Not Every Environment is Suited for Aluminum.

To better serve applications where metal-based framing presents limitations, 80/20 Inc has expanded its T-slot framing lineup with a new Fiber Reinforced Polymer (FRP) Profile, a non-metallic modular framing solution engineered for demanding environments where corrosion resistance, electrical isolation, or thermal non-conductivity are critical.

This addition gives designers and engineers another option within the 80/20 modular ecosystem, expanding what’s possible in environments that go beyond standard industrial conditions.

A Non-Metallic Alternative for Demanding Applications

The new Polyurethane FRP profile is composed of:

• 80% fiberglass
• 20% polyurethane resin

This unique formulation differentiates it from standard FRP products, delivering a high-strength, non-metallic framing option designed for structural applications.

Unlike aluminum, this material does not conduct electricity or transfer heat, making it particularly well suited for sensitive or controlled environments where isolation is important.

Designed for Corrosive, Electrical, and Thermal Challenges

While aluminum T-slot profiles remain a proven solution for general manufacturing and automation environments, FRP profiles are intended for situations where traditional metals may not be ideal.

Key advantages include:

• Corrosion resistance in harsh environments
• Electrical non-conductivity
• Thermal non-conductivity
• Structural rigidity for modular framing systems

These characteristics make FRP a strong candidate for applications where performance and material stability are critical over time.

Product Specifications

The FRP profile is built to integrate within the existing 80/20 modular framing system.

Key Details Include:

• 15 Series Profile made from high-strength Fiber Reinforced Polyurethane (FRP)
• Composition: 80% fiberglass / 20% polyurethane resin
• Yield strength: 171,000 psi
• Electrically non-conductive
• Thermally non-conductive
• Corrosion-resistant

Ideal Applications:

The FRP profile is well-suited for a range of specialized environments, including:

• EMI/RFI-sensitive equipment enclosures
• Data center racks and containment systems
• Automotive battery manufacturing facilities
• Marine and shipyard installations
• Corrosive industrial environments

Expanding What’s Possible in Modular Framing

The introduction of FRP profiles reinforces the broader goal of offering flexible, application-driven framing solutions. Not every environment is suited for aluminum, and not every challenge can be solved with a single material.

With this addition, 80/20 continues to expand the range of options available within its modular ecosystem — giving engineers and designers the ability to select the right material for the job, not just the default one.