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Strut Channel Framing: Enhancing Structural Support with Solar Photovoltaic Stents

Dec. 18, 2023

Slotted channel framing, also known as strut channel framing, is a versatile and efficient system used in various industries for structural support and bracing. This article will focus on the application of slotted channel framing in conjunction with solar photovoltaic stents and its benefits in light seismic bracing, ceiling grids, and pipe supports. Additionally, we will explore different types of slotted struts and the materials used for their construction.

1. Solar Photovoltaic Stents for Light Seismic Bracing:

The integration of solar photovoltaic stents with slotted channel framing offers a dual advantage. It not only provides structural support but also harnesses solar energy for electricity generation. By securely attaching solar panels to the stents, buildings can become more energy-efficient while ensuring light seismic bracing. This innovative solution combines sustainability with structural integrity.

2. Structural Support for Ceiling Grids:

Ceiling grids play a crucial role in supporting suspended ceilings, lighting fixtures, and other building components. Slotted channel framing, with its ability to accommodate various accessories and attachments, becomes an ideal choice for ceiling grid construction. The solid struts or slotted struts can be easily connected to the channel framing, providing stable and reliable support for the entire ceiling system.

3. Pipe Supports:

Efficient pipe support systems are essential for the smooth functioning of plumbing and HVAC systems. Slotted channel framing offers a flexible and adjustable solution for pipe supports. By utilizing half slot struts or slotted struts, pipes can be securely attached to the channel framing, ensuring stability and minimizing the risk of leaks or damage. This system allows for easy installation and future adjustments, making maintenance hassle-free.

Types of Slotted Struts:

  • Solid Struts:

Solid struts are widely used in heavy-duty applications where maximum strength and stability are required. These struts have a solid, unperforated construction, providing robust support for various installations.

  • Half Slot Struts:

Half slot struts feature slots on one side, allowing for easy insertion and adjustment of accessories. They provide versatility in attaching fixtures or components at different positions along the strut, making them suitable for applications requiring flexibility.

  • Slotted Struts:

Slotted struts have evenly spaced slots along the entire length, offering maximum adjustability and customization. These struts are ideal for applications where precise positioning and alignment are crucial.

  • Back to Back:

Back-to-back slotted struts consist of two parallel channels connected by a central web. This design allows for increased load-bearing capacity and stability, making them suitable for heavy-duty applications.

Materials Used for Construction:

To meet diverse requirements, slotted channel framing is available in various materials. These include:

- Pre-Galvanized (GI): Offers corrosion resistance and durability.

- Hot-Dip Galvanized (HG): Provides enhanced corrosion protection for outdoor applications.

- Plain (PL): Basic uncoated steel, suitable for indoor use.

- Zinc Dichromate (ZD): Offers superior corrosion resistance and durability.

- Stainless Steel (SS or ST): Provides excellent corrosion resistance, making it ideal for harsh environments.

- Aluminum (EA): Lightweight and corrosion-resistant, suitable for applications requiring reduced weight.


Slotted channel framing, when combined with solar photovoltaic stents, offers a sustainable solution for structural support, light seismic bracing, ceiling grids, and pipe supports. The different types of slotted struts and materials used allow for versatility and customization according to specific project requirements. This system not only ensures stability and durability but also promotes energy efficiency and sustainability in construction and infrastructure development.

Strut Channel Framing: Enhancing Structural Support with Solar Photovoltaic Stents

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