Fluoroplastic hose
Fluoroplastic hoses - The perfect solution for extreme requirements
Fluoroplastic hoses, such as PTFE, FEP and PFA, are indispensable components in numerous industrial applications where the highest demands are placed on chemical resistance, temperature tolerance and hygiene. Due to their exceptional properties, these hoses are used in a wide range of sectors such as electrical engineering, electronics, medical technology, the pharmaceutical industry, chemicals, laboratory technology and control technology as well as the food industry.
Teflon tubing, known for its high chemical resistance and thermal stability, meets strict requirements for electrical insulation and application safety. Their smooth, non-adhesive surfaces prevent deposits and make cleaning easier, which makes them particularly suitable for hygienically sensitive areas. They play a decisive role in medical technology and the pharmaceutical industry, as they are both biocompatible and can be sterilized.
In chemical and laboratory technology, they enable the safe transportation of aggressive chemicals without risking material changes or contamination. Their high durability and reliability also make them a sustainable solution in demanding environments. Fluoroplastic hoses are therefore synonymous with quality and functionality in innovative and complex fields of application.
Teflon tubing, known for its high chemical resistance and thermal stability, meets strict requirements for electrical insulation and application safety. Their smooth, non-adhesive surfaces prevent deposits and make cleaning easier, which makes them particularly suitable for hygienically sensitive areas. They play a decisive role in medical technology and the pharmaceutical industry, as they are both biocompatible and can be sterilized.
In chemical and laboratory technology, they enable the safe transportation of aggressive chemicals without risking material changes or contamination. Their high durability and reliability also make them a sustainable solution in demanding environments. Fluoroplastic hoses are therefore synonymous with quality and functionality in innovative and complex fields of application.
- Outstanding chemical and temperature resistance - Ideal for aggressive media and extreme conditions.
- Hygienic and easy to clean - Perfect for sensitive applications in the food and pharmaceutical industries.
- Durable and reliable - High load capacity and resistance to wear for sustainable solutions.
Standard and customized fluoroplastic hoses
FEP hose
- FEP hose made of fluoroplastic / Teflon
- Transparent
- Electrical versions
- Use up to + 205 °C
- Good drawability
- High gas and vapor resistance
- High chemical resistance
- USP class VI
- Microelectronics, electronics, analytical technology, medical technology
- Sizes: metric
FEP heat shrink tubing 2:1
- FEP heat shrink tubing 2 : 1
- Transparent, crystal clear
- Shrink temperature 175 °C
- FHS variant available with 110 °C shrink temperature
- High resistance to chemicals and cleaning agents
- Sterilizable
- Flame retardant UL 94 V-0
- Use as splinter protection in the area of lights and neon lights
FEP shrink tubing 1.3 : 1 and 1.6 : 1
- FEP heat-shrink tubing 1.3 : 1 and 1.6 : 1
- Transparent, crystal clear
- Shrink temperature 175 °C
- FHS variant available with 110 °C shrink temperature
- High resistance to chemicals and cleaning agents
- Used as splinter protection for UV lights and neon lights
FEP heat shrink tubing 110 °C
- FEP heat shrink tubing
- For temperature-critical goods such as sensors, thermometers, PVC, etc.
- Shrink temperature 110 °C
- Time-saving due to lowest shrink temperature
- Highest resistance to chemicals and cleaning agents
- Can also be used as splinter protection for UV lights and neon lights
FEP roller coating with shrinkage
- Roller coating for longer roller service life
- Homogeneous FEP layer prevents contamination
- Best chemical resistance to solvents and chemical substances
- High temperature resistance
- Abrasion and moisture resistance due to Teflon coating
FEP/EFEP double-wall shrink tubing
- Dualwall FEP/EFEP
- Dualwall for moisture-proof encapsulation
- For extreme stresses
PFA hose
- PFA tubing made of fluoroplastic / Teflon
- Highly transparent, crystal clear
- Electrical versions
- Use up to + 260 °C
- Highest chemical resistance
- USP class VI
- Microelectronics, electronics, analysis technology, medical technology
- Sizes: metric
PTFE hose
- PTFE tube made of fluoroplastic / Teflon
- Transparent - milky
- Colored versions also available
- Electrical versions
- Also in Sub-Lite-Wall
- Use up to + 260 °C
- High chemical resistance
- USP class VI
- Microelectronics, electronics, analytical technology, medical technology
- Sizes: metric, AWG, inch
PTFE heat shrink tubing 2 : 1
- Shrinkage rate 2:1
- Natural colors
- Shrink temperature 340°C
- Continuous operating temperature -200°C to +260°C
- biocompatible according to USP Class VI on request
PTFE shrink tubing 4:1
- PTFE shrink tubing 4 : 1
- Natural colors
- Shrink temperature 340°C
- Continuous operating temperature -200°C to +260°C
- biocompatible according to USP class VI on request
PTFE heat-shrink tubing Sub-Lite-Wall
- PTFE shrink tubing Sub-Lite-Wall
- Individual shrink rate
- Natural color
- Sizes: AWG 34 - 0
- Shrink temperature 340°C
- Continuous operating temperature -200°C to +260°C
- Biocompatible according to USP Class VI on request
PTFE-FEP double-wall shrink tubing
- Double wall PTFE - FEP
- Dualwall for moisture-proof encapsulation
- For extreme stresses
Do you have any questions about our range of fluoroplastic hoses?
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Buy fluoroplastic hoses in a variety of designs
Our range of fluoroplastic hoses offers you the perfect solution for demanding applications. Whether PTFE, FEP or PFA - we offer high-quality hoses that meet the highest requirements for resistance to chemicals, heat and mechanical stress. Thanks to their hygienic and durable properties, they are ideal for sectors such as the food and pharmaceutical industries.
