High-performance resin fine particulates realizing uniform particle size and smooth surface through
proprietary technology
Used in cosmetics and industrial products, as well as products for 3D printers
High-performance resin fine particulates (Nylon, PPS) realized by Toray's proprietary polymer design
technology feature uniform particle size, smooth surface, and excellent dispersiveness. As a result, in
addition to the properties of each resin such as heat resistance and chemical resistance, they exhibit
properties such as a smooth sliding property and unique flexibility.
Because of these characteristics, they are used as sensory improvers in the cosmetics field and additives
for modifying industrial products, and their applications are expanding to 3D printers and other uses.
Nylon 12 fine particulates
Realizes a spherical and smooth particle shape through proprietary polymer design technology. Due to features such as a sharp particle size distribution, they are adopted in various applications ranging from cosmetics to industrial products.
Fine particulates for 3D printers (PPS, PA6)
We offer a lineup of PPS fine particulates TOREMIL® and PA6 fine particulates TORAYPEARL® with powder flowability, heat resistance, and chemical resistance optimal for 3D printing. They are used in functional prototypes, final parts, and spare parts in various fields where the adoption of 3D printers is advancing.
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Enabling short delivery times and low costs for prototyping parts for functional confirmation and final parts! World's first! High-performance polymer particulates "TOREMIL® PPS" for 3D printers and their application development
We introduce the high-performance polymer particulates "TOREMIL® PPS" developed and optimized for 3D printers (powder bed fusion method). It is mainly used for prototyping for functional confirmation of high-mix low-volume production and final parts.
Enabling short delivery times and low costs for prototyping parts for functional confirmation and final parts! 3D printed PPS objects for motors and water-related components
We introduce functional prototype parts for motors and water applications that utilize the characteristics of PPS, such as heat resistance, chemical resistance, electrical properties, and low water absorption. By utilizing a 3D printer, there are advantages such as shorter delivery times and lower costs compared to existing manufacturing methods.
Achieving both lightweighting, antistatic properties, shielding properties, and economy through recyclable CF-reinforced grades! High-performance CF-reinforced polymer particulates "TOREMIL® PPS" for 3D printers and their application development
We introduce a reinforced grade in which CF (carbon fiber) is added to PPS for 3D printers.
can be applied to automotive, robotics, and aerospace applications that require mechanical properties.
Achieving post-processing free with high-rigidity, high-heat-resistant, and high-quality 3D printed objects! High-performance spherical polymer particulates "TORAYPEARL® PA6" for 3D printers and their applications
We introduce the high-performance spherical polymer particulates "TORAYPEARL® PA6" developed and
optimized for 3D printers (powder bed fusion method).
It contributes to the reduction of post-processing due to the high surface smoothness and airtightness
of 3D printed objects. It is mainly used for prototyping for functional confirmation of high-mix
low-volume production and final parts.