3-Leg Tubular Steel Lattice Tower
3-Leg Tubular Steel Lattice Tower
3 Legged Tubular Steel Pole Tower is a self-supporting high-rise steel structure with a cross section and a triangular cross section.
Main features: 3 Legged Tubular Steel Pole Tower is made of steel pipe, and the body has a triangular cross section. A steel high-rise structure of angle steel.
Applicable height: 40m, 45m, 50m. 3 Legged Tubular Steel Communication Pole Tower includes tower base towers, crossbars, diagonal bars, antenna brackets, lightning rods, and tower splicing devices.
our other core services and products comprise of:
who we are
X.Y Towers is a leading company of high voltage transmission line in south west China.Established in 2008,as a manufacture and consulting company in field of Electrical and Communication Engineering,it has been providing EPC solutions to the growing demands of Transmission and Distribution(T&D)sector in the region.
Since 2008,X.Y towers has been involved in some of the largest and most complicated electrical construction projects in China.
After 15 years of steady growth.we provide array of services within electrical construction industry which includes design and supply of transmission & distribution lines and electrical substation.
Spare Parts
All necessary parts, e.g. Antenna Mount Pole and Brackets, Climbing Steps, Safety Guide Cable, Lightning Rod, Mounting Bracket for Obstruction Light, Holding Down Bolts/Nuts, And All Other Bolt and Nuts Required for Erection and installation.
Features
1. The seamless steel pipe of pole tower is used as the column material, the wind load coefficient is small, and the wind resistance is strong.
2. The tower column is connected by an outer flange, and the bolt is pulled, which is not easy to damage and reduces maintenance costs.
3. The pole tower is arranged in a triangular shape to save steel.
4. The roots are small, the land resources are saved, and the site selection is convenient.
5. The tower body is light in weight, and the new three-leaf cutting board reduces the basic cost.
6. Truss structure design, convenient transportation and installation, and short construction period.
7. The tower type is designed with the wind load curve changing, and the lines are smooth. It is not so easy to collapse in a box of rare wind disasters, reducing human and livestock casualties.
8. The design conforms to the national steel structure design specification and tower design rules, and the structure is safe and reliable.
Item Specifics
| Manufacturing standard | GB/T2694-2018 |
| Galvanizing standard | ISO1461 |
| Raw material standards | GB/T700-2006, ISO630-1995, GB/T1591-2018;GB/T706-2016; |
| Fastener standard | GB/T5782-2000. ISO4014-1999 |
| Welding standard | AWS D1.1 |
| EU standard | CE : EN10025 |
| American Standard | ASTM A6-2014 |
Hot-Dip Galvanization
Galvanized standard: ISO:1461-2002.
| Item | Thickness of zinc coating |
| Standard and requirement | ≧86μm |
| Strength of adhesion | Corrosion by CuSo4 |
| Zinc coat not be stripped and raised by hammering | 4 times |
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