Silicone PWBs

These components are characterized by high reflectance, high discoloration resistance, and high durability.
Heat generated by high-luminance LED and discoloration from ultraviolet rays can be lessened.

Principal use

LED Devices

Technology / Composition

Heat Dissipating PWBs

High heat dissipation can be attained by using aluminum or copper plates in LED lights, power modules, and other products requiring such dissipation. Increasing the thermal conductivity of PWB suppresses rising temperatures in components and conductors.

Principal use

Power Modules / LED Devices / Electronic Car Devices

Technology / Composition

High-Frequency PWBs

High-quality and high-speed signal processing in high-frequency signal circuits can be supported by combining our manufacturing technology with high-frequency materials for low dielectric constant, low dielectric tangent, and low transmission loss processing.

Principal use

Antennas / Radars / Automotive Sensors / Power Amplifiers

Technology / Composition

Cavity PWBs

This PWB has a cavity structure on part of the board’s surface. Components can be mounted in cavities to increase compactness and high-frequency characteristics.

Conventional ceramic PWBs can be replaced with these PWBs.

Principal use

Sensor / Power amplifier / Semiconductor package

Technology / Composition

Double-Sided/Multi-layer PWBs

This PWB is made of conductive layers that are connected via copper-plated through-holes.

From general-purpose to special-purpose products, you can achieve both low cost and high quality by selecting optimal materials to suit your purposes.

Principal use

Computers / Industrial Machinery / Measuring Instruments

Technology / Composition

High Modulus/Low CTE PWBs

Warp can be remarkably reduced because of the small XY-axis expansion coefficient and high coefficient of elasticity.

An environment with a large temperature change may cause cracks in solder joints due to differences in thermal expansion coefficients, which reduce connection reliability. To prevent this, the thermal expansion coefficient of the PWB must be reduced.

The thermal expansion coefficient can be reduced to as low as that of alumina ceramics or silicones.

Principal use

Servers / Routers / Measuring Instruments / Communication Equipment / Semiconductor Packages

Technology / Composition

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