



ENGINEERED FOR THE MOST DEMANDING APPLICATIONS
Commitment to Engineering Standards
Advanced Engineering. Proven Expertise. Uncompromising Performance
At Strand Composites, engineering is the foundation of everything we manufacture.
Our experienced in-house engineering team combines decades of specialized knowledge in fiberglass-reinforced plastic (FRP) design with advanced engineering technology to develop reliable, high-performance solutions for complex industrial applications.
We recognize that no two applications are identical. From aggressive chemical environments and challenging operating conditions to complex geometries and stringent pressure requirements, each project presents unique engineering considerations.
Our approach goes beyond simply meeting a specification. We evaluate the intended application, operating conditions, structural requirements, and long-term performance expectations to develop equipment designed for reliability, safety, and service life.
When conventional solutions fall short, Strand brings the experience and technical capabilities to meet the challeng





ADVANCED DESIGN & STRUCTURAL ANALYSIS
Engineering Confidence Through Technical Precision
Complex applications demand more than conventional design methods.
Strand Composites utilizes advanced engineering and modeling software, including Finite Element Analysis (FEA) when appropriate, to evaluate complex structural conditions and support the design of highly engineered composite equipment.
These capabilities allow our engineering team to analyze critical design considerations, evaluate structural performance, and refine equipment configurations before manufacturing begins.
From large-diameter process vessels to specialized pressure equipment and complex structural geometries, our engineering approach emphasizes sound design principles, efficient material utilization, and dependable performance.
With engineering activities overseen by an in-house Professional Engineer, we bring technical accountability to the design process.
Our objective is straightforward: develop engineered solutions that perform as intended under the conditions for which they were designed.
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ASME DESIGN & ENGINEERING EXPERTISE
Built Around Recognized Industry Standards
Strand Composites has a longstanding commitment to the advancement of engineering standards for fiberglass-reinforced plastic equipment.
Our history with ASME RTP-1 and ASME Section X, Class II reflects our dedication to engineering integrity, manufacturing excellence, and quality assurance.
As an early pioneer in ASME-accredited FRP manufacturing, Strand has helped establish a higher standard of performance and accountability within the composites industry.
Our engineering team applies applicable codes, industry standards, and project-specific requirements to develop equipment designed for demanding industrial service.
By integrating engineering expertise with ASME-accredited manufacturing and a rigorous quality assurance program, Strand provides customers with confidence throughout the design and fabrication process.
Engineering integrity isn't an added feature. It's built into our process.
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APPLICATION-SPECIFIC COMPOSITE ENGINEERING
The Right Design for the Right Environment
Successful FRP equipment design requires an understanding of more than structural loading alone.
Chemical compatibility, operating temperature, pressure conditions, corrosion resistance, and anticipated service life all play important roles in determining the appropriate design.
At Strand, we understand that material selection and laminate construction are fundamental to equipment performance.
Working with established material suppliers and industry resources, our team evaluates application requirements to help develop corrosion-resistant solutions suited to the intended operating environment.
Whether the application involves chemical processing, corrosive industrial service, or specialized process equipment, our focus remains on balancing structural integrity, performance, and long-term value.
The best solution isn't simply the one that meets the specification. It's the one engineered for dependable service.
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FROM ENGINEERING TO MANUFACTURING
One Team. One Standard of Excellence.
One of Strand Composites' greatest advantages is the integration of in-house engineering, manufacturing, and quality assurance.
Unlike projects where design and fabrication are handled by entirely separate organizations, our engineering professionals work closely with manufacturing personnel to help ensure that engineered designs can be translated into practical, high-quality finished products.
This collaborative approach supports technical communication, manufacturability, design consistency, and efficient project execution.
With a 157,000-square-foot manufacturing facility in Harrison, Arkansas, Strand combines engineering expertise with the production resources and experienced personnel necessary to execute challenging custom FRP projects.
From initial design development through fabrication and final inspection, our teams share a common objective:
Deliver equipment that meets the engineering requirements, performs reliably, and earns the customer's confidence.
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ENGINEERING SOLUTIONS. NOT JUST EQUIPMENT.
At Strand Composites, we understand that our customers depend on more than a finished product.
They depend on the knowledge, judgment, and experience behind its design.
Our engineering philosophy is centered on providing technically sound, practical solutions that address the demands of each application while supporting long-term reliability and operational performance.
We take pride in collaborating with customers and their engineering teams to solve difficult challenges, evaluate design requirements, and identify opportunities for improvement.
Whether developing a custom pressure vessel, evaluating a challenging structural configuration, or engineering equipment for an aggressive chemical environment, Strand approaches every project with the same commitment to technical excellence.
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ENGINEERED CONFIDENCE. PROVEN PERFORMANCE.
Put Our Engineering Experience to Work




