Recently, Integrated Seismic Supports suitable for modern buildings, rail transit, underground utility tunnels, industrial plants and other scenarios have been officially launched to the market. Centering on core demands including seismic safety, prefabricated construction, integrated arrangement, durability and environmental protection, and adopting standardized design, high-strength materials and systematic layout, our products serve as the preferred solution for seismic protection and refined installation of electromechanical pipelines, helping construction projects achieve quality improvement, efficiency enhancement and safety upgrading.
Designed strictly in accordance with GB 50981 Code for Seismic Design of Building Electromechanical Engineering, it adopts a three-dimensional seismic structure equipped with vertical and horizontal two-way seismic diagonal braces. Based on the triangular stable stress principle, it effectively disperses seismic loads and horizontal impact force. It meets the requirements of high-intensity seismic fortification and resists displacement, shaking and vibration caused by strong earthquakes, realizing stable structure and firm pipelines. It avoids pipeline falling and collapse accidents triggered by earthquakes, and fully guarantees the safe operation of fire control, water & power supply, ventilation, cable tray and other electromechanical systems.
The main body is made of high-strength cold-formed channel steel featuring strong bearing capacity, excellent bending resistance, shear resistance and impact resistance with sufficient bearing surplus, ideal for heavy-load pipeline laying scenarios. The surface adopts thickened hot-dip galvanizing process with qualified zinc coating thickness verified by salt spray test. It boasts outstanding rust-proof, anti-corrosion and anti-oxidation performance, enjoying far longer anti-corrosion service life than traditional supports without frequent later maintenance. It is applicable to humid, chemical, underground and other complex working environments to reduce full-life operation and maintenance costs. The channel steel is featured with curled serrated edges and positioning holes for anti-slip and anti-crack performance, more stable stress and no loosening or deformation.
It adopts factory standardized prefabrication and on-site assembly mode with all integrally formed components in unified specifications and complete accessories. No welding, drilling or painting required on construction sites. Fast fixing and splicing via single bolt brings simple operation and easy handling. Synchronized multi-point construction raises installation efficiency by over 50%, greatly shortening construction period and cutting labor costs. Meanwhile, detachable, adjustable and reusable components facilitate later pipeline expansion, maintenance and renovation to meet diverse construction upgrading demands.
As an all-in-one multi-discipline supporting system, it allows pipelines, cable trays, air ducts, cables and other pipelines to share one set of supports for integrated arrangement and centralized stress bearing. It effectively reduces building anchoring points and suspender quantity, saves building floor height and optimizes pipeline layout, eliminating disorderly arrangement and cross conflicts of traditional supports. Featuring neat layout and elegant appearance, it fits narrow spaces such as basements, utility tunnels and high-rise buildings to maximize space utilization.
All products are manufactured on automatic production lines, passing multiple mechanical performance tests, seismic tests and random quality inspections, equipped with complete test reports and qualification certificates with full qualifications and official filing. Designed with standard modules and clear model marks, it realizes precise material selection and low on-site material loss with high project acceptance rate. Rigid matching of stress components ensures displacement-free and deviation-free connection with accurate positioning, owning far higher stability than on-site self-made supports and eliminating hidden engineering quality risks from the source.
It abandons on-site welding and painting work of traditional supports, producing no open fire, smoke, noise or waste materials. It eliminates fire hazards and environmental pollution on construction sites and complies with construction standards of green buildings and prefabricated buildings. With favorable procurement cost plus advantages of fast installation, low maintenance, reusability and low loss, the overall comprehensive construction cost is reduced by 15%-20%, greatly cutting full life cycle costs. It balances environmental protection, safety and economic benefits, suitable for residential buildings, hospitals, schools, subways, industrial plants and various livelihood and infrastructure projects.
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