Research & Development
NGK's core technologies
Our Core Techniques
Our materials and techniques create synergies by bringing together differing materials to rapidly produce ceramics of outstanding qualities, controlling properties like ceramic pore diameter (pore size), crystal orientation, thermal conductivity, ion conductivity, and electrical resistance. Based on our thorough familiarity with the mechanical, thermal, electrical, and physical properties of ceramics and adept manipulation of materials into wide ranging configurations, we manufacture just the right products to meet society's needs.
Controlling pore size allows ceramic filters to screen out fluids and gases at the molecular level.
Highly skilled with various molding techniques, including mold casting, extrusion molding, and tape molding, as well as firing and processing techniques, NGK applies these techniques to create various ceramic structures. We also bind metals and other materials to ceramics and develop and manufacture products in various configurations--everything from fine and complex three-dimensional shapes to one of the world's largest porcelain products, measuring 11.5 meters in length.
Mold casting differs from conventional casting, in which clay is formed and fired. It's an entirely new molding method in which a liquid material is introduced to a mold, then simply cooled and hardened. This method makes it possible to create complex and highly precise shapes.
NGK's many innovative, competitive products come from production equipment we developed using proprietary mass-production techniques and manufacturing know-how. To meet the needs of customers around the world, we quickly deploy new cutting-edge production lines to our overseas locations and build highly efficient global production systems. Additionally, introducing big data analysis to production management improves quality and reduces cost.
Improvements to productivity through innovative mass-production processes
We're constantly working to achieve manufacturing innovations by rapidly incorporating, fusing with our own core techniques, and advancing the latest technologies, including advanced computer simulation technologies that significantly reduce development times and image inspection technologies that help identify the slightest defects.
Research, development, and manufacturing based on superior evaluative/analytical technologies
By skillfully manipulating materials and properties, we provide products and services that help solve various social issues.
Our key strength is the ability to produce various products by combining materials, including porous ceramics and functional ceramics, with our own process techniques involving molding, firing, and processing.
NGK products are designed to control unseen forces like electricity and heat. These products make solid contributions to society in places not always in plain sight. They help create a better environment, future energy sources, and advances in electronics.
Control of electricity
"Supporting" our electricity supply
Compatible with the highest voltage electricity transmission systems (1 million volts, UHV). Supports transmission wires while providing insulation to contribute to the stable supply of electric power.
Electricity storage systems in the megawattcategory. This contributes to the spread ofrenewable energy.
Control of gases/fluids
"Removing" particulate matter
Diesel particulate filters
Removes 99% of particular matter from car emissions to make air cleaner.
An ultrathin wall measuring just 0.05 mm purifies emissions to support the development and evolution of more eco-friendly cars.
Subnano-ceramic membrane filter
This molecular sieve separates fluids and gases at the molecular level.
This is the world's first in-vehicle sensor capable of measuring NOx concentrations in real time with high precision.
Control of light
Allows light "to pass"
This transparent (99.9%) ceramic material is used in LED circuits.
Using light "to dry"
Wavelength-control drying system
This system cuts drying times in half for significant reductions in energy consumption.
Control of heat
Ceramics for semiconductor manufacturing equipment
Adapted to the increasing detail and lamination of semiconductors, this technology supports the evolution of IoT and AI.
"Controls" heat expansion
Bonded wafers for SAW filters
Adapted to next-generation LTE. Suppresses heat xpansion to 1/3 or less than conventional products, and reduces noise. Also improves sound quality.
Achieves rapid "cooling"
High-cycle metal dies
Quickly cools and hardens resin, contributing to production efficiency and quality.
Control of motion
"Moves at" high speeds
This micro-sized motor controls electronic devices precisely at high speeds.
Inquiry about Research & Developments
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