Protective Foam Packaging
Custom-molded end caps, corners, trays, and inserts that locate the product, absorb impacts, reduce movement, and help prevent damage in storage and transit.
Ohio EPS foam manufacturer
Clyde Foam manufactures lightweight, rigid EPS foam products shaped around your application—from protective packaging and industrial components to lost foam casting patterns.

Molded to your application
Expanded polystyrene combines low weight, cushioning, rigidity, insulation, moisture resistance, and design flexibility. Clyde Foam turns those properties into repeatable parts for manufacturers and product teams.
Custom-molded end caps, corners, trays, and inserts that locate the product, absorb impacts, reduce movement, and help prevent damage in storage and transit.
Lightweight molded shapes for products that need structure, thermal insulation, water resistance, buoyancy, void fill, or a consistent production geometry.
Detailed expendable EPS patterns for metal casting applications where repeatable geometry and reduced finishing can support an efficient foundry process.
Precisely fitted packaging for appliances, electronics, equipment, and other products that need dependable cushioning without unnecessary shipping weight.
Start a custom project
A strong quote begins with the product, performance target, and expected volume. Share what you have—drawings, dimensions, a physical sample, or an early concept—and our team can discuss the practical next steps.
Talk With Clyde FoamTell us what the foam must protect, support, insulate, float, or reproduce.
Provide dimensions, drawings or samples, target quantities, and delivery requirements.
We evaluate geometry, material needs, manufacturability, tooling, and project expectations.
Approved requirements become repeatable molded EPS parts for ongoing supply.
Why expanded polystyrene
Helps control package weight, handling effort, and freight impact.
Cushions products and distributes loads through a molded geometry.
Closed-cell construction supports temperature-sensitive applications.
Low water absorption supports damp and marine environments.
Custom molds create repeatable features, clearances, and product contact points.
Clean EPS can be recycled where collection and processing programs are available.

Regional manufacturing partner
Clyde Foam is located in Clyde, Ohio, between Toledo, Cleveland, and Columbus. That Northwest Ohio location supports manufacturers throughout the state and across the surrounding Great Lakes, Midwest, and Appalachian region.
Have a project elsewhere? We also work with customers throughout the United States.
Custom EPS FAQ
Answers to common early-stage questions from engineers, packaging teams, purchasing teams, and manufacturers.
Expanded polystyrene (EPS) beads are expanded inside a mold to create a lightweight, rigid part with a repeatable shape. The density, geometry, and features can be tailored to the product's protection, insulation, buoyancy, or casting requirements.
Send a drawing, CAD file, part sample, or product dimensions when available. Expected order volume, target density, performance requirements, packaging constraints, and delivery location also help our team evaluate the project.
Common applications include protective packaging end caps and inserts, appliance packaging, industrial components, insulated parts, flotation and buoyancy components, architectural shapes, and expendable patterns for lost foam metal casting.
Yes. From Clyde, Ohio, we work with manufacturers throughout Ohio and nearby states including Michigan, Indiana, Pennsylvania, Kentucky, and West Virginia, as well as customers elsewhere in the United States.
EPS can be collected, densified, and reprocessed where suitable recycling programs are available. Design, cleanliness, local collection options, and end-market requirements determine the best recovery path for each application.
Expanding the present, molding the future
Send your drawing, sample, dimensions, or project requirements. Clyde Foam will help you determine the next step toward a custom molded solution.