Its low-center-of-gravity design enhances stability, while the alloy’s rigidity prevents bending or deformation under heavy loads.
As a foundational support for equipment, the base distributes weight evenly across surfaces. This reduces vibration and protects both the equipment and installation floor from damage, ensuring safe and stable operation.
Standard models safely support loads of up to 800 kg, making them suitable for heavy machinery, large electronic enclosures, and industrial equipment. Customized reinforced versions can handle 1,500 kg+ for ultra-heavy applications.
Unlike carbon steel bases that require regular painting to prevent rust, the zinc-aluminum alloy forms a natural protective oxide layer. This eliminates frequent maintenance and ensures a service life of 10+ years in indoor or outdoor settings.
The base features pre-drilled mounting holes (diameter: 8-12 mm) and adjustable feet. This allows quick alignment and leveling on uneven surfaces, reducing installation time by 30% compared to traditional concrete or steel bases.
It supports CNC machines, lathes, and milling equipment. By reducing vibration, it improves machining precision and extends the life of cutting tools, lowering production costs.
As a stable base for server racks, UPS systems, and large inverters, it prevents tipping and minimizes vibration-induced component failure. This is critical for data centers and industrial control rooms.
For small wind turbines or solar energy storage cabinets, the base withstands outdoor weather (rain, snow, UV exposure) without degradation. It ensures equipment remains secure and operational in harsh conditions.
Standard models handle up to 800 kg, while customized reinforced versions support 1,500 kg+. Specify your equipment’s weight during ordering for optimal performance.
Yes. The zinc-aluminum alloy’s oxidation resistance makes it suitable for outdoor use, and it operates stably in temperatures from -30℃ to 90℃.
Absolutely. The pre-drilled holes (diameter: 8-12 mm) fit standard metric or imperial bolts, eliminating the need for custom drilling.
Its low-center-of-gravity design enhances stability, while the alloy’s rigidity prevents bending or deformation under heavy loads.
As a foundational support for equipment, the base distributes weight evenly across surfaces. This reduces vibration and protects both the equipment and installation floor from damage, ensuring safe and stable operation.
Standard models safely support loads of up to 800 kg, making them suitable for heavy machinery, large electronic enclosures, and industrial equipment. Customized reinforced versions can handle 1,500 kg+ for ultra-heavy applications.
Unlike carbon steel bases that require regular painting to prevent rust, the zinc-aluminum alloy forms a natural protective oxide layer. This eliminates frequent maintenance and ensures a service life of 10+ years in indoor or outdoor settings.
The base features pre-drilled mounting holes (diameter: 8-12 mm) and adjustable feet. This allows quick alignment and leveling on uneven surfaces, reducing installation time by 30% compared to traditional concrete or steel bases.
It supports CNC machines, lathes, and milling equipment. By reducing vibration, it improves machining precision and extends the life of cutting tools, lowering production costs.
As a stable base for server racks, UPS systems, and large inverters, it prevents tipping and minimizes vibration-induced component failure. This is critical for data centers and industrial control rooms.
For small wind turbines or solar energy storage cabinets, the base withstands outdoor weather (rain, snow, UV exposure) without degradation. It ensures equipment remains secure and operational in harsh conditions.
Standard models handle up to 800 kg, while customized reinforced versions support 1,500 kg+. Specify your equipment’s weight during ordering for optimal performance.
Yes. The zinc-aluminum alloy’s oxidation resistance makes it suitable for outdoor use, and it operates stably in temperatures from -30℃ to 90℃.
Absolutely. The pre-drilled holes (diameter: 8-12 mm) fit standard metric or imperial bolts, eliminating the need for custom drilling.
