Thanksgiving Deal Ika 20114304 Pt 100.300 Temperature Sensor 300 Mm Instant 65% Discount [TtXqfD58]

IKA PT 100.300 Temperature Sensor 300 MM

Introducing the IKA 20114304 PT 100.300 Temperature Sensor, a precision instrument designed for accurate temperature measurement in various applications. This robust sensor features a PTFE coating, ensuring durability and resistance to chemicals and high temperatures. With a length of 300 mm and a diameter of 8 mm, it is perfectly suited for use in reactor vessels with volumes ranging from 500 ml to 1000 ml. The PT 100.300 sensor is a reliable choice for researchers, engineers, and professionals who demand precision and reliability in their temperature monitoring needs.

Product Specifications

The IKA PT 100.300 Temperature Sensor is crafted from high-quality PTFE material, providing excellent chemical resistance and durability. Key specifications include a length of 300 mm and a diameter of 8 mm, making it versatile for a wide range of applications. This sensor is designed to be compatible with reactor vessels, such as the SY 500 and SY 500 D, as well as the SY 1000 and SY 1000 D, ensuring seamless integration into your laboratory setup. The following features highlight the benefits of this temperature sensor:

• PTFE Coated for enhanced chemical resistance and durability.
• 300 mm Length for extended reach and flexibility.
• 8 mm Diameter for easy insertion and removal.

Practical Applications and Benefits

The IKA PT 100.300 Temperature Sensor is an essential tool for professionals in various industries, including research, pharmaceuticals, and chemical manufacturing. Its precise temperature measurement capabilities make it ideal for monitoring and controlling reactions in reactor vessels with volumes of 500 ml to 1000 ml. The following scenarios demonstrate the practical benefits of this sensor:

• Research Laboratories: Accurately measure and control temperatures during experiments and reactions.
• Pharmaceutical Industry: Ensure consistent and controlled conditions for the synthesis of pharmaceutical compounds.
• Chemical Manufacturing: Monitor and optimize reaction temperatures for efficient production processes.