In-Spec Spectrophotometric Standards (read more)

Introduction to Thermal Controls. We have been making bimetallic thermal control devices to make and break electrical circuits for almost a half century. Although the technology behind bimetallic thermal controls has remained essentially the same during this time, the manufacturing technology we use to make these devices has taken quantum leaps forward. (read more)

The AP thermistor uses new production techniques to create an interchangeable thermistor at a fraction of the cost of conventional NTCs. The AP is interchangeable to +/-0.5°C (0-70C) and better than +/-0.2°C over 5-40°C thus making it ideal for thermostat applications. It is also extremely stable from -60/+150°C making it highly suitable for automotive and appliance applications. (read more)

Silverson high shear mixers are leaders in the food, chemical, pharmaceutical and personal care industries. View a brief video demonstration and learn how Silverson mixers can be used to help improve your product. (read more)

While requirements will vary depending on the product that you are interested in certifying, NSF's electrical certification process typically follows these seven steps----- (read more)

Leaded NTC thermistors are some of the most versatile temperature sensors available to the design engineer. These products are offered in many different lead configurations, uninsulated or insulated, and with coating/encapsulation sizes ranging from 0.125 in OD down to 0.020 in OD. (read more)

RTI Electronics has extensive experience in designing thermistors to suit the specific needs of users for a wide range of applications. RTI Electronics has produced components from simple consumer sensors to hybrid substrates for critical satellite applications. (read more)

Because of its unique metalization technology [patent/patents pending] and superior thermistor processing technology, the Cornerstone Sensors, Inc. T150 Series NTC thermistor is a lower cost alternative to interchangeable, glass encapsulated thermistors when the NTC thermistor must be exposed continuously to temperatures up to 150 °C. (read more)

RTI manufactures precision resistance-temperature matched ACCU-CURVE™ thermistors. These devices offer interchangeability over a broad temperature range and eliminate the need to individually calibrate or provide circuit compensation for part variability. Accurate temperature measurement to ±0.2°C is available over the 0°C to 70°C temperature range. (read more)

NTC thermistors are widely used for temperature monitoring, control and compensation in a variety of consumer electronics applications. One of such applications is a rechargeable battery, in which a thermistor is used inside a battery pack to secure the performance of today's fast-charging, large capacity battery. (read more)