Most TEPEX^® products can be cut with a straightforward sheet slicer. Depending on the type and quantity of material, the following cutting methods can be used for more complicated cuts:

• Slicer: only for straight cuts, standard method for sheets
• Die-cutting with forged knife blade: rapid method; low investment for thin sheets (<1.0 mm)
• Die-cutting with shear edge tools: for thick sheets, economical for large production runs
• Water jet cutting: suitable for small to medium production runs; less so for aramid-reinforced material, as high level of water absorption
• Laser cutting: somewhat faster than water jet cutting, less suitable for carbon
• Ultrasonic cutting: very suitable for aramid-reinforced material and for thinner sheets (< 0,5 mm)

To some extent the same methods as for pre-cutting are used for cutting the formed products. The most suitable method depends on the material, geometry and volume.

• Die-cutting with forged blade: rapid method; low investment for thin sheets (<1.0 mm); high investment for thick sheets; economical for large production runs
• Matched die-cutting: also suitable for thicker components where metal tools are used; high investment required for thick sheets; economical for large production runs
• Ribbon saw: fast, economical, only for relatively straightforward contours
• Water jet cutting: suitable for small production runs; less so for aramid-reinforced material, as high level of water absorption
• Laser cutting: somewhat faster than water jet cutting, less suitable for carbon
• Ultrasonic cutting: very suitable for aramid-reinforced material; for thinner sheets
• Milling: fast, suitable for most applications, less suitable for very thin materials (<0.5 mm)

A wide range of adhesives are available for all TEPEX^® types. We will gladly advise you on the choice of the correct system.

Thanks to the weldability of the thermoplastic matrix, it is possible to weld TEPEX^®. If the polymer system of the partners to be joined provides a match, the following methods which are suitable for volume production and have been widely tested in plastics technology may be used:

• Ultrasonic welding
• Vibration welding
• Induction welding
• Resistance welding
• Laser welding

Although very good surface finishes can already be obtained with TEPEX^® in conjunction with suitable mould technology, in some cases further finishing of the components is desired. Most TEPEX^® types can be readily painted; prior surface treatment may occasionally be necessary.