Sher-Loxane® 800 is a versatile, high-performance epoxy siloxane hybrid that combines the properties of both a high-performance epoxy and a polyurethane. Sher-Loxane 800 is a multi-component product. Ensure all required components are purchased for complete product performance. All prices displayed are for U.S. Sherwin-Williams locations and are in U.S. Dollars. Prices do not include taxes or other fees as applicable. SHER-LOXANE™ 800 coating is a versatile, high-performance polysiloxane exhibiting a glossy final appearance: Provides long-term protection and improved durability for the most aggressive and highly corrosive environments Sher-Loxane 800 is a versatile, high performance, two component polysiloxane (epoxy siloxane hybrid) that combines the properties of both a high performance epoxy and a polyurethane. Sherwin-Williams Sher-Loxane 800 is an advanced polysiloxane coating that helps you reduce total operational costs with corrosion protection for a wide range of applications. Made for long-term asset protection in the most aggressive service conditions, Sher-Loxane 800 coating is a high-solids, high-gloss epoxy polysiloxane that delivers ease of use and cost savings, as well as enhanced aesthetics and durability. SHER-LOXANE 800 (LSA) is a high performance, two-component polysiloxane (epoxy siloxane hybrid) that combines the properties of both a high performance epoxy and a polyurethane. SHER-LOXANE 800 is a versatile, high performance, two component polysiloxane (epoxy siloxane hybrid) that combines the properties of both a high performance epoxy and a polyurethane. A two-component, isocyanate-free polysiloxane finish. Sher-Loxane ® 800 is a versatile, high-performance epoxy siloxane hybrid that combines the properties of both a high-performance epoxy and a polyurethane. Interested in learning more or purchasing this product? SHER-LOXANE 800 is a versatile, high performance, two component polysiloxane (epoxy siloxane hybrid) that combines the properties of both a high performance epoxy and a polyurethane.