Other Products / Services #4977906

They are ideal for extreme temperature environments. Polyimide (kapton) heaters are constructed of a flexible lightweight organic polymer thin film with high dielectric capabilities while providing superior resistance to most solvents, oils, even radiation.

Utilizing state of the art heater technology, Durex manufactures precision cast-in bake platens specifically for semiconductor processing 200mm, 300mm, and 450mm wafers. The cast-in platen heaters are cast of pure aluminum (99.7%) to insure maximum operating temperatures of 450C (842F) with minimum risk of process contamination. The casting process is controlled to eliminate any defects in the machined surface or casting body that would be caused by porosity. A mineral insulated heating element is distributed throughout the casting to provide surface temperature uniformity of 1% or better of the process operating temperature. An available hard-anodized finish provides an abrasion-resistant dielectric barrier on the working surface of the cast-in bake platen heater.

The standard cast-in pedestal heater manufactured by Durex for semiconductor processing is designed to provide a quick solution for wafer processing applications. These cast-in heaters are designed specifically for 200mm, 300mm, and 450mm wafers. The standard design eliminates the need for costly tooling and mold design associated with new design custom heaters. They are ideal for research and development, rapid prototypes, and emergency repair requirements. A variety of options can be incorporated into the final cast-in product to customize the design for specific application requirements. These include a hard-anodized surface, lift pin holes, vacuum channels, and several electrical termination styles.

The TAM style adjustable melt bolt thermocouple probe has a movable probe activated by an inner screw mechanism. The probe can be immersed into or withdrawn from the plastic melt stream while the extruder is in full operation at maximum flow rates and pressures.

Durex offers complete microprocessor-based, multi-function custom temperature controller packages that are designed for a user-friendly interface. Time, temperature, humidity, speed and motion can be monitored and controlled in a single package. Typical applications for our temperature controllers have been found in packaging, medical, foodservice, and a host of other process applications that require precision temperature control of multiple variables. Our real value is our ability to deliver exactly what you want in a temperature control package. The process does not begin by trying to sell you a temperature control package that "works for someone else". Your requirements and critical parameters are combined to produce the system that works for you. Our engineering assists you from concept through prototypes and production.

Radiant Heating Panels are designed for thermal precision and robustness in large sizes for conveyor furnace, roll-to-roll (web) furnaces and single piece vacuum chambers. The cable (coil) or tubular heater layout is optimized for the equipment design and specified temperature profile. Product Features: Dimensions < 2.5 sq meters (26.91 sq. ft.)Operating temperature < 700C (1292 F)Stainless steel reflective panelVacuum flangesIntegrated RTD or thermocouple sensor assemblies

Reliable and robust industrial thermocouples provide fast temperature response, can be applied in most temperature measurement and control applications, and are a cost effective solution. A thermocouple junction is a single point junction between two dissimilar metals. This junction creates a known millivolt level signal that changes as the process temperature increases or decreases. The millivolt signal is used as the temperature measurement input to a temperature controller. Depending on an application's process temperature range, accuracy specifications, and material compatibility, thermocouples are available in Type E, Type J, Type K, Type R, Type S, Type T and other dissimilar metals. Durex Industries manufactures thermocouples that can be designed with grounded or ungrounded junctions and housed in insulated sheath materials that are designed for best form fit in the applications.