Zotefoams, Inc. Datasheets for Foam Cores

Foam cores and foam core materials are low density, high porosity materials used between structural skins to form a cored laminate with increased stiffness. Industrial foams consist of low density elastomers, plastics, or other materials with internal open or closed porosity.
Foam Cores: Learn more

Product Name Notes
High performance closed cell, cross-linked Nylon foam based on Polyamide 6. ZOTEK® N combines all the recognised benefits of nylon with the advantages of a foam. Excellent temperature performance (up...
Closed cell cross-linked polyethylene foam. A wide range of polymer combinations is available to give increased stiffness, improved temperature resistance and improved mouldability. Plastazote® foams are engineered to offer...
Closed cell cross-linked ethylene copolymer foam. Evazote® foams are tougher and more resilient than Plastazote foams. Evazote® foams are available in: a range of densities from 30kg/m3...
PVDF (polyvinylidene fluoride) High performance closed cell, cross-linked fluoro-polymer foam based on fluoride. ZOTEK®​ F foams are inherently flame retardant releasing very little heat and only small quantities...
Super soft, closed cell, cross-linked ethylene copolymer foam. The softest foam in the AZOTE® range, recommended for “soft-touch” applications where covering is not required Supazote® foams are available...
The clean technology insulation system for 21st Century cleanroom environments; designed to improve cost efficiency and eliminate risk T-FIT® Clean is the new name for T-TUBES® outside...
ZOTEK®​ F Aviation Interiors Grades OSU Flexible OSU Semi-rigid OSU Rigid ZOTEK®​ F General Aviation Grades F30 BMS 8-371D; AIMS04-14-009 F38 HT BMS 8-371D; AIMS04-14-009 F74...
ZOTEK® F Insulation Construction & Electronics Grades F35 F40 HT (High Temperature resistance up to 160ᵒC / 320ᵒF) F75 HT F40 HT LS (High Temperature, Low Smoke) (listed to...
Flammability Performance meets stringent aviation interior flammability requirements. ZOTEK® F also meets BMS 8-371D & AIMS04-14-009. Its OSU grades meet FAR 25.853(d) and exhibit exceptionally low heat release.