Soft Moldable Energy Dissipating Urethane
High Performance | Soft Polyurethane
Americule’s new impact material, AIM™, is a unique, premium material with great impact reduction capabilities. Unlike other polyurethanes which utilize compression for reducing the energy created upon impact, AIM™ dissipates the energy throughout the molded product–similar to a rock impacting water.
AIM™ absorbs approximately 92 percent of the force upon impact, making it an ideal candidate to absorb energy and prevent damage, loss or injury to you or your product. The softest formulation of AIM™ is measured on a Shore OOO-S durometer and yet it’s still moldable. Americule can mold a wide-range of AIM™ formulations into sheets or any complex shape you may need to meet your unique specifications.
AIM™ has great stretch-ability and recovers over time.
Think of the possibilities. What can Americule Impact Material (AIM™) do for you?
- Energy Dissipation
Absorbs 92 percent of force upon impact.
- Withstands Hundreds of Gs
Capable of taking an impact of more than 200 G-Forces.
- Molding Shore OOO
Softest moldable urethane in the world
- Elastomeric Memory
Returns to original shape after elongation.
- Multiple Options of AIM™ Products Available
Custom product configuration requests are encouraged.
- Sheet Stock
AIM™ stock sheets are available direct to you from Americule in the sizes you need for your application, from 1/4″ through 1″ thick and to 24″ x 24″ sheets.
- Custom Molded Shapes
AIM™ can be molded into any shape and size you need to solve your impact problems. Call 800.535.9007 to discuss options about your molded parts.
- Sheet Stock
Americule Impact Material (AIM™):
Demonstration Video: – For a video example of the product impact absorption feature.
Characteristics: – Please review images of the extraordinary characteristics of this impact absorption product.
Formulations: – For detailed information on the variety of formulations available to suit your needs.
Testimonials: – See what customers are saying about the new AIM™ Impact Material.