Solar Pipe Fixing Clamp

Solar mounting systems contain not only module support components but also various auxiliary structures, including cable conduits, protective pipes, grounding pipes, and support tubes.

The Solar Pipe Fixing Clamp is designed to securely attach these tubular components to PV bracket columns, beams, and supporting frames.

Unlike simple flat fixing plates, the hoop-type structure surrounds the pipe surface and distributes holding force evenly, reducing the risk of pipe movement caused by wind vibration, thermal expansion, or long-term outdoor exposure.

Stable Hoop Structure for Reliable Pipe Positioning

The core function of a pipe fixing clamp is not to carry the main photovoltaic load, but to maintain the correct position of auxiliary components throughout the system lifespan.

Our clamp adopts an integrated curved holding structure that provides:

- Even circumferential gripping force

- Stable pipe positioning

- Reduced vibration displacement

- Better connection consistency

This design helps prevent common field problems such as pipe shaking, bolt loosening, and repeated adjustment after installation.

Material Options for Different Project Requirements

Energet Solar provides Solar Pipe Fixing Clamps manufactured from Q235B and Q355B carbon steel.

Q235B offers balanced strength and cost efficiency for general photovoltaic applications.

Q355B provides higher mechanical strength and toughness, making it suitable for projects with stronger wind loads or higher structural requirements.

The surface is treated with hot-dip galvanizing, creating a protective zinc coating that improves resistance against moisture, oxidation, and outdoor corrosion.

Precision Manufacturing for Accurate Assembly

For photovoltaic projects, thousands of small accessories must maintain consistent dimensions to ensure smooth installation.

Our production process includes:

- Automatic stamping

- One-piece bending forming

- CNC hole positioning

- Surface treatment inspection

These processes ensure stable clamp dimensions, accurate hole spacing, and reliable fitting with different pipe specifications.

Technical Specifications

Product Applications

Cable Conduit Fixing

Solar Pipe Fixing Clamps are commonly used to secure cable protection conduits along PV mounting structures, keeping cable routes organized and reducing movement caused by outdoor vibration.

Ground-Mounted Solar Systems

In large solar power plants, the clamps help maintain stable positioning of auxiliary pipes and tubular components attached to support frames.

Rooftop Photovoltaic Systems

For commercial and industrial rooftop projects, compact fixing solutions help integrate auxiliary piping without affecting the overall mounting layout.

Solar Carport Structures

The clamps provide reliable fixing for additional tubular components used in solar parking structures.

Installation Considerations

Match Clamp Size with Pipe Diameter

Before installation, confirm that the clamp inner diameter matches the actual pipe outer diameter.

An oversized clamp may reduce holding stability, while an undersized clamp may create excessive installation stress.

Maintain Proper Tightening Force

Bolts should be tightened evenly according to installation requirements.

Excessive tightening may deform the clamp or damage the pipe surface, while insufficient tightening may allow movement under continuous vibration.

Protect the Galvanized Surface

Avoid cutting, drilling, or modifying the clamp after galvanizing, as damaged coating areas may reduce corrosion protection performance.

Product Advantages

More Stable Than Simple Flat Fixing Solutions

Traditional flat fixing parts mainly rely on single-side pressure, which may result in uneven force distribution.

The hoop-style design of our Solar Pipe Fixing Clamp provides surrounding contact with the pipe surface, improving fixation stability and reducing the possibility of pipe slipping.

Better Outdoor Durability

Compared with painted or electro-galvanized clamps, hot-dip galvanized treatment provides stronger resistance against weather exposure, moisture, and salt spray.

This makes the product suitable for long-term outdoor photovoltaic applications.

Flexible Customization for Different Structures

Different solar projects may use different pipe diameters, mounting layouts, and installation methods.

Energet Solar supports customization of:

- Clamp diameter

- Thickness

- Hole spacing

- Material grade

- Surface treatment requirements

to match specific engineering needs.

Quality Assurance

To ensure stable product performance, Energet Solar implements systematic quality management throughout the production process.

Our quality control includes:

- Raw material inspection and supplier verification

- Production process monitoring

- Dimensional accuracy inspection

- Surface treatment testing

- Final product quality evaluation

The company has obtained ISO 9001 quality management system certification, ISO 14001 environmental management system certification and ISO 45001 occupational health and safety management system certification.

For international PV projects, we can provide relevant inspection documents, material reports and quality records to support customer project requirements.

FAQ

What pipes can Solar Pipe Fixing Clamp be used for?

It is suitable for auxiliary pipes, cable conduits, round tubes, and other tubular components installed on photovoltaic mounting structures.

Is this clamp used for main solar bracket load-bearing connections?

No. It is mainly designed for fixing auxiliary pipes and tubular components, while main structural connections should use dedicated structural fasteners.

Can the clamp size be customized?

Yes. Clamp diameter, thickness, hole spacing, and material options can be customized according to project requirements.

Is hot-dip galvanizing suitable for outdoor solar projects?

Yes. Hot-dip galvanizing provides reliable corrosion protection for long-term outdoor applications.

What is the difference between Q235B and Q355B clamps?

Q235B is suitable for general applications, while Q355B provides higher strength and is recommended for projects with higher mechanical requirements.