Helping Businesses Develop
Better Composite Products
Composyne provides practical engineering support for products made from fibre-reinforced composite materials.
We help businesses develop, assess, improve and manufacture composite components that are strong, lightweight, durable and suitable for their intended use.
Explore Engineering Services →Product Development
Turning requirements, ideas and engineering challenges into practical composite product designs.
Structural Assessment
Checking strength, stiffness, deformation, load capacity and structural performance.
Manufacturing Support
Helping composite products move from design into reliable and practical production.
Technical Problem Solving
Investigating defects, failures, performance issues and manufacturing difficulties.
What Are Composite Materials?
Composite materials combine reinforcing fibres with a resin system to create strong, lightweight and durable engineered materials.
A simple comparison is reinforced concrete. Concrete provides shape and protects the steel reinforcement, while the steel carries much of the structural load.
In a fibre-reinforced composite product, the resin performs a similar role to the concrete while fibres such as glass or carbon act as the primary reinforcement.
By changing fibre direction, fibre type, resin system and laminate construction, composite products can be engineered for very different structural and environmental requirements.
Why Use Composite Materials?
Composite materials can provide significant advantages where conventional materials such as steel, aluminium or timber cannot deliver the required balance of performance, weight and durability.
High Strength-to-Weight
Composite structures can achieve high mechanical performance while remaining significantly lighter than many traditional materials.
Corrosion Resistance
Fibre-reinforced polymers can perform well in environments where metals may suffer from corrosion or chemical attack.
Design Flexibility
Fibre orientation, laminate construction and material combinations can be tailored to specific structural requirements.
Long-Term Durability
Correctly designed composite products can provide durable performance with reduced maintenance requirements.
Engineering That Connects Design and Manufacturing
Good composite engineering requires more than calculating whether a component is strong enough.
Material selection, fibre architecture, manufacturing process, tolerances, tooling, production capability and cost all influence the final performance of a composite product.
Composyne takes a practical engineering approach that considers how a product will be designed, manufactured and used in the real world.
About Composyne →Composite Products We Can Support
Our engineering support can be applied across a wide range of fibre-reinforced polymer products, manufacturing processes and structural applications.
Have a Composite Engineering Challenge?
Tell us what you are trying to develop, improve, manufacture or solve. We can help you understand the engineering options and determine the next practical step.
Contact Composyne