Stainless Steel |
Biotechnology Chemistry Laboratory Pharmaceutical Technology |
- Suitable for applications with extreme temperatures
- suitable for vacuum applications, as stable and tight
- Corrosion resistant
- does not react with most chemicals
- for transporting gases and vapours, as gases are neither absorbed nor allowed to pass through
|
High pressure resistance, Temperature 163 up to 454 °C |
EFTE (EthyleneTetrafluorethylene) |
Biotechnology
Food Industry Pharmaceutical Technology |
- good chemical resistance to acids, alkalis and solvents
- for transporting aggressive or corrosive substances without damaging the hoses or causing a chemical reaction
- good mechanical properties, flexible and resistant
- sterilisable, autoclavable
|
Temperature -100 °C up to +150 °C |
FEP (Fluorethylene propylene) |
Chemistry Laboratory Food and filling Industry Medical Technology Pharmaceutical Technology |
- good chemical resistance, resistant to almost all chemically aggressive media
- UV-stable
- flame retardant
- Physiologically safe, free from extractable agents
- UV-stableNon-adhesive surface, very good sliding characteristics
- Non-porous, gastight, ideal for aggressive and pure liquids or gases
- transparent and translucent
- easy to clean, Can be sterilized in Gamma, ETO, E-Beam and in autoclaves
|
Temperature -200 °C up to +200 °C |
FPM (Fluor-rubber) |
Analysis Technology Biotechnology Chemistry Laboratory Hygiene applications Medical Technology Process Engineering |
- high resistance to hydrocarbons, mineral, vegetable and animal oils, aromatic and chlorinated solvents, many acids, alkalis and oxidising agents
- mechanically stable
- high abrasion resistance
- easy to clean
- resistant to ageing and weathering
|
Temperature 18 °C up to 232 ° |
FS (Fused Silica) |
Chemical Technology Micro and Nano-HPLC Capillary-, GC-, LC- and bioanalytical applications |
- Resistant to many acids, alkalis, solvents and aggressive chemicals
- high heat resistance
- low thermal conductivity
- suitable for use in cleaning systems and filtration
- optical clarity, therefore used in optical application
|
Temperature up to 1.000 °C |
PA/Nylon (Polyamide) |
Chemistry Laboratory Food Industry Medical Technology Pharmaceutical Technology |
- high resistance to greases, oils and a wide range of chemicals and solvents
- high abrasion resistance
- UV-resistant
- almost gas-tight
|
Temperature -40 °C up to +80 °C |
PE (Polyethylene)
|
Chemistry Laboratory Food Industry Medical Technology
|
- high resistance to (non-oxidising) acids, alkalis, salts and many solvents
- high abrasion resistance
- dimensionally stable and pressure-resistant
- very suitable for transporting liquids, air and slightly abrasive materials
- transparent
|
Temperature -40 °C up to +95 °C |
PEEK (Polyetheretherketon) |
Gas Chromatography
- Mass Spectrometry (GC-MS) High Performance Liquid Chromatography (HPLC) |
- high resistance to organic solvents, acids, bases and polar compounds
- chemically inert
- biocompatible, metal-free, corrosion-proof
- flexible, brown high-pressure tubing for almost all organic or inorganic liquids
- alternative for capillary tubing made of titan or stainless steel
|
Temperature 50 °C up to 250 °C |
PFA (Perfluoralkoxyalkan) |
Chemistry Laboratory Food Industry Medical Technology |
- high resistance to alkalis, acids, solvents and gases
- suitable for almost all solid, liquid and gaseous media
- ideal for connections under vibrations, usable with a small bending radius, for compensation of thermal expansions, for easy handling of liquids
- higher polymer purity
- non-porous surface, therefore ideal for conducting oils, resins and paints
- smooth surface, very transparent, almost translucent, improved light transmission
- sterilisable, autoclavable
|
Temperature -270 °C up to +260 °C |
PTFE/Teflon (Polytetrafluorethylene) |
Biotechnology
Food Industry Medical Technology Pharmaceutical Technology |
- high resistance to alkalis, acids, solvents and oxidising agents as well as gases
- hermetically sealed, preventing gases from escaping
- low surface energy, therefore extremely resistant to the adhesion of substances
- not resistant to fluorine compounds and strong reducing agents
- free of extractable components
- physiologically harmless
- Resistant to ageing and UV light
- biocompatible
- flexible
- sterilisable, autoclavable
- transparent, translucent to milky-white
|
Temperature -200 °C up to +260 °C |
PU (Polyurethane) |
Chemistry Laboratory |
- particularly suitable for high sub-zero temperatures, as hoses react flexibly to cold
- high resistance to UV light, ozone, hydrocarbons with aliphatic properties, diluted acids and alkaline solutions
- can be used with numerous oils and greases
|
Temperature -50 °C up to +80 °C |
PVC (Polyvinylchloride) |
Chemistry Laboratory Food Industry Environmental technology |
- Foodstuffs quality according to the EC Guideline 1935/2004
- physiologically harmless
- Resistant to hot water and oil
- robust and abrasion
- transparent and UV-stable
- High resistance to chemicals
|
Temperature -10 °C up to 60 °C |
SEBS (Styrene-Ethylene -Butylene-Styrene) |
Chemistry Laboratory Industrietechnik Medical Technology Pharmaceutical Technology |
- high resistance to many acids and alkalis as well as polar solutions
- suitable for transporting liquids and gases
- resistant to cold and weathering
- biocompatible
- easy to clean and sterilise
- flexible and resistant
|
Temperature up to 165 °C Operating pressure of 20 bar, burst pressure of 60 bar |
Silicone |
Chemistry Laboratory Hygiene Applications Food Industry Medical Technology Pharmaceutical Technology |
- high resistance against weak acids and alkalis
- not suitable for strong acids and caustic solutions
- Suitable for food
- high temperature resistance
- resistant to ozone, UV and weathering
- physiologically harmless
- easy to clean and steam sterilisable
- flexible, dimensionally stable
- transparent
- Autoclavable, ethylene oxide
- Silicone is highly absorbent, contamination can easily occur
|
Temperature -60 °C up to 260 °C |