Solar Pv Mount Accessories Angle Circular Fixture Trapezoidal Tile Vertical Lock Edge Fixtures

This series of aluminum alloy color steel tile photovoltaic clamps are specially designed for photovoltaic power stations on color steel tile roofs. They are dedicated to providing a non-drilled and non-destructive fixation solution. No drilling or welding is required on the roof. The split adjustable clamping structure directly bites into the lock edges of the color steel tiles to achieve a secure connection between the photovoltaic support and the roof. This fundamentally avoids the potential problems of roof leakage and rust caused by traditional fixation methods.

The main body of the clamp is made of 6063-T5 high-strength aluminum alloy and is formed as a single piece. The surface undergoes hard anodizing treatment, featuring both lightweight and high-strength properties. The accompanying 304 stainless steel internal hexagonal fasteners have excellent rust and corrosion resistance. The arc-shaped clamping claws are designed to fit the contour of the tile lock edges, increasing the contact area and friction force. The top long round hole is compatible with various photovoltaic support crossbeams and can be flexibly adjusted for installation position and clamping distance, compatible with the vast majority of mainstream color steel tile roof and support specifications. It is a core component for distributed photovoltaic projects, balancing roof safety, construction efficiency, and long-term stability.

Core structure: Split adjustable fixture structure, arc-shaped clamping claws fit the locking edge contour of the tiles, the top has a long round hole that matches the crossbeam of the support, and it is equipped with a stainless steel bolt locking component.

Material configuration: Fixture body: 6063-T5 high-strength aluminum alloy; surface treatment: hard anodizing; fasteners: 304 stainless steel internal hexagonal bolts.

Compatibility specifications: Compatible with mainstream vertical locking tiles, corner tiles, etc. of color steel tiles (customizable for adapting to special tile types), compatible with regular photovoltaic support crossbeams.

Performance: Resistant to salt spray corrosion, wind vibration prevention and loosening, insulation and anti-slip, anti-electrochemical corrosion, stable and reliable for long-term outdoor use.

Installation characteristics: No drilling, non-destructive installation, adjustable clamping distance, bolt locking fixed, single person operation, suitable for batch construction scenarios.

No-penetrating installation without damaging the roof surface, eliminating the risk of leakage

It does not damage the structure of the color steel roof, and does not require drilling or welding. It avoids the problems of waterproof failure and roof rust caused by traditional fixation methods, ensuring long-term waterproof performance of the roof, significantly reducing the cost of later leakage repair, especially suitable for old roof photovoltaic renovation projects.

Dual-material combination protection, corrosion-resistant and durable, suitable for all working conditions

The main body of the fixture is made of 6063-T5 aluminum alloy, with a hard anodized surface forming a dense protective film. It is resistant to salt fog, acid and alkali corrosion, and is not affected by outdoor sun exposure and rain. The matching 304 stainless steel bolts prevent rust and corrosion, and can be used in high-humidity and high-salt fog environments for a long time without rusting or failure, extending the overall service life of the power station.

Adjustable universal design, compatible with multiple specifications of roof tiles and supports

The split adjustable structure can flexibly adjust the clamping distance according to the edge width of the color steel tiles and the height of the ribs. It is suitable for most mainstream color steel roof tiles such as vertical edge tiles, corner tiles, and tongue-and-groove tiles. The top long circular hole design is compatible with various photovoltaic support beams, eliminating the need for additional customized parts, with strong versatility, reducing procurement costs and inventory pressure.

Arc-shaped fitting + high pre-tension force, anti-vibration and anti-loosening without falling off

The arc-shaped clamping claws precisely fit the edge contour of the color steel tiles, increasing the contact area and friction force. Combined with the high pre-tension force of the stainless steel bolts, it can withstand continuous vibration and impact under harsh conditions such as strong winds, heavy rain, and temperature changes, and is not prone to loosening and falling off in long-term outdoor use, providing long-term stable fixation support for the photovoltaic supports.

Insulation and corrosion-resistant design, blocking the electrochemical corrosion channel

The contact area between the aluminum alloy fixture and the edge of the color steel tiles can be equipped with insulating pads as needed (some models are standard equipped), avoiding direct contact between different metals, blocking the electrochemical corrosion channel, preventing the color steel roof from rusting, and protecting the photovoltaic supports and roof structure, extending the service life of the roof.

Quick installation structure, significantly improving construction efficiency

Using bolt locking installation, no special equipment is required, and a single person can complete the fixture installation and support fixation work. Compared with the traditional drilling fixation scheme, the construction efficiency is increased by more than 50%, especially suitable for large-scale commercial rooftop photovoltaic projects, shortening the project construction period.

Industrial and commercial distributed photovoltaic power stations: Photovoltaic projects on color steel tile roofs of factories, warehouses, and buildings, with installation without drilling holes and without damaging the roof waterproofing, suitable for different tile types and supports, balancing construction efficiency and roof safety;

Steel structure roof photovoltaic projects: Photovoltaic support fixation for steel structure roofs such as standing seam tiles, corner tiles, and tongue-and-groove tiles, with high-strength wind resistance design suitable for outdoor complex conditions;

Photovoltaic building integration (BIPV): Photovoltaic car shelters, sunrooms, etc. on color steel tile roofs, without damaging installation ensures the integrity of the roof structure, and meets the requirements of building waterproofing and aesthetics;

Photovoltaic projects in coastal high humidity/high salt spray environments: Aluminum alloy + stainless steel dual-material combination, with excellent salt spray corrosion resistance, suitable for coastal and chemical industrial park environments with strong corrosion;

Old roof photovoltaic renovation projects: For already installed color steel tile roofs, non-drilling hole installation avoids secondary damage to the roof, reducing renovation construction risks and maintenance costs.

Maintenance and Adjustments: Clamps allow for easy adjustments or repositioning of solar panels during maintenance or seasonal angle changes to optimize energy production.

Q:What types of solar mounting hardware do you offer?

A:We offer a comprehensive range of solar mounting hardware, including steel channels, ground screws, roof hooks, clamps, rails, and Z-Purlins for various installation types and environments.

Q:Are your products suitable for all types of solar panels?

A:Yes, our mounting hardware is designed to accommodate a wide range of solar panel sizes and types, from residential to commercial and utility-scale applications.

Q:Are your products made from corrosion-resistant materials?

A:Our products are made from high-quality materials such as galvanized steel and stainless steel to ensure durability and resistance to corrosion in various weather conditions.

Q:Are there any certifications or standards your products comply with?

A:Our products meet industry standards and certifications for safety and performance, such as CE marking and compliance with local electrical and building codes.