Representative core technologies of Niterra

Niterra has a wide variety of specialized technologies.
Blending various materials such as ceramics with nano-level particle sizes, creating shapes freely, baking at high temperature, detecting invisible matter...
for environment and energy, mobility, medical care, and communications, many different technologies have been refined in a wide range of manufacturing, including ceramics, with the potential to be used globally in areas beyond ceramics.
These technologies are expected to contribute to solving the problems facing the world.

Ceramic material technology

We develop in-house the materials used in manufacturing.In addition to maximizing the advantages of ceramics, which have various characteristics such as heat resistance, hardness, and wear resistance, we also draw out new performance by combining ceramics with resins and metals.For example, electro-static chuck play an important role in semiconductor manufacturing.
These are a disk-shaped product that holds silicon wafers in place during the semiconductor manufacturing process, but given that the required performance differs between the front and back sides, it is necessary to bond the ceramics and metal firmly together. Joining different materials is extremely difficult, but we have overcome this difficulty by using a special adhesive developed in-house.

In the oxygen sensor, zirconia and platinum are joined together using a technique called metallization. We also mix different types of ceramics to create ceramics with unprecedented properties.
With our unique know-how, we thoroughly research various materials and create the optimal material from countless formulations and combinations. This is our material technology.

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