Zeon wants to make a number of suggests to the Earth equal to the number of its employees.
This is an earnest presentation for the Earth from the employees in Japan and also overseas.
These sheet adhesives securely bond together different materials.
These materials achieve lighter mobility weights and lead to reduced CO2 emissions.
They also provide superior recycling performance and contribute to sustainability.
A challenge created by heat, making use of the thermal conductivity and flexibility of single-walled carbon nanotubes. Contributing to achieving a zero-carbon society and smart society.
This test instrument helps pharmaceutical companies and others find candidate substances for new drugs.
It provides rapid analysis with superior transparency, low autofluorescence, and flatness.
This efficiently transmits the heat generated by CPUs and other semiconductors to a heat sink, fan, or other device. It helps improve the durability and other performance of semiconductors.
This rubber is synthesized from biomass resources.
We continue to pursue materials that are not derived from fossil resources.
The entire company is working together to reduce CO2 emissions.
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Synthetic rubber
“NipolⓇ”
This rubber features superior wear resistance and rebound resilience.
It is used as a material in low fuel consumption tires, improving the fuel economy of automobiles.
It contributes to reducing gasoline usage and CO2 emissions.
High-functionality plastic
“ZEONEXⓇ”
Does not produce toxic gas when incinerated.
In addition to optical products such as optical films and lenses, it is widely used in syringes, PTP, and other medical applications, and is contributing to advancements in the medical field.
Single-walled carbon nanotube
“ZEONANOⓇ”
This is a next-generation carbon material featuring superior small size, light weight, and flexibility. Research is being conducted for applications in a wide range of fields, and particularly in high-functionality material fields such as IoT (Internet of Things), it contributes to resolving heat generation problems in servers and devices.
