A radar lattice tower is a specific type of tower structure designed to support radar antennas and related equipment. These towers are characterized by their lattice framework, which consists of interconnected steel components arranged in a crisscross pattern.

Radar lattice towers play a crucial role in supporting radar antennas and equipment for various applications, providing a stable and elevated platform for radar systems to function effectively. Their lattice design offers a robust solution for elevating radar equipment to the required heights while maintaining structural integrity and performance over time.

Angle steel towers are suitable for counties, towns, fields, hills, mountainous areas and other areas with low landscape requirements and easy land acquisition. They are also suitable for areas with complex environments and difficult transportation.

Mono pole towers provide a strong, cost-effective mounting structure to elevate antennas while minimizing visual impact. Their single-pole design offers simplicity.

The guyed wire tower is composed of a tower head, a column and a cable. The tower head and columns are generally made of space trusses composed of angle irons, which have good overall stability and can withstand large axial pressure.

The guyed wire tower has a novel appearance, reasonable stress, light weight, simple construction and short construction period. It is a communication tower with good performance, economical and practical, especially suitable for cities (urban areas) and scenic spots.

Wire rope harness collar is a type of hoisting machinery spreader with a rope groove for the rope ends to be tied around to prevent excessive bending and wear of the rope, and a heart-shaped metal ring that can be connected to other components.

Monopole tower body adopts more reasonable segments and is connected with high-strength bolts through connectors, making the installation convenient and fast, and can be adapted to installation in a variety of more complex outdoor sites.