Truss Conical Coupler for Spigot Truss

100*100mm Aluminum Lighting Mini Truss made of Aluminum Alloy 6082-T6.  it is Lightweight easy to Assemble.  Decorative Mini Truss can be used for any exhibition display booth or exhibit hall display for convention centers.

200*200mm Aluminum Exhibition Box Truss made of Aluminum Alloy 6061-T6 / 6082-T6. Main tube is 30*2mm and Brace tube is 16*2mm. The Box trus system is a 4-point truss system. This truss offer an optimum lifting capacity and indicate a low transport volume with its light weight constroction. Conical connected system is convenient for assembly and collection. It is widely use in trade fair, Shop fitting and Advertisement ect.

290mm Lighting truss made of Aluminum Alloy 6061-T6 / 6082-T6. Aluminum Alloy itself very low in weight, easy to use, saving installation time and manpower. Aluminum is corrosion resistant, less maintenance, no corrosion protection required. and it can be reused becasue it has high corrosion resistance. Recycle materials , environmental protection.  290*290mm Aluminum spigot truss is multipurpose truss. It can be used in different areas. Such as Wedding party, Exhibition, theatre shows, musicals, trade show, activities and so on.

400mm Aluminum Roof Truss is a 4-point truss system. Our aluminum Trus system are designed for a variety of application and can by used to support lighting, sound equipment, cameras, digital signs, Stage constructiion, as well as the larger summit industry.  

400*600mm Rectangle Heavy Duty Stage Truss made of Aluminum Alloy 6061-T6 / 6082-T6.  Bending stress resistand span is 20m, Max. loading capacity is 1000kg. Usually as beam truss.

520mm Outdoor Stage Roof Truss is is a kind of light-weight but strong products for event and exhibitions. It is widly used in lighting, sound, led screen and advertising board hanging. 

520*760mm Aluminum Outdoor Stage Roof Truss

Large-Scale performance Roof stage truss, also known as stage frame, lighting frame, space frame, is a structure formed by connecting rods with hinges at both ends.