Space Frame

Space frames utilize a multi-point supported grid structure, resulting in uniform stress distribution and exceptional stability. They are suitable for large-span, large-space architectural applications, such as the roofs of large stadiums and exhibition halls in convention centers.

Bolted Spherical Node Space Frame

Bolted Spherical Node Space Frame is a modular steel structure connected by high-strength bolts and steel balls, widely used in workshops, stadiums, canopies and warehouses. Made from Q235B/Q355B steel with standardized components, it features fast assembly, strong stability and seismic resistance.

Welded Spherical Node Space Frame

When planning Welded Spherical Node Space Frame is an integrally welded steel structure with high structural rigidity, suitable for large-span buildings, gas stations and industrial facilities. Constructed with thick-walled steel balls and Q355 steel tubes, it offers strong load capacity, wind resistance and long service life.

Free-form Space Frame

Free-form Space Frame is a spatial grid system that breaks away from conventional structural forms, using “free-form surfaces” as its core design language to free architecture from the constraints of flat grids and regular geometry. Unlike traditional trusses or space frames, Free-form Space Frame employs highly adaptable joints and adjustable members, allowing it to smoothly conform to double-curved surfaces, wave-like forms, and even completely asymmetric free shapes. In real-world applications—whether it’s the flowing roof of an airport terminal, the sculptural skin of an art museum, or the iconic dome of a mixed-use complex—this product turns design sketches into buildable spatial skeletons.