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Alumina (99% Min. Purity) Protection Tubes
Ceramic Protection Tubes are used in applications where contamination from hostile environments or the cutting action of concentrated and direct flame impingement are factors. Such conditions usually require a noble metal thermocouple such as platinum and platinum alloys. Sags at 2900°F (1593°C) Prevents dry hydrogen penetration
Ceramic Protection Tubes are used in applications where contamination from hostile environments or the cutting action of concentrated and direct flame impingement are factors. Such conditions usually require a noble metal thermocouple such as platinum and platinum alloys. Sags at 2900°F (1593°C) Prevents dry hydrogen penetration
When selecting assemblies using ceramic components, the expected maximum temperatures must be considered. At elevated temperatures, some ceramic materials go through a glass phase. As silica is a prime contaminant of platinum, alumina protecting tubes and insulators are recommended for temperatures exceeding 2000°F (1093°C).
gas-tight protection for noble metal thermocouples in excess of 2400°F (1316°C)
Porcelain Protection Tubes
Ceramic Protection Tubes are used in applications where contamination from hostile environments or the cutting action of concentrated and direct flame impingement are factors. Such conditions usually require a noble metal thermocouple such as platinum and platinum alloys. Sags at 2550°F (1400°C) Prone to attack by halogen gases Some penetration of dryhydrogen Contains silica.
Ceramic Protection Tubes are used in applications where contamination from hostile environments or the cutting action of concentrated and direct flame impingement are factors. Such conditions usually require a noble metal thermocouple such as platinum and platinum alloys. Sags at 2550°F (1400°C) Prone to attack by halogen gases Some penetration of dryhydrogen Contains silica.
When selecting assemblies using ceramic components, the expected maximum temperatures must be considered. At elevated temperatures, some ceramic materials go through a glass phase. As silica is a prime contaminant of platinum, alumina protecting tubes and insulators are recommended for temperatures exceeding 2000°F (1093°C).
gas-tightprotection for noble metalthermocouples to2400°F (1316°C)
Metal Protection Tubes
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304 Stainless Steel Protection Tubes
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Embrittles in 800°F (427°C) to 1400°F (760°C) range.
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Embrittles in 800°F (427°C) to 1400°F (760°C) range.
Maximum Available Length (in): 12″ and over in 6″ increments
Typical Applicaitons:
Food and Dairy Products
Petroleum Products
Mild Acids
Alkalies
316 Stainless Steel Protection Tubes
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Greater corrosion resistance than 304 Stainless.
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Greater corrosion resistance than 304 Stainless.
Maximum Available Length (in): 12″ and over in 6″ increments
Typical Applicaitons:
Food and Dairy Products
Petroleum Products
Mild Acids
Alkalies
446 Stainless Steel Protection Tubes
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Excellent resistance to corrosion and oxidation at hightemperatures. Do not use in carburizing atmospheres.
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Excellent resistance to corrosion and oxidation at hightemperatures. Do not use in carburizing atmospheres.
Maximum Available Length (in): 12″ and over in 6″ increments
Typical Applicaitons:
Sulphurous Atmospheres such as HydrogenSulphid
Neutral Salt Baths
Black Steel Pipe per ASTM A120 Protection Tubes
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Low Cost
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Low Cost
Maximum Available Length (in): 12″ and over in 6″ increments
Typical Applicaitons:
Molten Babbitt
Tin
Lead
Magnesium
Cast Iron Protection Tubes
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Withstands sulphur and caustic solutions.
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Withstands sulphur and caustic solutions.
Maximum Available Length (in): 12″ thru 72″ in 6″ increments
Typical Applicaitons:
Molten Aluminum
Gas Ducts
Inconel 601® Protection Tubes
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Good resistance to corrosion at high temperatures Excellent resistance to oxidation at high temperatures. Do not use in carburizing atmospheres above 1000°F (538°C).
For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Good resistance to corrosion at high temperatures Excellent resistance to oxidation at high temperatures. Do not use in carburizing atmospheres above 1000°F (538°C).
Maximum Available Length (in): 12″ and over in 6″ increments
Typical Applicaitons:
Neutral Salt Baths
Carburizing and Nitriding Atmospheres
Other
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Request Custom Protection Tube
If your filter selections do not return your desired results from our standard configurations, please continue to select your Specifications. When you are finished, save your selections in the Wish List (using the button at the right of this page) and follow the steps to submit them to Tempco.
