Hebei Shangze, as a leader in the damper industry, has played a key role in many engineering projects with its excellent performance and reliability of its dampers. Hebei Shangze dampers are applied in the Xi’an International Port Green City Xi’an Sports Village Danguiyuan project in Baqiao District, Xi’an City, which can provide seismic isolation and damping effects, ensuring the safety of the building.
On October 12th, Hebei Shangze conducted training on dampers and rubber bearings for all employees, with the objectives of:
Understanding the company’s business content.
Clarifying job responsibilities and professional ethics within the company.
Training the correct work attitude and methods.
Helping to quickly improve work efficiency.
Formulating the company’s sales policies and team-building guidelines.
Training content includes:
1.An overview of the company, industry, and business scope.
2.The company’s promotion pace and expanded fields.
3.Various rules and regulations of the company.
4. The company’s business processes.
5. Classic cases of business personnel and control of work skills.
Xiesong, from the Technical Department, explained to us the principles of dampers and rubber bearings, while Yanli, from the Sales Department, shared with us the types and specifications of steel fibers. With technical support for Shangze dampers and rubber bearings, colleagues from various departments cooperate with each other to jointly achieve better performance.
Hebei Shangze provides high-quality hooked steel fibers, including individual and bundled types. Our products have been successfully applied in numerous engineering projects such as highways, subways, reservoirs, and more, demonstrating their reliability and effectiveness. We are committed to delivering our products on time to meet our customers’ needs.
Hook End Steel Fiber
Export:20kg/carton, 50 cartons/pallet, 1 pallet net weight 1000kg. Carton size:250*250*250mm
Hooked Bundled Steel Fiber
more information pls click the link : https://www.hebeishangze.com/product-category/steel-fiber-series/
made in China link: https://hebeishangze.en.made-in-china.com/product/PToUYObHggcp/China-Cold-Drawn-Hook-End-Steel-Fiber-Wholesale-Cold-Drawn-Steel-Fibre.html
Hebei Shangze’s high-quality grouting materials and friction pendulum bearings have laid a solid foundation for the Phase II Liuheng Bridge project. These critical materials not only ensure structural safety and durability but also contribute significantly to the overall quality of the bridge.
Shangze’s meticulous craftsmanship has added a touch of quality to this world-class project. Hebei Shangze has provided strong support for the smooth progress of the Phase II Liuheng Bridge project. With its superior products and professional services, Shangze has provided robust support for the construction project. At the same time, by participating in this major project,Hebei Shangze has further enhanced its brand influence and achieved mutual growth with the project.
more information please click the link: https://www.hebeishangze.com/zh-CN/product/steel-structure-corridor-grid-horizontal-and-vertical-sliding-anti-seismic-tensile-bearing-building-friction-pendulum-reduction-vibration-isolation-universal-bearing/
made in China link: https://hebeishangze.en.made-in-china.com/product/rTapvieyXDhB/China-Friction-Pendulum-Isolation-Bearing-for-Bridge.html
Hebei Shangze has successfully contributed to the Phase II project of the Liuheng Bridge undertaken by China Railway Port Authority by providing grouting materials and friction pendulum bearings.
This significant project highlights Shangze’s technical prowess and market recognition in the construction materials sector, particularly in grouting materials and friction pendulum bearings. As a crucial transportation hub, the Liuheng Bridge places stringent demands on the quality and performance of engineering materials.
Shangze’s successful bid for this project underscores the superior quality of our products in the following aspects:
Consistent and Reliable Product Quality: Grouting materials and friction pendulum bearings are critical components in engineering structures, and their performance directly affects the overall stability and durability of the project. Shangze’s ability to provide consistent and reliable products has earned the trust of our clients.
Strong Technical Capabilities: The production and application of grouting materials and friction pendulum bearings involve complex materials science and engineering technologies. Shangze boasts a professional technical team capable of providing customized solutions tailored to specific project requirements.
Comprehensive Service System: Large-scale engineering projects often have high demands for material supply, technical support, and after-sales service. Shangze’s comprehensive service system provides customers with full-spectrum support.
more information pls click the link: https://www.hebeishangze.com/zh-CN/product/steel-structure-corridor-grid-horizontal-and-vertical-sliding-anti-seismic-tensile-bearing-building-friction-pendulum-reduction-vibration-isolation-universal-bearing/
made in China link: https://hebeishangze.en.made-in-china.com/product/rTapvieyXDhB/China-Friction-Pendulum-Isolation-Bearing-for-Bridge.html
The application of viscous fluid dampers in primary school buildings not only enhances the safety and durability of the buildings but also improves the learning environment for teachers and students.
As seismic resistance and damping technology in the construction industry continues to advance, the application of viscous fluid dampers will become increasingly widespread.
Why Use Dampers in Primary School Buildings?
To enhance the safety of school buildings,viscous fluid dampers play a important role in mitigating the impact of natural disasters such as earthquakes and reducing wind-induced vibrations. By absorbing seismic energy, dampers significantly decrease the amplitude of building vibrations, thereby reducing the risk of structural damage and ensuring the safety of students and staff. Additionally, dampers can prolong the service life of buildings by mitigating structural fatigue and reducing maintenance costs. The reduced vibration also enhances occupant comfort, creating a more conducive learning environment.
