Polyform® Molded Foam

Polyshield® High Density Molded – Integral Skin
(PHDM-IS)

Polyshield® High Density Molded – Integral Skin (PHDM-IS) polyurethane foam is 10 – 20 lb/ft³ self-skinning flexible foam based on polymeric MDI.  It is characterized by excellent skin formation, abrasion resistance, high tear strength, good elongation, and low water absorption properties. It consists of a low-density foamed core seamlessly joined to a high-density skin. It is designed with an attractive and durable integral skin having a synergy of properties for applications requiring sound attenuation, isolation, thermal control and sealing. 

Polypro® High Density Molded – Non Skinned
(PHDM-NS)

Polypro® High Density Molded – Non Skinned (PHDM-NS) polyurethane foam is 10 – 20 lb/ft³ open cell flexible foam based on polymeric MDI.  It is characterized by high resilience, good tear strength, and good elongation properties.  It has been formulated for low emissions and non-staining end use requirements.  It is designed to have a synergy of properties for applications requiring sound attenuation, isolation, thermal control and sealing.

Other Typical Polypro Applications: delicate instrument carrying case inserts, protective bumpers, gaskets, specialty packaging.

Polyflex® Low Density Molded – High Resilient
(PLDM-HR)

Polyflex® Low Density Molded – High Resilient (PLDM-HR) polyurethane foam is 3 – 6 lb/ft³ open cell flexible foam based on a polymeric MDI.  It is characterized by high resilience, low fatigue loss, and good cushioning quality.  It is designed to have a synergy of properties for applications requiring sound attenuation, isolation, and thermal control.

Other Typical Polyflex Applications: marine industry, recreational vehicles, athletic equipment, and specialty seating.
                                                  

Polyform® Low Density Molded
(PLDM-VE)

Polyform® Low Density Molded – Visco Elastic (PLDM-VE) polyurethane foam is 4 – 7 lb/ft³ “memory-type” flexible foam based on polymeric MDI.  It is characterized by slow recovery, low rebound properties, and good cushioning quality.  It is designed to have a synergy of properties for applications requiring sound attenuation, isolation, thermal control, and specialty cushioning.

Other Typical Polyform Applications:  surgical positioning pads, wheelchair seating, lumbar pads, and head rests.