Cross Linked Polyethylene Skins - 1/16"x72"x48"

When you need a solution that is easy to apply to a range of projects or areas, cross-linked polyethylene skins are the ideal solution. Made with a durable foam to offer longevity and performance, these skins give you all the power of this solution without as much bulk.

As one of the most trusted options on the market, cross-linked polyethylene foam is a reliably durable, fine-celled and chemically cross-linked, closed-cell foam. It is the ideal solution for an array of applications where dependable foam rubber sheets are necessary. This highly versatile and long-lasting foam combines a smooth, aesthetic feel with superior physical and chemical properties that will meet and surpass any professional standards. These skins provide resiliency against water and soiling and their firmer feel can soften more direct pressure, like springs or sharp gravel and rocks. From the durability to the appearance, these cross-linked polyethylene skins offer a reliable solution for your project. This solution is available in white and charcoal to help ensure the right outcome for your needs. If you have any questions about this solution, please Contact Us for further assistance today.

Standard Size: 1/16" x 72" x 48" (All dimensions are approximate, thickness has a range of 1/16" to 1/8")

Made in the USA.

• Resilient
• Excellent buoyancy
• Good thermal insulator
• Excellent strength and shock absorption
• Low water absorption
• Impervious to mildew, mold, rot, and bacteria
• Excellent chemical resistance
• Nontoxic and contains no CFCs, HCFCs, or hydrocarbon blowing agents
• Similar to Minicel in USA, Alveolit in Europe, and Softlon in Japan and Australia

Physical Data Sheet: Cross Linked Polyethylene (2LB Density) Physical Data Sheet

Manufacturing Tolerances
Products may carry a size tolerance depending on the style and job. Please see our Tolerance Table.

Blemishes/Imperfections
This product may contain blemishes, marks, and/or imperfections. These blemishes are aesthetic only, and will not impact the physical performance of the product.