/applications/industrial-composites/
Advanced Composites for Industrial Engineering.
Industrial applications can benefit from composite structures where weight, corrosion resistance, stiffness, geometry or other application-specific characteristics justify their use.
DANTA evaluates industrial composite opportunities according to the component requirements, manufacturing route and total cost of production.
What We Can Evaluate.
Lightweight Structural Components
Parts and assemblies where mass reduction is an important design consideration.
Equipment Housings
Composite housings and covers for suitable operating environments.
Tubes and Shells
Selected tubular and shell structures, subject to manufacturing feasibility.
Specialised Components
Application-specific parts requiring engineered material properties or complex geometry.
What Industrial Selection Should Consider.
- Mechanical loading
- Temperature
- Chemical exposure
- Environmental durability
- Wear and impact
- Dimensional stability
- Manufacturing process
- Repair and maintenance
- Inspection
- Total lifecycle cost
The Application Sets the Route.
The appropriate composite material and manufacturing route depend on the intended application.
DANTA evaluates the relationship between component geometry, material system, manufacturing process and expected production volume before proposing a manufacturing approach.
Discuss an Industrial Component.
Tell us what the part does, where it works and how many you need.