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In aluminum extrusion production, the maximum output is primarily determined by the extrusion speed, whereas the quality of the aluminum profiles depends on their temperature upon leaving the die. As the extrusion speed increases, the temperature of the aluminum profiles as they exit the die rises significantly. When this temperature exceeds a certain threshold, various problems arise regarding the structural properties and surface quality of the aluminum material. Therefore, it is necessary to continuously monitor and measure the temperature at the exit of the aluminum material in order to ensure both the production volume and the quality of the aluminum profiles. Therefore, temperature monitoring at the exit of aluminum profile extrusion is particularly important. High-precision infrared temperature sensors feature high accuracy and good stability; for specific applications, please contact us. Advantages of infrared temperature measurement devices: 1. Fast response time, high precision ； 2. Enables 24/7 continuous real-time temperature monitoring; safe and durable ； 3. Laser aiming with good stability, especially suitable for measuring small targets at high temperatures ； A response time of 4–10 milliseconds and a repeatability accuracy of ±0.3% ensure that your requirements for fast and accurate temperature measurement are met. It is mainly used for: 1. Quenching temperature measurement: high-frequency, medium-frequency, and ultrasonic quenching of workpieces such as gears, bearings, disks, crankshafts, camshafts, sprockets, machine tool guides, hub bearings, swivel bearings, raceways, gear rings, steel collars, individual teeth, turntable bearings, rolling mill bearings, and rollers. 2. Forging temperature measurement: hot forging, hammering, and pre-forging heating of forged products such as hot steel, brass, and rods. 3. Temperature measurement for annealing and tempering: Bright online continuous high-frequency solution annealing and tempering of stainless steel, welded pipes, steel pipes, copper pipes, carbon steel pipes, bellows, titanium alloy pipes, steel wires, copper wires, iron wires, titanium alloy wires, drawn steel bars, copper bars, etc. 4. Heating and through-thickness temperature measurement: used in the heat treatment industry for medium-frequency through-thickness heating furnaces for long and short bars, induction heating of various components, heating of ultra-fine wires and bars, etc. 5. Special temperature measurement for aluminum materials: heat transmission in aluminum bars, thermal processing during aluminum extrusion, heating of aluminum tubes and wires, etc. 6. Temperature measurement in metal melting: molten steel, molten iron, copper melt, aluminum melt, stainless steel melt, precision casting, various medium-frequency melting furnaces, etc. Configuration: A complete set of devices including an infrared thermometer and a temperature control display; after purchase, the user can connect it to a 220V power supply and start using it right away – it’s simple and convenient. The temperature-controlled display can be used to achieve automatic control of the high and low temperatures of the heating device, as well as to provide alerts.