How do you choose the right sandwich panel for your application?
Structural load, weight budget, environment — three variables that determine the right sandwich panel every time.
Knowledgebase
Why are sandwich panels better than solid plastic sheets?
Sandwich panels deliver superior stiffness-to-weight ratio over solid sheets — here's what that means for payload, cost, and service life.
How much weight can a sandwich panel support?
Sandwich panel load capacity isn't one number — four key variables determine everything. Here's what engineers need to know.
What face sheet materials are used on composite sandwich panels?
Glass-fiber-PP, carbon-fiber, or unreinforced PP — discover which face sheet material suits your composite sandwich panel application.
What is a Comfodeck panel?
CompoDeck sandwich panels replace plywood and steel floors — lighter, stronger, and built to last 12+ years.
What are the benefits of sandwich panels over steel and wood?
Sandwich panels outlast wood by years and cut structural weight significantly—here's why manufacturers are switching.
What is the maximum size of a sandwich panel?
Thermoplastic sandwich panels can reach 13,500 × 2,950 mm — here's what that means for your build.
What is a PP foam core and when is it used?
Discover how PP foam core sandwich panels cut vehicle weight, boost payload, and meet EU recyclability requirements.
What is the difference between thermoplastic and thermoset sandwich panels?
Thermoplastic and thermoset sandwich panels differ in ways that directly affect your production costs, recyclability compliance, and structural performance.
What happens to sandwich panels at end of life?
Thermoplastic sandwich panels can be recycled — here's what that means for compliance, specification, and end-of-life planning.