VMQ is a silicone elastomer engineered for flexible gaskets and die-cut seals. Its primary advantage lies in its exceptional resistance to temperature extremes, UV exposure, and ozone. Precise mechanical properties and performance ratings depend on compound formulation.

American Biltrite provides an indicative temperature range of -62 to +232°C for IM-S60. The technical data sheet specifies that the maximum temperature rating refers to intermittent exposure and should not be interpreted as a continuous operating limit.

No applicable FDA compliance for the IM-S60 was confirmed in the manufacturer documentation reviewed. Food or pharmaceutical applications require an appropriate grade and specific certifications.

The IM-S60 technical data sheet specifies 60 ± 5 Shore A, measured in accordance with ASTM D2240. This is an intrinsic material property, not a pressure rating for an assembled seal.

American Biltrite specifies sheeting in nominal thicknesses of approximately 1.6 mm, 3.2 mm, and 6.35 mm, depending on the roll format. Documented widths are 36 inches and, for select thicknesses, 48 inches. Please note this does not guarantee active VAMECA inventory.

Standard VMQ silicone is not recommended for many fuels and mineral oils, particularly under prolonged exposure. Depending on your media, an NBR, FKM, or specialty grade elastomer will offer superior performance and compatibility.

Not without prior validation of the material grade, operating temperature, and duty cycle. Standard silicone may not be suitable for specific steam or continuous hot water applications; EPDM, PTFE, or graphite should be considered depending on your process parameters.

VMQ silicone offers distinct advantages for extreme temperature ranges and UV resistance. EPDM is often the preferred choice for water service, specific hot water systems, and outdoor environments. The precise compound formulation remains critical to performance.

There is no universal pressure rating for silicone sheet material. IM-S60 technical datasheets do not specify a flange operating pressure; this depends on flange geometry, gasket thickness, surface finishes, bolt torque, and the process fluid.

Our team can evaluate and produce custom flat gasket cutting based on your drawings, CAD files, physical samples, or field measurements. To ensure optimal material selection, please specify your operating temperature, pressure, media, required thickness, and quantity.