Penntube® is a tube made of fluoropolymer with many superior properties. By covering the desired location of an object with a tube, many benefits could be gained such as: temperature resistance, dielectric properties, non-stick, low friction and protection from outside environment (chemical resistance, humidity resistance, contamination resistance). It also reinforces the covered area quite easily. Penntube® is used in a wide variety of markets such as: aircraft & aerospace, semiconductor equipment, electric power & communication, computer & OA (office automation), transportation, food & chemicals, home appliance, etc.
Pennchem® CT and Pennchem® TX are tubes with waved surfaces also made of fluoropolymer with many superior properties. They are used in semiconductor/LCD/quarts equipment, MA machinery, measuring instruments, physics-chemistry instruments, etc. The main application is fluid transfer and handling. Both have a unique wave shape: Pennchem® CT with corrugated surface and Pennchem® TX with helically convoluted surface.
Finetube is a high-precision extruded tube made of TFE fluoropolymer, with both "thin" and "fine" properties.
There is no standard size, as Finetube can be supplied as cut sections or long tubes. Finetube can also be colored, in two single colors, stripes, etc. Finetube is available in two types: SLW-SPA (spaghetti tube) and SLW-HST (heat-shrinkable tube).
Extruded Tube is made of TFE fluoropolymer. Its small bending radius provides superior adjustability in piping. Extruded Tube is mainly used as electrical insulation material in high-temperature, high-frequency and corrosive environments in various fields.
The Extruded Tube lineup includes SPA-TFE, which complies with standards such as AMS, UL and CSA, and Tube BT, which is mainly used as piping material for conveying fluids.
Palladium™ is a brand name of Pebax heat shrink tubing
developed by Cobalt Polymers for the first time in the world in
Pebax®has many features of thermoplastic elastomer. It does
not include plasticizer and is low in water absorbability and
hygroscopic nature, as well as high stabilities in dimensions,
mechanical properties, and electric resistances.
Wide range of degrees of hardness covering from rubber to
hard-plastic, whose shore durometers are from 35 to 72, is
achieved by altering the composition of polyether and
polyamide. It has the higher elasticity among other
thermoplastic elastomer materials.