Our fluoroplastic hoses are available in all versions and can be purchased directly from us, so you are guaranteed to find the right variant for your individual needs. With smooth, easy-to-clean surfaces and outstanding functionality, our hoses stand for reliability and safety. Buy fluoroplastic hoses in all versions now and benefit from impressive quality.
Our fluoroplastic hoses are available in all versions and can be purchased directly from us, so you are guaranteed to find the right variant for your individual needs. With smooth, easy-to-clean surfaces and outstanding functionality, our hoses stand for reliability and safety. Buy fluoroplastic hoses in all versions now and benefit from impressive quality.
What can we do for you?
Contact our product experts
Marco Saner
Head of Internal Sales Electrical Engineering, Sales & Product Management
+41 44 927 26 51
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Fluoroplastic hose
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Do not hesitate to contact us, we will be happy to advise you personally.
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Further information on fluoroplastic hoses
What are the special properties of a fluoroplastic hose?
Fluoroplastic hoses, such as PTFE, FEP and PFA, are characterized by their exceptional chemical resistance and high temperature tolerance, which can range from -200 °C to +260 °C. They are electrically insulating, mechanically stable and offer excellent non-stick properties. They are also extremely resistant to UV radiation and weathering, which makes them suitable for outdoor use.
Their smooth surfaces prevent deposits and facilitate cleaning, making them ideal for hygienically sensitive applications. They are also physiologically harmless, which makes them suitable for use in food and medical technology. These unique properties make fluoroplastic hoses the preferred choice in numerous industries.
Their smooth surfaces prevent deposits and facilitate cleaning, making them ideal for hygienically sensitive applications. They are also physiologically harmless, which makes them suitable for use in food and medical technology. These unique properties make fluoroplastic hoses the preferred choice in numerous industries.
What are the differences between PTFE, FEP and PFA hoses?
PTFE (polytetrafluoroethylene) offers the highest temperature resistance and exceptional chemical resistance, but is mostly used in more rigid applications. FEP (fluoroethylene propylene) offers similar chemical properties but is more flexible and transparent, making it suitable for visual monitoring in processes. PFA (perfluoroalkoxy) combines the properties of PTFE and FEP, but is even more flexible and can handle higher temperatures with similar chemical requirements.
PFA is often used where greater flexibility and temperature tolerance are required without compromising on chemical resistance. The difference in physical properties such as transparency, flexibility and thermal stability determines the choice of suitable material for a specific application. However, all three types are characterized by outstanding resistance and durability.
PFA is often used where greater flexibility and temperature tolerance are required without compromising on chemical resistance. The difference in physical properties such as transparency, flexibility and thermal stability determines the choice of suitable material for a specific application. However, all three types are characterized by outstanding resistance and durability.
For which industries are fluoroplastic hoses particularly suitable?
Fluoroplastic hoses are used in a variety of industries, especially where extreme requirements are made. They are frequently used in the food and pharmaceutical industries due to their physiological harmlessness and ease of cleaning. Chemical and laboratory technology benefits from their chemical resistance, which enables the safe transportation of aggressive liquids and gases.
In medical technology, they are valued for their biocompatibility and sterilizability. Electrical engineering and electronics use them for their excellent insulating properties. They are also used in the automotive and aviation industries due to their temperature resistance and durability in demanding environments. Their versatility makes them an indispensable component of modern technologies.
In medical technology, they are valued for their biocompatibility and sterilizability. Electrical engineering and electronics use them for their excellent insulating properties. They are also used in the automotive and aviation industries due to their temperature resistance and durability in demanding environments. Their versatility makes them an indispensable component of modern technologies.
Why are fluoroplastic hoses particularly suitable for hygienic applications?
Fluoroplastic hoses have extremely smooth and non-stick surfaces that prevent the build-up of particles, bacteria or residues. They are completely inert, i.e. they do not react with media that are transported through them, which prevents contamination. These properties make them easy to clean and ensure maximum hygiene, especially in the food, pharmaceutical and medical technology sectors.
They are also temperature-resistant and can be easily sterilized, for example using steam or chemicals. Their material is FDA-compliant and meets all relevant hygiene standards, which facilitates their approval for sensitive applications. These hoses guarantee safety and purity in critical processes.
They are also temperature-resistant and can be easily sterilized, for example using steam or chemicals. Their material is FDA-compliant and meets all relevant hygiene standards, which facilitates their approval for sensitive applications. These hoses guarantee safety and purity in critical processes.
What temperatures and media can be transported safely with fluoroplastic hoses?
Fluoroplastic hoses are designed for a wide temperature range from around -200 °C to +260 °C, making them suitable for both cryogenic applications and high-temperature processes. They can easily transport aggressive chemicals such as acids, alkalis, solvents and oils without the material being affected.
Gas transports, including highly reactive gases such as chlorine or ammonia, are also safely possible. Thanks to their high temperature and chemical resistance, they remain dimensionally stable and safe even under extreme conditions. They are also resistant to pressure and vacuum loads, depending on the wall thickness and design. Their versatility and reliability make them an indispensable solution in demanding industrial environments.
Gas transports, including highly reactive gases such as chlorine or ammonia, are also safely possible. Thanks to their high temperature and chemical resistance, they remain dimensionally stable and safe even under extreme conditions. They are also resistant to pressure and vacuum loads, depending on the wall thickness and design. Their versatility and reliability make them an indispensable solution in demanding industrial environments.
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