The core advantages of the K-type magnetic temperature probe

1. Extremely strong convenience and installation flexibility

Strong magnetic adsorption: The probe tail integrates a high-strength permanent magnet, which can instantly adsorb onto the surface of iron materials (such as boilers, pipelines, reactors, hydraulic systems, etc.). There is no need for welding, drilling or the use of cumbersome fixtures, which greatly saves installation time and cost.

Immediate application and measurement, flexible mobility: It is highly suitable for temporary detection, mobile monitoring, or situations where measurement points need to be frequently changed. After the measurement is completed, it can be easily removed without any residue and will not damage the surface of the equipment.

2. Outstanding temperature measurement performance and reliability

Fast response: Due to direct contact with the surface and ensuring heat conduction through magnetism, the probe can quickly sense temperature changes and provide near real-time measurement data, making it highly suitable for monitoring dynamic temperature processes.

Wide temperature range: The K-type thermocouple itself has a wide temperature measurement range from -50°C to +1250°C (the specific range depends on the temperature resistance of the probe wire and magnet), which can meet the high and low temperature measurement requirements of the vast majority of industrial scenarios.

Accuracy and stability: K-type thermocouples have mature technology and stable performance, and can provide reliable and accurate temperature readings.

3. Excellent industrial applicability and durability

Sturdy structure: It usually adopts a high-temperature resistant and corrosion-resistant metal casing and shielded cables, capable of withstanding harsh industrial environments, including oil stains, dust and a certain degree of mechanical shock.

High-temperature applications: The core magnet part typically uses high-temperature resistant materials such as samarium cobalt (SmCo) magnets to ensure that the magnetic property does not decline and can operate continuously and reliably in high-temperature environments (usually up to over 350°C).

4. Economic benefits and multi-functionality

Cost savings: Eliminated the expense of permanently installing sensors. A magnetic probe can be used for the inspection and maintenance of multiple devices, with a high return on investment.

Multi-functional solution: It is an ideal tool for predictive maintenance of equipment, process optimization, fault detection and regular safety inspections. It is widely applied in industries such as HVAC, plastic molding, food processing, energy and power, and automotive manufacturing.