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Dicing
Materials and Solutions for Dicing
Solutions for Back-End | Dicing
We offer you mechanically and thermally resistant materials for use in back-end separating and cutting processes. If you require antistatic product solutions for the internal transport of highly sensitive electronic or chip components, then we have the products from our Maywotron series especially for the deep-drawn workpiece carrier market.
Material properties
- ESD
- Thermal resistance
- Dimensional stability
- Low thermal expansion
- Mechanical Properties
Typcial plastic materials used are
- Polyimide
premium material for high precision and highest temperature resistance - PEEK CF30
reinforced polymer with excellent fatigue and chemical resistance - PEEK
excellent chemical resistance and high temperature resistance - PPS
is a very resistant polymer with good mechanical strength and rigidity - PS
with different ESD ajdustments and recommended for the thermoforming process - ABS/TPU
high-performance thermoforming material with ESD and anti-slip properties
PEEKSustaPEEK natural
ABS - TPUMaywotron® ABS/TPU Sur-R
ABS - TPUMaywotron® ABS/TPU Vol-R
ESD materials | ESD plastics
Plastics with defined electrically conductive properties can dissipate electrostatic charges controlledly and lastingly. They are used in many areas of industry, such as the electronics and semi-conductor industry, ventilation, ventilator and pump construction, medical technology, the chemical and pharmaceutical industry, grain mills and other industries where bulk goods generate dust, the handling of flammable liquids and gases, e.g. at petrol stations, at airports and gas plants, the paper industry, fabric or film manufacture or mining. Thanks to its very many and varied property profiles the Röchling product range offers the highest level of safety for these applications.
Arrange technical advice
The performance and service life of plastics for use in the semiconductor industry are influenced by a variety of factors. These criteria need to be considered in order to make the right choice in materials. Examples:
- Antistatic or conductive properties
- Operating temperature
- Contact with chemicals
- Design requirements
- Dimensions and tolerances
- Flame retardancy
We are happy to advise you on the selection of suitable materials for your particular application. Just use our contact form at the bottom of the page.
