Product Profile of Industrial Purpose High Temperature Thermocouples

Industrial Purpose High Temperature Thermocouples come in various forms such as base metal, precious metal and exotic metal thermocouples, sheaths and insulators. These High Temperature Thermocouples are probes that can be used in inert, oxidizing, reducing or vacuum conditions. These High Temperature Thermocouples can function on maximum temperature that is based on the lowest maximum temperature of the element and insulation of the sheath material. Industrial Purpose High Temperature Thermocouples are heat resistant, safe to use and come in different specifications to suit specific requirement. Navin Corporation manufactures Industrial Purpose High Temperature Thermocouples. Navin Corporation is the supplier of instrumentation products and accessories such as thermocouple connectors, high temperature thermocouples, thermocouple compensating cables, metals and evaporation material targets, stainless steel thermowells, liquid level sensors, solid level sensors, ceramic tubes and insulators etc. This range of products finds application in glass, steel, heat treatment, aluminium, pharmaceutical, cement, power and chemical industries.

Key specifications of Industrial Purpose High Temperature Thermocouples:

• Base Metal Thermocouples: Chromel / Alumel [Type K], Nicrosil / Nisil [Type N], Type T, Type J and Type E for temp

• Precious Metal Thermocouples: Platinum / Rhodium based Type R, Type S and Type B

• Exotic Metal Thermocouples: Tungsten / Rhenium based Type C, Type D and Type G

• Sheaths & Insulators: For temperatures up to 150 Degree C, recrystallised high alumina [99.70%] is suggested and for higher temperature up to 220 Degree C, Hafnia as insulator and molybdenum or tantalum as sheathing is recommended




Key Features of Industrial Purpose High Temperature Thermocouples

• Come in various forms such as base metal, precious metal and exotic metal thermocouples, sheaths and insulators
• These probes can be used in inert, oxidizing, reducing or vacuum conditions
• The maximum temperature is based on the lowest maximum temperature of the element and insulation of the sheath material
• Depending on the sheath and insulation material selected