If your filter selections do not return your desired results from our standard configurations, please continue to select your Specifications. When you are finished, save your selections in the Wish List (using the button at the right of this page) and follow the steps to submit them to Tempco.
Request Custom Protection Tube If your filter selections do not return your desired results from our standard configurations, please continue to select your Specifications. When you are finished, save your selections in the Wish List (using the button at the right of this page) and follow the steps to submit them to Tempco. Other 1200°F (649°C) 1300°F (704°C) 1800°F (982°C) 2000°F (1093°C 2200°F (1204°C) 2550°F (1400°C) 3100°F (1700°C) Black Steel Cast Iron Ceramic Incolel® Materials Maximum Operating Temperature Stainles Steel Stainless Steel Porcelain Protection Tubes Ceramic Protection Tubes are used in applications where contamination from hostile environments or the cutting action of concentrated and direct flame impingement are factors. Such conditions usually require a noble metal thermocouple such as platinum and platinum alloys. Sags at 2550°F (1400°C) Prone to attack by halogen gases Some penetration of dryhydrogen Contains silica. When selecting assemblies using ceramic components, the expected maximum temperatures must be considered. At elevated temperatures, some ceramic materials go through a glass phase. As silica is a prime contaminant of platinum, alumina protecting tubes and insulators are recommended for temperatures exceeding 2000°F (1093°C). Thermal Shock Characteristics: Poor (preheating to900°F [482°C]recommended) Maximum Available Length (in): 84 Typical Applicaitons: Non-ferrous metals gas-tightprotection for noble metalthermocouples to2400°F (1316°C) Ceramic Protection Tubes Inconel 601® Protection Tubes For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Good resistance to corrosion at high temperatures Excellent resistance to oxidation at high temperatures. Do not use in carburizing atmospheres above 1000°F (538°C). Maximum Available Length (in): 12″ and over in 6″ increments Typical Applicaitons: Neutral Salt Baths Carburizing and Nitriding Atmospheres Metal Protection Tubes Cast Iron Protection Tubes For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Withstands sulphur and caustic solutions. Maximum Available Length (in): 12″ thru 72″ in 6″ increments Typical Applicaitons: Molten Aluminum Gas Ducts Black Steel Pipe per ASTM A120 Protection Tubes For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Low Cost Maximum Available Length (in): 12″ and over in 6″ increments Typical Applicaitons: Molten Babbitt Tin Lead Magnesium Alumina (99% Min. Purity) Protection Tubes Ceramic Protection Tubes are used in applications where contamination from hostile environments or the cutting action of concentrated and direct flame impingement are factors. Such conditions usually require a noble metal thermocouple such as platinum and platinum alloys. Sags at 2900°F (1593°C) Prevents dry hydrogen penetration When selecting assemblies using ceramic components, the expected maximum temperatures must be considered. At elevated temperatures, some ceramic materials go through a glass phase. As silica is a prime contaminant of platinum, alumina protecting tubes and insulators are recommended for temperatures exceeding 2000°F (1093°C). Thermal Shock Characteristics: Fair (preheating to900°F [482°C]recommended) Maximum Available Length (in): 84 Typical Applicaitons: Iron, Barium, crown glass non-ferrous metals gas-tight protection for noble metal thermocouples in excess of 2400°F (1316°C) 446 Stainless Steel Protection Tubes For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Excellent resistance to corrosion and oxidation at hightemperatures. Do not use in carburizing atmospheres. Maximum Available Length (in): 12″ and over in 6″ increments Typical Applicaitons: Sulphurous Atmospheres such as HydrogenSulphid Neutral Salt Baths 304 Stainless Steel Protection Tubes For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Embrittles in 800°F (427°C) to 1400°F (760°C) range. Maximum Available Length (in): 12″ and over in 6″ increments Typical Applicaitons: Food and Dairy Products Petroleum Products Mild Acids Alkalies 316 Stainless Steel Protection Tubes For longer life and continued accuracy, most thermocouples in industrial applications should be protected from physical damage, corrosion, and contamination by some type of protecting tube or well. Metal tubes selected to suit the temperature, pressure and atmosphere are generally used with base metal thermocouples. Greater corrosion resistance than 304 Stainless.
