![]() ![]() ![]() Not appropriate for radiation, vacuum, or prolonged exposure to oil. Silicone rubber is a rugged, flexible elastomer material with excellent temperature properties, most suitable for larger heaters and industrial applications. Users install them by clamping them to heat sinks, and they offer the ultimate temperature and wattage capability for quick warmup. With etched foil elements sandwiched between mica layers. Mod-Tronic also carries MINCO all-polyimide heaters, a high-performance alternative to the standard polyimide model, enabling higher temperatures and watt densities. Their etched-foil heating technology offers quick, efficient thermal transfer. They are perfect for applications with space and weight limitations, or in which the heater is exposed to vacuum, oil, or chemicals. MINCO’s series of polyimide thermofoil heaters comprises thin, flexible heating solutions that work for temperatures from -200 to 200 degrees Celsius. High-performance alternative to standard polyimide This enormous selection of MINCO solutions includes several types of flexible thermofoil heaters: polyimide, mica, silicone rubber, transparent, and other examples. One of these manufacturers is MINCO, for whom Mod-Tronic remains the world’s largest stocking distributor of its innovative products. ![]() is a major Canadian supplier of industrial test and measurement instrumentation, one that partners with many esteemed international manufacturers to satisfy the needs of its customer base. Contact Minco to get started.Mod-Tronic carries all-polyimide flexible thermofoil heaters by MINCO. Minco works with its customers through engineer-to-engineer (E2E) interactions to tailor custom solutions for challenging thermal problems. Applications with high thermal loading or unique environments should be verified experimentally. Listed control temperatures and safety temperatures are valid for applications with low thermal loading, at the prescribed nominal voltage setting. This self-limiting behavior acts at every point along the surface of the heater, eliminating the risk of overheating in the event of delamination, poor contact, or environmental variations. In addition to providing consistent set point control for an object, each SmartHeat SLT heater is protected by a designed safety temperature. The desired set point is maintained without the need for controlling electronics. SmartHeat SLT heaters may be used over a wide range of voltages, enabling setup flexibility and ensuring system protection from power supply variation. The exact control temperature is determined by the heater design and thermal loading, including factors such as heatsink type, contact method, and environment temperature. They will produce high power when attached to a cold object and will rapidly heat that object within a prescribed control temperature range. Minco’s SmartHeat SLT heaters strive to maintain a constant temperature. Heats and controls fluid in humidification applications.Maintains constant temperature in medical reagent storage.Protects defense electronics in cold operating conditions.De-icing sensors, wings, flaps, and potable water in aircraft.Warming Lithium-ion batteries in aerospace or defense applications.Heat, sense, and control in a single package reduces total system cost.Thin, lightweight construction provides heat application where it’s needed.Inherent control reduces or eliminates the need for external regulating electronics.Patented innerlay polymer self-tunes to load changes to ensure temperature uniformity.SmartHeat SLT heaters prevent thermal runaways and overtemp conditions.Utilizing a patented polymer compound, SmartHeat SLT heaters pinpoint exactly when and where heat is required for thermal uniformity without the need for external control. Minco’s SmartHeat SLT (Self-Limiting Technology) line of heaters offers an efficient alternative to traditional heaters and temperature control devices, providing consistent thermal outcomes and self-tuning in dynamic environments.
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