Cluster Technology

It’s a halogen-free material that helps reduce environmental impact, and it allows for high dimensional accuracy with excellent flatness, chemical resistance, and roundness. It achieves a molding shrinkage/TDMD of 0.01%, so it doesn’t sink or warp, which boosts the value of the product on its own. For example: doesn’t sink… even uneven thickness shapes are possible. Doesn’t warp… reduces assembly defects. Precision molding is possible, making it a good alternative to metals, ceramics, and conventional resins. Examples: no need for cutting, polishing, or anodizing.

This material achieves excellent sliding performance and wear resistance,
providing good surface accuracy, outstanding isotropy, and allowing for high-precision dimensional control.

Comparison example: Coefficient of dynamic friction…PPS+GF30 0.30 → Our product 0.17
Thermal expansion coefficient…PPS+GF30 2.6/4.0 → Our product 2.5/2.7
It ensures sliding performance and wear resistance, and it's being increasingly used as a replacement for conventional plastics in bearings and gears where isotropy is important.

This material achieves both insulation and high thermal conductivity, and with a thermal conductivity of about 6 W/m·K, it can conduct heat not only in the plane direction but also vertically. Development examples include: stator sealing, reactor sealing, semiconductor relay sealing, SiC power device sealing, etc. It's good at adhering to metals, and can be adjusted for Ni, Al, Au, Cu, Ag, etc. It also shows strong adhesion to PI and PAI (copper wire coating).

This is an insulating material/molded product with excellent voltage resistance, tracking resistance, and mechanical properties, with over 50 years of delivery experience. It’s widely used in heavy electrical industries for power distribution equipment, circuit breakers, insulators, support insulators, spacers, and more. By taking advantage of its molding flexibility, we offer everything from large to small sizes, including standard products. Since we handle everything from material production to molding domestically in Japan, we can meet all kinds of needs.

It’s a material characterized by high lubricity and conductivity, allowing for excellent wear resistance, smoothness, and molding stability, which makes achieving high dimensional accuracy possible. Even with thick or uneven shapes, stable molding is achievable, and it’s increasingly replacing metals, ceramics, and conventional plastics. Example: aluminum die-casting + machining + polishing + surface treatment → one-shot molding by injection molding

This material achieves both high heat resistance and high strength, and it has actually achieved dimensional tolerances of 0.02mm or less, making high-precision molded products possible. By keeping the thermal expansion coefficient and anisotropy low, warping and sink marks in molded parts are minimized as much as possible. For comparison: compared to CF-reinforced PEEK filled with 40% carbon fiber, wear is reduced by 64%. Taking advantage of its high wear resistance, it is being used in greaseless products.

This biomass compound, based on biomass polyamide, is lightweight and offers functional properties such as low friction and moderate rigidity.
PasCom®, for which sample distribution began in 2022, is being considered for a wide range of applications, from consumer goods to industrial and commercial uses.