Aramid honeycomb.
Strength from
within.
Explore aramid honeycomb core, advanced fiber materials and the building blocks of lighter, stiffer sandwich structures.
A lighter way to build.
From fiber to finished structure. Understand the materials, then make an informed core selection.
Aramid honeycomb
Understand the paper, resin and cell geometry behind the material.
Aramid core
Connect skins, core and adhesive in a complete panel system.
Aramid fiber
Explore meta-aramid, para-aramid and the forms that make them useful.
The real strength
is in the system.
An aramid honeycomb core separates two face sheets to create an efficient sandwich structure. The skins carry bending loads; the core transfers shear and supports the skins.
Getting the result right means choosing the core, adhesive and face sheets together.
Understand sandwich constructionPut material where it matters.
Separate the load-bearing skins with a cellular core to build stiffness with less solid material.
Match the core to the conditions.
Balance density, geometry and environmental requirements with grade-specific technical data.
Design the details together.
Consider bonding, edges and attachments alongside the material itself.
Where every gram counts.
Aerospace structures
Interior panels, selected fairings and weight-sensitive sandwich components.
02Curved & RF structures
Formability and full-laminate performance for specialized shapes.
03Marine & performance
Lightweight panels with deliberate moisture and attachment details.
04Transport & industry
Stiffness and manageable mass for covers, partitions and equipment.
Make a more informed choice.
Aramid vs. aluminum.
Which core fits?
Compare material behavior, fabrication and the needs of the complete panel.
Read the comparison Project toolkit · Printable checklistA better brief starts
with the right questions.
Collect dimensions, material requirements and test criteria before your inquiry.
Open the checklistGood questions.
Clear answers.
What is aramid honeycomb made of?
Common aramid honeycomb cores are made from bonded aramid paper expanded into cells and reinforced with resin, often phenolic. The paper, resin and cell geometry depend on the specific grade.
Are aramid honeycomb and aramid fiber the same?
No. Aramid fiber is the raw material family. Aramid paper is a sheet form, while aramid honeycomb is a cellular structure made from paper or another aramid reinforcement and a resin system.
How do I choose an aramid honeycomb core?
Start with the panel loads, environment and manufacturing process. Then specify the material grade, cell size, density, thickness and orientation, supported by relevant test data.
Is every aramid core suitable for aerospace use?
No. Suitability depends on the exact material, manufacturing process, traceability and applicable qualification. A material name or a general property description is not an approval.
What details should I include in an inquiry?
Include the application, material or grade, cell size, density, L × W × T dimensions, tolerances, quantity, delivery destination and any test or documentation requirements.
Start with the right core.
Share your application, dimensions and performance requirements. Bring your next material decision into focus.