FRP aesthetic covers are designed to protect antennas from environmental impacts, ensuring that they continue to meet electrical performance requirements under external conditions such as temperature changes, storms, rain, snow, hail, sand, and gravel, guaranteeing all-weather operation. Our company has years of experience in producing FRP aesthetic covers, with reliable product quality, advanced formulations, excellent craftsmanship, attention to detail, and landscape-oriented design. The top design reflects architectural style, highlighting a pleasant living environment and emphasizing green environmental protection.

Design Elements of FRP Aesthetic Covers:
Design Element: The attenuation of wireless signals by the cover material should not exceed 1dB.
Safety Element: Comprehensive wind resistance, seismic resistance, and lightning protection design, reinforcement of existing structures, and the use of outdoor-specific bolts.
Aesthetic Principle: Simple, elegant, and harmonious appearance design that blends with the environment.
Durability Principle: Aesthetic materials are long-lasting, resistant to high temperatures and corrosion, with a service life of 15–20 years.
Maintainability Principle: The aesthetic solution must facilitate antenna maintenance and expansion.
Waterproof Principle: Ensure structural waterproofing, with the cover equipped with a leakage prevention device.

Characteristics of FRP Aesthetic Covers:
Strong wave transparency with minimal transmission loss;
High strength, tensile yield strength ≥60 MPa;
Excellent flame retardancy, corrosion resistance, UV resistance, aging resistance, long service life, guaranteed for 15–20 years;
Wide operating temperature range, maintaining good physical properties from -40°C to 120°C;
Easy processing, transportation, installation, and maintenance.

Construction Requirements and Installation Location Must Comply with Design Specifications:
1. Secure installation with vertical and horizontal tilt not exceeding 1%.
2. Coated sections must have natural color transitions, uniform hue and thickness, without paint accumulation.
3. Smooth drainage without water accumulation. For wall-mounted covers, drainage must not run along the wall surface.
4. Facilitate maintenance and antenna adjustments.
5. Other requirements must align with design specifications.
Structural components such as antenna support rods and mounting brackets must meet design specifications. Installation azimuth accuracy is ±5 degrees. Antenna downtilt installation accuracy is ±1 degree. For electrical tilt antennas, the total downtilt is the sum of electrical and mechanical downtilt. Antennas must be within the 45-degree protection range of lightning protection devices. Control lines for electrical tilt antennas must be equipped with lightning arresters and grounded for lightning protection.