All-solid-state sodium ion secondary battery (under development)

An all-solid-state secondary battery suitable for large size and highly densified battery pack, which is featured by safety and wide range of operating temperature.

• New
• New model
• Demonstration

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Low dielectric loss tangent LTCC material

We have developed three types of LTCC materials (high expansion, high strength, and low dielectric constant) featuring low dielectric loss tangent, which will help reduce signal attenuation in 5G and other communications fields. This product meets market needs and can contribute to improving the performance of next-generation telecommunications equipment.

• New
• New model
• Demonstration available

Download Materials

Low dielectric loss tangent LTCC material

We have developed three types of LTCC materials (high expansion, high strength, and low dielectric constant) featuring low dielectric loss tangent, which will help reduce signal attenuation in 5G and other communications fields. This product meets market needs and can contribute to improving the performance of next-generation telecommunications equipment.

• New
• New model
• Demonstration available

Low dielectric loss tangent LTCC material

We have developed three types of LTCC materials (high expansion, high strength, and low dielectric constant) featuring low dielectric loss tangent, which will help reduce signal attenuation in 5G and other communications fields. This product meets market needs and can contribute to improving the performance of next-generation telecommunications equipment.

Low dielectric loss tangent LTCC material

We have developed three types of LTCC materials (high expansion, high strength, and low dielectric constant) featuring low dielectric loss tangent, which will help reduce signal attenuation in 5G and other communications fields. This product meets market needs and can contribute to improving the performance of next-generation telecommunications equipment.

Low dielectric loss tangent LTCC material

We have developed three types of LTCC materials (high expansion, high strength, and low dielectric constant) featuring low dielectric loss tangent, which will help reduce signal attenuation in 5G and other communications fields. This product meets market needs and can contribute to improving the performance of next-generation telecommunications equipment.