The core components specially developed for the seismic support system of building mechanical and electrical pipelines precisely fit various specifications of fire sprinklers, water supply and drainage, HVAC, etc. pipelines, and are used for the fixation and seismic reinforcement of the pipelines.
The product is formed by high-quality carbon steel through precise stamping / forging processes, and is combined with multiple anti-corrosion treatments such as electro-galvanizing and hot-dip galvanizing, featuring high strength bearing capacity, excellent corrosion resistance, and vibration resistance. It can effectively resist the damage to the pipeline system caused by earthquakes and external forces.
Core features of the product:
Precise fit: The clamp has a high degree of adhesion, and the double bolt locking structure ensures a firm and non-displaceable fixation;
Flexible installation: The top rotating C-shaped slot connection seat allows for adjustable installation angles, suitable for complex working conditions and multi-directional seismic support requirements;
Durable anti-corrosion: Multiple surface treatment processes are available, meeting the long-term anti-corrosion requirements of different environments such as indoor, outdoor, and humid conditions;
Universal compatibility: It can be seamlessly combined with standard C-shaped steel, seismic inclined supports, connection pieces, etc., to quickly complete the construction of the pipeline seismic support system;
Flexible customization: Supports OEM/ODM customization, and can adjust specifications, materials, thickness, and surface processes according to project requirements, suitable for special engineering needs.
Application scenarios:
It is widely used in the mechanical and electrical installation projects of commercial complexes, industrial plants, municipal engineering, hospitals, schools, etc. It is the core fixation component of the seismic support system for fire pipes, water supply and drainage pipes, and HVAC pipes, ensuring the structural safety of the pipeline system in extreme conditions such as earthquakes.