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Home > Anterior Cervical Plating Systems > GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
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GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier
GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier

GM4 Mg-Al-Zn High Strength Plating Solar Panel Ground Mounting System Structure Supplier

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Product Description

📋 Basic Information
Model NO. PD-GM-04 Certification CE
Application Commercial Material Steel
Type Ground Bracket Wind Speed 60m/S
Snow Load 1.4kn/M2 Lead Time 7-15 Days
Surface Treatment Magnesium Aluminum Zinc Standard AS/NZS1170/Jisc8955:2017
☀️ Product Description

Magnesium Aluminum Zinc Ground Mounting Systems For Solar Panels:

This ground mounting bracket is strictly designed according to maximum wind speeds and snow loads. While ensuring structural strength, installation efficiency and cost control are prioritized to ensure a long service life. Support foundations include direct ground insertion, ground screws, and cement piers.

✅ Simple double-column structure
💪 High mechanical strength
🛡️ High self-healing properties
💰 Inexpensive and cost-effective
⚡ Easy and fast installation
🛠️ Installation Diagram
Installing Ground Screws
1. Installing Ground Screws: Anchor the support structure using specialized drilling equipment. Depth is adjusted based on soil type.
2. Install the Beams: Connect diagonal support poles to the top of the main poles using secure bolts and nuts.
Install the Beams
Installing Rails
3. Installing Rails: Attach the rails that support the solar panels to the beams using brackets. Ensure the system is level.
4. Installing Solar Panels: Securely fasten each solar panel to the rails using the provided mounting hardware.
Installing Solar Panels
📊 Technical Parameters
Structure Material Mg-Al-Zn & AL-6005-T5 (Anodized)
Components SUS304 & AI6005-5 (Anodized)
Tilt Angle 0-60°
Wind Speed 0-60 m/s
Snow Load 0-150cm
Design Standard AS/NZS 1170, DIN 1055, JIS C8955: 2017, IBC 2009
Warranty 12 Years
🏭 Production Facility
Factory Overview

Our facility features professional processing workshops for both Aluminum and Steel materials. Aluminum processing includes independent cutting, drilling, and forging. The steel workshop operates 6 production lines for Magnesium Aluminum Zinc processing with a monthly capacity of 40-50MW.

Factory 1
Factory 2
Factory 3
📦 Packaging & Shipping
Packaging 1
Packaging 2
Packaging 3
Shipping 1
Shipping 2
📜 Certifications
Cert 1
Cert 2
Cert 3
❓ Frequently Asked Questions
What is the delivery time for the mounting systems?
The standard delivery time is approximately 12 days, though it can range from 7-15 days depending on project specifications.
Do you provide samples for testing?
Yes, we offer free samples for your testing and quality verification purposes.
What is the warranty period for this ground mount system?
We provide a 12-year warranty for our solar mounting systems, ensuring long-term reliability.
Is OEM service available for custom designs?
Yes, we fully accept OEM services and can customize the brackets according to your specific project requirements and designs.
What standards are your products designed to meet?
Our systems are designed according to international standards including AS/NZS 1170, DIN 1055, and JIS C8955: 2017.
What materials are used for the main structure?
The structure primarily uses high-strength Magnesium Aluminum Zinc (Mg-Al-Zn) steel and Anodized AL-6005-T5 Aluminum alloy.

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