses can provide strong support and ensure the safety of the building. unique and aesthetically pleasing designs using steel trusses. The flexibility of steel trusses allows for different shapes and configurations, enabling the creation of innovative and eye-catching archi...

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  • Why does the Changkua Stadium prefer Steel Truss as a supporting structure?

    In the field of modern architecture, the Changkua Stadium has always been an eye-catching presence. These magnificent buildings not only provide excellent venues for sports events and various large-scale events, but also become the iconic landscape of the city. Among the many supporting structure options, Steel Truss is very popular. What is the reason why the Changkua Stadium prefers it so much? 1. Excellent strength and stability Steel Truss is famous for its excellent strength. As a high-strength building material, steel can withstand huge loads. In the Changkua Stadium, it is necessary to ...

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  • How to ensure the wind pressure resistance and earthquake resistance of Steel Truss structure?

    In the field of modern construction, Steel Truss structure is widely used in various large-scale construction projects with its unique advantages. Among them, wind pressure resistance and earthquake resistance are key indicators to measure its quality and reliability.Reasonable structural designThe design of Steel Truss structure is the basis for ensuring wind pressure resistance. Designers will accurately calculate the strength and stiffness required for the structure according to the wind load conditions in the area where the building is located. By optimizing the shape, size and connection ...

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  • What are the challenges and solutions encountered during the construction and installation of Steel Truss?

    In the field of modern construction, Steel Truss is widely used in various building structures due to its advantages such as high strength, large span and beautiful appearance. However, during the construction and installation of Steel Truss, a series of challenges will also be faced.1. Challenges encountered during construction and installationTransportation and hoisting problemsSteel Truss is usually large in size and heavy in weight, which brings great difficulties to transportation and hoisting. During transportation, it is necessary to select appropriate transportation tools and routes to...

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  • What are the key factors to consider in the design of Steel Truss?

    In modern architecture and engineering, Steel Truss is widely used for its excellent strength, stability and flexibility. Whether it is large industrial plants, stadiums or infrastructure such as bridges, steel trusses play a vital role. However, to design safe, reliable and efficient steel trusses, several key factors need to be considered.1. Load analysisLoad is the basis of steel truss design. During the design process, various loads that may act on the truss must be accurately determined, including dead loads (such as the weight of the structure itself), live loads (such as the weight of p...

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  • How to choose the right Steel Truss material for your project: welded steel pipe or steel section?

    In construction and engineering projects, choosing the right Steel Truss material is like making a key move in a chess game. This decision directly affects the quality, cost and durability of the project. As common choices, welded steel pipes and steel sections each have unique characteristics and advantages. So how do you make a wise choice between them?First, let's take a look at welded steel pipes. Welded steel pipes are like a tough "warrior" with excellent sealing and continuity. It can withstand greater pressure and tension, and its welds are carefully processed and have reliable strengt...

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  • What are the advantages of using Steel Truss in long-span buildings?

    In modern architectural design, with the pursuit of space utilization efficiency and visual shock effects, long-span buildings have gradually become an indispensable part of the city skyline. As the core element supporting such large structures, Steel Truss plays a vital role in long-span buildings with its unique advantages.1. High strength and excellent bearing capacitySteel Truss consists of multiple stable structural units such as triangles or rectangles. This design makes the entire structural system have extremely high strength and excellent bearing capacity. In long-span buildings, it i...

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  • Anti-rust treatment of Steel Truss: spraying or galvanizing, which one is more suitable for long-term use?

    In steel structure buildings, Steel Truss is a key load-bearing component, and its durability and maintenance cost directly affect the safety and economy of the overall building. Since steel is susceptible to oxidation corrosion in the natural environment, it is essential to effectively treat it with anti-rust. At present, spraying and galvanizing are two common methods for anti-rust treatment of Steel Truss.Advantages and considerations of spraying treatmentAdvantages:Diversity and aesthetics: Spraying can provide a rich selection of colors and texture effects, which can not only protect stee...

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  • What is the application prospect of Rockwool Sandwich Panel in the field of green building and sustainable building?

    With the enhancement of global environmental awareness and the intensification of energy crisis, green building and sustainable building have become important development directions of the construction industry. These buildings aim to achieve harmonious coexistence between man and nature by adopting environmentally friendly materials, improving energy efficiency, reducing resource consumption and environmental pollution. As a building material that integrates multiple excellent properties such as fire prevention, heat preservation and sound insulation, Rockwool Sandwich Panel has shown broad a...

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  • How to consider the thermal and hygroscopic performance of Rockwool Sandwich Panel when designing and constructing buildings?

    1. In-depth analysis of building types and usesIndustrial plants:Customized requirements: Industrial plants often carry complex production processes and strict environmental control requirements. Therefore, when choosing rock wool sandwich panels, customized designs are required based on the specific process flow, equipment layout, and thermal insulation and fire protection levels of the plant.Balance between performance and cost: 60-120kg/m3 rock wool core materials are common choices, which can effectively resist temperature fluctuations in industrial environments and control construction co...

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  • How to prevent the degradation of thermal insulation performance of Rockwool Sandwich Panel during long-term use?

    In the long-term use of Rockwool Sandwich Panel, in order to ensure that its thermal insulation performance does not degrade significantly over time, we need to take comprehensive measures at multiple levels.Starting from material selection, high-quality rock wool core material is the basis for maintaining thermal insulation performance. This material is known for its low thermal conductivity and thermal insulation capabilities, which can effectively isolate the impact of external temperature on the indoor environment. At the same time, the selection of panel materials is equally important. Th...

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