Technology 03
A world where superpowers come to life,
with polymer design technology
artience 's polymer design technology makes the impossible possible.
By freely creating the required performance, it is useful for solving problems.
The performance of polymers (resins) is determined by the way small molecules called monomers are combined. Polymer design technology creates optimal polymers to meet diverse needs, such as those who want to increase their strength and become more resistant to heat.
The word "poly" in polymer means "a lot." For example, polyethylene, which is used in plastic shopping bags, is a polymer that connects many monomers called ethylene.
CASE 01 High-speed communication Polymer design technology supporting ultra-high-speed communication
High-speed communication is indispensable for the realization of a dream-like society, such as realistic virtual spaces and autonomous driving. We are supporting the evolution of high-speed communications such as 5G and Beyond 5G with polymer design technology.
Transmission loss that causes delays in high-speed communication
While 5G, which uses high-frequency bands, can transmit large amounts of data at high speeds, it has the problem that energy is easily lost in the process of passing through substrates. These transmission losses cause communication delays and poor quality, resulting in distorted or choppy images.
Heat-resistant, durable low-dielectric polymer for stable, high-speed communication
In order to reduce the transmission loss of high-frequency radio waves such as 5G, it is necessary to use low-dielectric materials for substrates. For this reason, we have developed a low-dielectric polymer that can be used in substrates and wearable terminals to achieve stable and high-speed communication. In addition, in consideration of the usage environment, it is low-dielectric and has added characteristics such as heat resistance and high durability.
CASE 02 Structural adhesives High-performance adhesives to help reduce weight and improve manufacturing process efficiency
In automotive manufacturing, there is a growing need to use adhesives instead of connecting parts with bolts and welds to reduce weight and improve process efficiency. The special structural adhesives we have developed can be used to attach different materials such as resin and aluminum, and can be used for various parts such as automobile bodies and EV battery cases. In addition, it has excellent heat resistance, so it can be used in harsh environments such as engine and motor peripheral parts.
CASE 03 Paint Substitute Wrapping with a film of an alternate color makes it more environmentally friendly than painting
We are focusing on the development of alternative materials for coating to reduce our environmental impact. By wrapping it in a film of color instead of applying it, it is possible to significantly reduce production time and energy costs compared to the traditional painting process. The body and interior of automobiles, which are used in harsh environments and require a high level of design, are also finished as vividly as if they were painted, and their beauty is maintained.
CASE 04 Bio/Medical Develops polymers to expand medical possibilities
We support medical care from various aspects, such as early diagnosis of diseases and improved detection accuracy, with our unique polymer design technology.
Polymers that act on specific substances and contribute to the evolution of biotechnology
In order to make the tests to detect diseases more accurate, faster and more stable, we are developing polymers for in vitro diagnostics. For example, when used as a blocking agent, it can be applied to the base material of the test kit or added to the reagent to prevent unwanted substances from sticking to the substrate and enable more accurate testing. In addition, when used as a sensitizer, it is possible to detect antigens even at low concentrations by adding them to the sample fluid, which can be expected to improve early diagnosis and detection accuracy. In this way, we will contribute to solving problems in the medical field.
Easy to take medication transdermal patches for patients to have more options
Polymer design technology is also used in the development of transdermal patches (TDDS formulation), also known as transdermal patches. transdermal patches Speaking of anti-inflammatory analgesics for back pain, we focus on drugs for treating diseases such as angina pectoris, which are caused by diseases that originate inside the body. We provide transdermal patches that makes it easy for people who have difficulty taking their medications, such as the elderly and small children, to take their medications.
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