Heated Hoses with PTFE Liner for Analytical Measurement Applications
As a specialist in hose technology, RCT presents heated hoses and heatable hoses designed for exhaust gas monitoring and flue gas measurement. Heated hoses are used for air monitoring and thus for the detection of pollutants in the atmosphere, specifically in industrial process analysis.
Their primary fields of application include engine test benches in combustion engine development as well as test stands for statutory emissions testing and vehicle certification.
The hoses feature a PTFE liner (THOMAFLON) to ensure that even aggressive gases such as NO, NO₂, SO₂/SO₃ can be reliably included in emissions monitoring.
PTFE Heated Hoses for Analytical and Process Applications
These heated PTFE hoses are specifically designed for the transfer of temperature-sensitive media in analytical and process engineering. With a PTFE (polytetrafluoroethylene) inner liner and a robust outer jacket reinforced with stainless-steel braiding, they provide outstanding chemical and thermal resistance at temperatures ranging from 100 °C to 250 °C.
The multilayer design of these heated hoses—consisting of a PTFE liner, stainless-steel braid, PTFE-coated heating element, and double-layer fiberglass fabric with a silicone foam sheath—ensures optimal heat transfer combined with high mechanical stability. An additional PA textile braid serves as protective cover against external influences.
Heated Hose: Diameters and Sizes
The hoses are available in inner diameters of 4–8 mm and outer diameters of 6–10 mm, with various lengths ranging from 1 to 5 m. The integrated heating system with 230 V/50 Hz and a power consumption of 100 W/m enables precise temperature control, monitored by a Pt100 temperature sensor. Especially important for analytical applications: a bending radius of 200 mm allows flexible installation in confined spaces.
Applications of Heated Hoses
The main areas of use for these heated hoses include flue gas measurement, exhaust monitoring, and process analytics, where they ensure frost-protected sample transfer. In the food industry, mechanical engineering, and the chemical sector, they are employed for temperature-controlled transport of viscous or molten media.
Resistance and Technical Data
Electrically heated or heatable hoses are designed for operating temperatures of +100 °C, +200 °C, and +250 °C depending on the hose dimension. Power consumption is 100 W/m, and the sensor is specified as Pt100. With dielectric strength up to 2,000 V and operating pressures up to 15 bar at +200 °C, they the highest safety standards for industrial applications.
Order Heated Hoses Online at rct-online.de/en
The range of heated hoses is available from stock and can be ordered directly via our online shop at www.rct-online.de. Additional chemical and technical information on the materials can be found in our glossary. Using our electronic resistance list, you can easily determine the most suitable material for your application. Our team will be glad to assist you in finding the right hose & tube technology, tube & hose connectors, and other laboratory equipment.
Heated Hoses with PTFE Liner for Analytical Measurement Applications
As a specialist in hose technology, RCT presents heated hoses and heatable hoses designed for exhaust gas monitoring and...
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Heated Hoses with PTFE Liner for Analytical Measurement Applications
As a specialist in hose technology, RCT presents heated hoses and heatable hoses designed for exhaust gas monitoring and flue gas measurement. Heated hoses are used for air monitoring and thus for the detection of pollutants in the atmosphere, specifically in industrial process analysis.
Their primary fields of application include engine test benches in combustion engine development as well as test stands for statutory emissions testing and vehicle certification.
The hoses feature a PTFE liner (THOMAFLON) to ensure that even aggressive gases such as NO, NO₂, SO₂/SO₃ can be reliably included in emissions monitoring.
PTFE Heated Hoses for Analytical and Process Applications
These heated PTFE hoses are specifically designed for the transfer of temperature-sensitive media in analytical and process engineering. With a PTFE (polytetrafluoroethylene) inner liner and a robust outer jacket reinforced with stainless-steel braiding, they provide outstanding chemical and thermal resistance at temperatures ranging from 100 °C to 250 °C.
The multilayer design of these heated hoses—consisting of a PTFE liner, stainless-steel braid, PTFE-coated heating element, and double-layer fiberglass fabric with a silicone foam sheath—ensures optimal heat transfer combined with high mechanical stability. An additional PA textile braid serves as protective cover against external influences.
Heated Hose: Diameters and Sizes
The hoses are available in inner diameters of 4–8 mm and outer diameters of 6–10 mm, with various lengths ranging from 1 to 5 m. The integrated heating system with 230 V/50 Hz and a power consumption of 100 W/m enables precise temperature control, monitored by a Pt100 temperature sensor. Especially important for analytical applications: a bending radius of 200 mm allows flexible installation in confined spaces.
Applications of Heated Hoses
The main areas of use for these heated hoses include flue gas measurement, exhaust monitoring, and process analytics, where they ensure frost-protected sample transfer. In the food industry, mechanical engineering, and the chemical sector, they are employed for temperature-controlled transport of viscous or molten media.
Resistance and Technical Data
Electrically heated or heatable hoses are designed for operating temperatures of +100 °C, +200 °C, and +250 °C depending on the hose dimension. Power consumption is 100 W/m, and the sensor is specified as Pt100. With dielectric strength up to 2,000 V and operating pressures up to 15 bar at +200 °C, they the highest safety standards for industrial applications.
Order Heated Hoses Online at rct-online.de/en
The range of heated hoses is available from stock and can be ordered directly via our online shop at www.rct-online.de. Additional chemical and technical information on the materials can be found in our glossary. Using our electronic resistance list, you can easily determine the most suitable material for your application. Our team will be glad to assist you in finding the right hose & tube technology, tube & hose connectors, and other laboratory equipment.
