Plastics in Cleanrooms and Electronics Production
When it comes to the production of electronics and semiconductors, one often works in cleanrooms with very strict requirements for cleanliness and control of static electricity. We offer a range of plastic materials that are suitable for use in these environments.
An important factor in cleanrooms is the risk of electrostatic discharge, which can damage sensitive electronic components. How can one avoid this problem?
ESD Materials
We have materials such as POM-ESD and PE-ESD, which are specifically developed to withstand electrostatic discharge. These materials have a special chemical composition that makes them less prone to accumulate static electricity. This reduces the risk of damage to electronic components.
But what is the actual difference between static dissipative and conductive plastics? Is it possible to use any of these materials in a cleanroom?
Static Dissipative vs Conductive
Static dissipative plastics, such as POM-ESD, have a resistivity that is low enough to allow for a slow discharge of static electricity, but not so low that they become conductive. This makes them ideal for use in areas where there is a risk of electrostatic discharge, but where one still wants to avoid creating a conductive path for electricity.
Conductive plastics, on the other hand, have a very low resistivity and can be used to create a direct conductive path for electricity. This can be useful in certain applications, but it can also create problems if one is not careful.
How does one then choose the right material for their specific application? It is a good question, and the answer depends on a number of factors, including the specific application, the requirements placed on the material, and the resources available.
Low Outgassing and Particle Generation
When it comes to cleanrooms and electronics production, it is not just electrostatic discharge that is a problem. One must also consider outgassing and particle generation from the material. Some plastics can release gases or particles that can contaminate the surrounding air and damage sensitive components.
We offer materials that meet the strict requirements for low outgassing and particle generation that are placed in cleanrooms and electronics production. For example, our PE-UHMW and PA6G materials can be used in these applications thanks to their low outgassing and particle generation.
But what happens if one needs a material that meets even stricter requirements? Are there any materials that can meet these requirements?
Material Selection for Semiconductor Factories
When it comes to semiconductor factories, the requirements for material selection are even stricter. One must consider factors such as chemical resistance, mechanical strength, and thermal resistance, as well as the usual requirements for low outgassing and particle generation.
We have experience working with customers in the semiconductor industry and can help choose the right material for specific applications. Our materials, such as POM-C and PA6G, have proven to be suitable for use in semiconductor factories thanks to their combination of chemical resistance, mechanical strength, and thermal resistance.
If you have questions about material selection for your specific application, you are welcome to contact us. We can help guide you through the process and find the right material for your needs.
We also have a range of other materials that can be suitable for use in cleanrooms and electronics production, including:
- PE-HD, which is a durable and chemically resistant material
- POM-H, which is a high-strength and chemically resistant material
- PA6, which is a strong and chemically resistant material
How can you then get in touch with us to learn more about our materials and how they can be used in your specific application? It is simple: just click here to visit our website and read more about our products and services.
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