When Every Shipment Counts
Our designers can trace the shape of your product and produce a fabricated part that will fit like a glove. We utilize state-of-the-art CAD software, which links to fully automated CNC fabricating machines.
DuraTherm® fabricated packaging is hot wire cut from large blocks to meet your specifications. Components are assembled together to provide a solution specific to your needs.
This combination produces a DuraTherm® fabricated polystyrene part with tight tolerances. CNC-cut fabricated packaging components can be glued to flat pads to form endcaps or can be laminated to other substrates to form trays, skid runners, or other parts. This system of DuraTherm® fabricated packaging components emulates a custom-molded part without the associated tooling costs. DuraTherm® fabricated packaging is available in a variety of densities for pads, displays, corners, u-channels, profiles, and much more.
DuraTherm® Fabricated Packaging Features
• Available in a wide range of sizes and densities
• Created with exceptional tolerances
• Engineered using CAD and solid modeling software
• Special shape-cuts or simple flat pads
• Corners, u-channels, and profiles
DuraTherm® Fabricated Packaging Benefits
• Cost Effective for Lower Volume Items
• Fast & Efficient Lead Times
• No Tooling Costs
• Easy Customization
• Variety of Sizes & Densities Available
• Provides Thermal Protection
• Environmentally Friendly
ACH Foam Technologies’ DuraTherm® fabricated polystyrene packaging is recyclable and environmentally friendly. It contains no CFCs, HFCs, HCFCs or formaldehyde.
Specialty Fabricated Packaging Products
DuraTherm® MAXX is a molded graphite polystyrene material. DuraTherm® MAXX offers the same benefits of classic DuraTherm® products with the added flexibility to reduce material thicknesses by up to 30%, while maintaining the same thermal performance of thicker material. DuraTherm® MAXX is comprised of many small pockets of air within a polymer matrix containing graphite. The graphite reflects radiant heat energy like a mirror, increasing the material’s resistance to heat flow, or R-value..