PERFORMANCE PLASTIC Sheet & Rod
SustaPEEK MOD ESD 90
Typical areas of application
SustaPEEK Natural Mod
HIGH PERFORMANCE PLASTIC Sheet & Rod
material, and is characterised mainly by its very good mechanical properties and
exceptional dimensional stability, even at high continuous operating temperatures of
up to 250°C. Due to their properties, PEEK plastics are suitable for a wide range of
applications with demanding operating conditions
Previously, thicker sheets had to be milled or machined down to obtain thinner sheets
– a time-consuming process. Our new thicknesses eliminate the need for these cutting
operations. It means you save time and material and reduce the manufacturing costs
of your products.
Areas of application Electrical industry Semiconductor industry Aviation and aerospace
industry Medical technology Food processing industry
EtroX® V PEEK HIGH PERFORMANCE PLASTIC
High-precision: EtroX® V is particularly suitable for machining high-precision test sockets
with extremely small boreholes. These have a minimum diameter of up to 0.1 mm and
are very well formed with only minimal burr formation
High precision: EtroX® V is particularly suitable for machining high-precision test sockets with extremely small boreholes.
These have a minimum diameter of up to 0.1 mm and are very well formed with only minimal burr formation.
The risk of individual, defective boreholes and thus defective components is reduced. Even a single faulty borehole would
lead to a complete defect in the machined part. These errors are usually only noticed during the final inspection by manual
or optical tests.
Precise positioning: The softer a material is, the higher the likelihood that the positioning of individual holes will deviate.
Optical position tests carried out by customers on test sockets made of EtroX® V have demonstrated especially precise
positioning of boreholes. This underscores the low stress level and excellent machinability of the new premium material.
Properties of EtroX® V
For more information please contact us now.
12 Jun 2023