Products

Energy Harvesting, Blazing a Trail to the Future of Power Sources for Maintenance-Free IoT Devices

Energy harvesting technologies can be combined with EnerCera batteries to create power supply systems for maintenance-free IoT devices that rely only on natural energy sources and which can be used repeatedly.

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Ultra-thin Lithium-ion Batteries: Cutting-Edge Power Solutions for Wearable Devices

Thin and compact EnerCera lithium-ion rechargeable batteries can be used to power wearable devices, allowing installation in spaces where they could not previously be installed and enabling measurement without discomfort.

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Thin and Compact Rechargeable Batteries: Ideal Power Sources for Maintenance-Free Trackers

EnerCera batteries can be combined with solar cells or other environmental power generation technologies to create thin, compact, and maintenance-free tracker devices.

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Thin, Rechargeable Battery for Sensor Tags Optimized for Cold Chain Logistics

The EnerCera battery, an ultra-thin and compact Li-ion rechargeable battery developed by NGK Insulators, is the ideal rechargeable battery solution for thin sensor tags used in cold chain logistics. It contributes to optimal temperature and humidity control required for pharmaceutical transportation.

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Maintenance-Free Power Source for Wireless Sensors Used in IoT Devices

EnerCera battery can store incredibly small amounts of electricity and output large amounts of power when required, making them the ideal power source for environmental power generation (energy harvesting) and wireless power transfer (WPT).

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Introduction of Improved Beryllium Copper (less dimensional changes and variations)

Provides beryllium copper, which has improved dimensional accuracy of finished products by suppressing dimensional changes before and after heat treatment. This improvement achieved improvement of manufacturing yield, reduction of lead time and stabilization product performance.

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Regarding antimicrobial and antiviral metal materials (Cu-Ni-Sn Alloy).

By pouring a ceramic slurry with excellent fluidity into a mold and allowing it to solidify, it is possible to accurately shape complex ceramic parts. This method allows to produce components with small, delicate shapes, long lengths, complex shapes, and thin thicknesses, which are challenging to achieve through methods such as press molding, injection molding, or machining.

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Continuous Drying Furnaces for Lithium-Ion Battery Electrode Substrate Dehydration (Absolute Drying) Processes

NGK combined its proprietary wavelength-control heater with a slalom configured roll-to-roll furnace that allows continuous conveying, transforming the conventional batch process for lithium-ion battery electrode substrate dehydration into a continuous process.

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Kilns for Multilayer Ceramic Capacitor (MLCC) Manufacturing Processes

NGK enables high capacity, high-quality MLCC manufacture through RHKs featuring precise atmosphere and temperature control technologies over a broad range of temperatures—technologies.

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Proper use of Beryllium Copper

Provides in-depth data on the proper use of beryllium copper, including aging conditions, heat shrinkage, and storage.

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Performance of Beryllium Copper

Provides in-depth data on beryllium copper properties, including spring properties, bending formability, thermal stability, and fatigue strength.

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HTCC Related Proprietary Technology

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Technology for Mold Cast Forming

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Laws and regulations governing beryllium copper alloy and beryllium

As alloys contain beryllium, these products may be subject to safety and environmental regulations. Read a summary of the current regulations in existence around the world and in Japan.

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