rooftop telecommunication tower

60 degree Microwave telecommunication lattice angle pylon We have most strict bending quality standard for 60 degree angular tower that used for American towers Uganda and other countries projects. By using control the degree also limit the slope to ensure the better wind resistance peformance. And we are the one of the earlist 20 factories in China with such capability. 1 Design standard ANSI-TIA/EIA-222G, H or Euro and Australia, South Africa,etc 2 Design parameters Design

Telecommunication lattice angular tower We are leading and professional manufacturer and exporter for a range of Telecm & Electric Towers & Poles. We have professional engineering engineers good at PLS or MStower design and 3D detailing software that can generate production line supported progress. We are ranking top 10 in China and certifed with 1,000kv extra high voltage transmission line towers for China State Grid. Our company located in Jiaozhou City, Shandong Province,

Self supporting 60 degree angular tower We are leading and professional manufacturer and exporter for a range of Telecm & Electric Towers & Poles. We have professional engineering engineers good at PLS or MStower design and 3D detailing software that can generate production line supported progress. We are ranking top 10 in China and certifed with 1,000kv extra high voltage transmission line towers for China State Grid. Our company located in Jiaozhou City, Shandong Province,

Medium or High Voltage 69kv 132kv,220kv, 500kv Polygon Galvanized Steel Tubular Monopole Electric Power Pole Tower for Transmission Line or Telecommunication No. Description Detailed Specification and Major design Parameters 1 Design Code ANSI/TIA222G,H or European Standard and others 2 Design Loading 1. Antenna load area as per specified by Clients worldwide. 2. Wind speed as per requested by the clients. 3. Deflection & Twist Angle, Exposure category, Topographic category

Rooftop lattice steel pole constructed with carbon structural steel Q355B equivalent to ASTM A572 GR.50 ensuring rooftop support No. Description Detailed Specification and Major design Parameters 1 Design Code ANSI/TIA222G,H or European Standard and others 2 Design Loading 1. Antenna load area as per specified by Clients worldwide. 2. Wind speed as per requested by the clients. 3. Deflection & Twist Angle, Exposure category, Topographic category as per specified by clients. 4

High strength rooftop lattice steel pole with bolts and nuts ISO 898 grade 8.8 suitable for self supported tubular towers No. Description Detailed Specification and Major design Parameters 1 Design Code ANSI/TIA222G,H or European Standard and others 2 Design Loading 1. Antenna load area as per specified by Clients worldwide. 2. Wind speed as per requested by the clients. 3. Deflection & Twist Angle, Exposure category, Topographic category as per specified by clients. 4

Artificial palm tree telecom monopole tower The leaves quantity and AMB arrangement and height as per client requests or we can come up with our experience. We have long-term compatible partner to offer the leaves passing the wind speed up to 290km/hr. 3 grain barks avaiable. 1 Design standard ANSI-TIA/EIA-222G, H or Euro and Australia, South Africa,etc 2 Design parameters Design wind speed, operational wind speed, EPA or FPA, structrue class, topographic class, deflection

Self Supporting lattice angle and tubular tower No. Description Detailed Specification and Major design Parameters 1 Design Code ANSI/TIA222G,H or European Standard and others 2 Design Loading 1. Antenna load area as per specified by Clients worldwide. 2. Wind speed as per requested by the clients. 3. Deflection & Twist Angle, Exposure category, Topographic category as per specified by clients. 4 Structure Classification II, III 5 Hot-dip galvanization ISO 1461 2009, ASTM

Self Supporting Tower designed according to ANSI TIA222G H standards with hot dip galvanization No. Description Detailed Specification and Major design Parameters 1 Design Code ANSI/TIA222G,H or European Standard and others 2 Design Loading 1. Antenna load area as per specified by Clients worldwide. 2. Wind speed as per requested by the clients. 3. Deflection & Twist Angle, Exposure category, Topographic category as per specified by clients. 4 Structure Classification II, III