Product Specification

Hot Dipped Galvanized Ground Screw Pile for Solar Ground Mounting System 

Product Description 

Ground Helical Screw Pile is a robust and sustainable alternative to traditional concrete foundations, removing the need for excavation and concreting. Ground screw work by being screwed into the ground with the application of torque. 

 Basic Info. 

Packaging & Delivery

Key Advantages 

1. Rapid & Efficient Installation

• Screw piles eliminate the need for traditional excavation, concrete pouring, and curing times. Their helical blades allow for direct screw-in installation via hydraulic machinery, enabling 50+ piles to be deployed daily—reducing construction timelines by 60% compared to concrete foundations.
• Silent operation makes them ideal for urban areas, residential zones, or noise-sensitive environments, ensuring compliance with environmental regulations.

2. Exceptional Durability & Load-Bearing Capacity

• Constructed from high-strength steel (e.g., Q355B) with hot-dip galvanized coatings, screw piles offer marine-grade corrosion resistance, suitable for coastal, wetland, or industrial environments with 50+ years of service life.
• Their helical design provides superior resistance to uplift (30kN+), wind, and seismic forces (up to 12 级 typhoons and 8-degree earthquakes), making them inherently stable in challenging terrains.

3. All-Terrain Adaptability

• Unlike traditional foundations, screw piles thrive in diverse landscapes: swamps, permafrost, slopes, rocky soils, or areas with poor ground stability—no need for site leveling or soil improvement.
• Modular design allows adjustable load capacities (5–200+ tons) by varying pile depth, diameter, or quantity, ensuring flexibility for both light and heavy structures.

4. Cost-Effective & Eco-Friendly

• Reduced material usage (no concrete) and labor costs lead to 40% lower overall expenses than concrete piles. Additionally, they are 100% recyclable, with a salvage value of over 70%.
• Minimized soil disturbance and zero slurry discharge make them compliant with green construction standards, ideal for nature reserves or eco-sensitive projects.

5. Intelligent Monitoring Capabilities

• Integration with IoT sensors enables real-time tracking of settlement, stress, and load data, providing remote diagnostics via mobile apps—essential for large-scale infrastructure or long-term maintenance. 

Application

1. Construction & Infrastructure

• Residential & Commercial Buildings: Foundations for villas, cabins, or multi-story structures in unstable soils.
• Bridges & Walkways: Support for boardwalks, piers, or pedestrian bridges over water bodies or marshlands.
• Industrial Facilities: Foundations for tanks, machinery, or warehouses requiring high load-bearing capacity.

2. Renewable Energy

• Solar & Wind Farms: Quick-install supports for solar panel arrays (with ±5° tilt adjustment) and small wind turbine bases, especially in hilly or remote areas.
• Off-Grid Projects: Foundations for energy storage systems or remote power stations in challenging terrains.

3. Transportation & Civil Engineering

• Road & Railway Infrastructure: Embankment stabilization, signpost foundations, or noise barrier supports.
• Marine Projects: Jetties, docks, or coastal erosion control structures in saltwater environments.

4. Environmental & Tourism

• Eco-Tourism Developments: Foundations for glass walkways, treehouses, or luxury eco-lodges in protected natural areas (minimizing environmental impact).
• Heritage Preservation: Non-invasive supports for historic buildings or monuments, avoiding damage to existing structures.

5. Temporary & Mobile Structures

• Event Venues: Quick-setup foundations for temporary stages, exhibition booths, or pop-up facilities.
• Mining & Oil Fields: Portable supports for equipment in remote or harsh environments, easily disassembled and reused. 

Please feel free to contact me for more details, thank you!