RPET ESD. Dissipative recycled polyester for the electronics and automotive industries
At Abersis, we transform the challenges of technical packaging into opportunities for innovation and sustainability. An example of this is the new rPET ESD that we presented this year, the most efficient recycled dissipative on the market, developed for the electronics and automobile industry in Korea, with 65% post-consumer recycled material (certified with the UNE 15343 standard ). Specifically designed to replace dissipative polystyrene, which is much more expensive, heavier and inefficient in terms of sustainability. Choosing Abersis means opting for excellence and ecological responsibility, all PET versions are certified under the UNE 15343 standard with KIWA and accredited by ENAC. Our clients in the consumer goods sector trust us to provide them with materials that offer high functionality and respect for the environment: Mono materials such as RPET, RPVC, PET ESD, PETG, PETGAG, PVC, PP, PC, PMMA.
Dissipative/conductive polyester
Packaging for electronic components
The electronics industry must protect its products from electrostatic discharges. Dissipative PET is an ideal plastic for the electronics industry due to its ability to effectively dissipate static electricity. Our material prevents damage from electrostatic discharges, protecting sensitive electronic components during storage and transport making it a superior choice for electronic protective packaging.
Dissipative/conductive polyester
Molds for electronic components in the automotive industry
Dissipative PET is essential to the automotive industry, especially in the manufacturing of integrated electronic components. Its ability to efficiently dissipate static electricity makes it the ideal choice for thermoforming molds that house electrostatically sensitive components, such as control panels and infotainment systems. By ensuring that these components are protected from discharges that could affect their operation, Dissipative PET helps maintain the integrity and reliability of crucial electronic equipment in vehicles. Additionally, its use of recycled materials aligns production with the automotive industry’s sustainability policies.
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