KATACHI Business Gears/Precision Molded Parts

Providing molded gears and precise components

Leveraging the technology cultivated in the use of POTICON, we provided these molded products.We provide comprehensive solutions related to gears.

●We use simulation analysis to present potential metal alternatives

●We also undertake prototyping and mass production using non-POTICON materials.

POTICON Gear

Optimal for small modules and small-sized gears

POTICON Gear

POTICON gears have the micro-reinforcement, surface smoothness and excellent sliding properties characteristic of POTICON, making it possible to replace metal gears with resin and to use torques that are higher than conventionally used.

Images of POTICON gear

Images of POTICON gear

Micro reinforcement

Reinforced up to the tip of a small gear

TISMO, our unique microfiber, reinforces a complex small component to its tip.It has excellent strength, thermal deformation temperature and thermal expansion characteristics and also has dimensional stability advantages when sliding.

TISMO dispersion and orientation good at tooth tip/tooth base, GF image with poor dispersion

TISMO's dispersibility and orientation are good at the tip and root. The dispersion of glass fiber is poor.

Poticons can be reinforced to the tips of the teeth of small module gears Image

Comparison image

GF reinforced products with simple shapes can have high strength, but POTICON is more effective for complicated shapes because it is a TISMO reinforced product.

Providing products made using the right mold

As POTICON contains microfibers, using the right mold can draw out the potential of POTICON gears in terms of their durability.

POTICON gears are used as alternatives to small-sized metal gears.

Quietness

Quietness graph

Good surface smoothness and sliding properties enable the product to excel in gear quietness. It is used in applications that require quietness.

General Properties

Polymer/Grade POM PA
AT342 OA30 NT363 NCF263 NTU46Z NCT651S
Tensile strength MPa 82 111 150 231 133 196
Flexural strength MPa 121 169 238 307 179 290
Flexural Modulus GPa 6 9 11 15 9 13
IZOD impact strength J/m 39 44 31 121 241 53
Mold shrinkage rate MD % 1.2 0.7 0.5 0.1 0.2 0.3
TD % 1.9 1.4 1.0 1.3 1.0 0.7
HDT Heat distortion temperature (1.8MPa) °C 147 153 200 250 162 287

Other resins are also available, please contact us.

Related products

These thermoplastic materials meet customer needs, from applications requiring micro reinforcement, such as LED reflector parts and camera module parts, to applications requiring high strength and high sliding properties, such as automotive bearing parts.

DENTALL" is a white conductive filler consisting of a transparent conductive layer of nano-order uniformly coated on the surface of a derivative of white potassium titanate fiber (TISMO). It can be added to various paints, adhesives, films, and molded resin products to impart conductivity without loss of whiteness.

This 3D printer filament features high dimensional accuracy and precision moldability and is capable of molding functional parts such as robots. It is a filament material that meets the needs of 3D printer users, enabling the modeling of actual parts such as process transfer trays, gears for reduction gears, and mechanical parts, in addition to prototypes and production jigs.

The conductivity of WHISTATT is chemically and physically homogeneous and extremely stable. It can be used as an antistatic and resistive element in circuit and system designs.

By compositing special scale-shaped "filler" with thermoplastic resin, this composite material for thermoplastic film combines a low coefficient of linear expansion and high rigidity, and is recyclable.

It is a state-of-the-art composite material with high dielectric constant and low dielectric loss tangent due to strict control of dielectric properties.

We have developed the world's first titanate using shape control and composition control technology, one of Otsuka Chemical's elemental technologies. It is used mainly in friction materials for automobile brakes and continues to expand globally on a daily basis.

Tismo was born in 1979. It has been used for many years and its range of applications continues to expand. Its applications are spreading worldwide, especially in automobiles, office automation equipment, and electronic equipment.

For inquiries
to Otsuka Chemical Co., Ltd.