







Behold the Photovoltaic Double Headed Screw, a quintessential marvel in the realm of solar power systems. Also referred to as a double-headed bolt or stud, this critical connector serves as the backbone of photovoltaic structures. Discover the intricacies of the photovoltaic double-headed tooth screw and its pivotal role in renewable energy solutions:
1. Basic Structure
1. Shape and Configuration:
Crafted in an elongated strip form, the photovoltaic double-headed screw is engineered with threads gracing both of its ends. Uniform thread specifications promise seamless integration, allowing effortless fastening with nuts or connectors on either extremity.
Ingeniously designed, the central section may feature a sleek, unthreaded surface or boast partial threads or unique contours, tailored to specific design mandates.
2. Material Composition:
Typically forged from robust materials such as stainless steel, carbon steel, or alloy steel, these screws are celebrated for their exemplary strength, resilience, and endurance.
In solar installations, where endurance under relentless outdoor elements is non-negotiable, stainless steel double-headed screws emerge as the heroes, their anti-corrosive prowess ensuring unparalleled longevity.
3. Surface Enhancement:
To elevate their resistance against corrosion, photovoltaic double-headed screws undergo meticulous surface treatments like galvanizing, nickel plating, or alternative coatings.
These enhancements not only bestow an aesthetically pleasing finish but also form a robust shield against rusting and corrosive ravages in moist or aggressive environments.
2. Performance Characteristics
1. Unwavering Connection Stability:
The ingenious dual-headed design empowers these screws to symphonically bind two components, delivering a steadfast and unwavering attachment.
The intricately crafted threads expand the contact interface between the screw and the connector, amplifying the fastening's reliability and firmness.
2. Enduring Corrosion Resistance:
Crafted from stainless steel or fortified by protective treatments, these screws exhibit impressive resistance to corrosion, thriving effortlessly in outdoor environments without succumbing to rust or degradation.
3. Seamless Installation:
Installing the photovoltaic double-headed screw is a breeze—simply employ an appropriate tool to embed it into the connector and secure with a nut. Thoughtful design facilitates precise alignment and adjustment during setup, enhancing installation efficacy.
3. Diverse Application Fields
The photovoltaic double-headed screws serve as the linchpin in solar installations, excelling in various applications, such as:
Connection of Photovoltaic Brackets: They ensure the integrated connection of diverse photovoltaic bracket components, safeguarding the bracket's stability and security.
Securing Photovoltaic Modules: These screws anchor photovoltaic modules firmly onto brackets, preventing any dislocation or damage from external forces like wind and snow.
• Integration with Other Photovoltaic Systems: Beyond brackets and modules, these versatile screws find use in other system segments like cable trays and grounding systems, providing critical connections and secure fastening solutions.