クラスターテクノロジー List of Products and Services

PasCom is a functional resin based on biomass polyamide, with all fillers made from biomass or recycled fillers, and even other additives derived from plants. It contributes to the reduction of fossil-derived raw materials and minerals, and the use of bamboo-derived fillers also helps in the resource utilization of abandoned bamboo forests, which has become a recent issue. It is suitable for parts that require wear resistance, sliding, and lightweight properties, making it ideal for those struggling to find biomass materials that can be used in mechanical components. Additionally, despite having a high biomass content, it offers high rigidity, low warpage, and low shrinkage, allowing for the addition of even greater value to products where the use of biomass materials has previously been difficult.

Fossil-derived materials and mineral dependency are reduced, with a focus on resource utilization of abandoned bamboo forests and suppression of bamboo damage, using wear-resistant, low-density biomass materials with excellent sliding properties (biomass content over 95%). Certified biomass mark product.

"Epoclustar AEI501" is a PEI resin molding material (plastic) developed based on polyetherimide resin (PEI), featuring excellent dimensional accuracy, heat resistance, and mechanical properties. Customization options are available based on required specifications. 【Features】 ■ Excellent isotropic dimensional accuracy Molding shrinkage rate of 0.13%! It can be used for parts that require precision. ■ High heat resistance With a continuous use temperature of 170°C, it can be used for parts that require high heat resistance. ■ Excellent mechanical properties The superior mechanical properties derived from PEI ensure the strength of the parts. ■ Excellent chemical resistance It is resistant to alkalis and acids, making it suitable for parts that require chemical resistance. For more details, please refer to the catalog. Feel free to contact us. *Basically, we provide molded products that we process. Please consult us if you are looking for molding materials.

The "EPOCLUSTER APS300M" is a composite material (plastic) developed based on polyphenylene sulfide resin (PPS), featuring excellent friction coefficient, heat resistance, and chemical resistance. Customization options are available based on the required specifications. 【Features】 ■ Friction Coefficient and Wear Resistance By incorporating spherical carbon, we have achieved a low friction coefficient and high wear resistance. ■ Isotropic Dimensional Accuracy Due to the low tendency for anisotropy, warping, and shrinkage, it is possible to stably produce precision parts. ■ High Heat Resistance With a load deflection temperature of 200°C, it can be used in high-temperature environments. ■ Excellent Chemical Resistance It possesses stable durability against various chemical agents. For more details, please refer to the catalog. Feel free to contact us with any inquiries. *This material is generally provided as molded products processed by our company. Please consult us if you are looking for molding materials.

"EpoclusT T CPS38" is a composite material with good chemical resistance for thermoplastic ultra-precision molding. It achieves low anisotropy, low thermal expansion, and low molding shrinkage. With good mold transferability and minimal flatness, it is ideal for high-precision parts. Additionally, it possesses the excellent mechanical properties of PPS. 【Features】 ○ High precision ○ Good chemical resistance ○ Customizable according to application For more details, please contact us or download the catalog.

"Epoclustar T CPE33" is a composite material designed for thermoplastic ultra-precision molding, featuring low moisture absorption, a low coefficient of linear expansion, and high recyclability. Due to its low moisture absorption and low linear expansion, it is a material that is less affected by environmental changes. Leveraging these characteristics, it has become possible to provide high-precision components, such as optical bases, which are sensitive to environmental changes. With a high material recycling rate, repeated recycling has little impact on mechanical properties. It contributes to reduced material management and quality control, as well as being eco-friendly.

"Epoclast T CAK" is a composite material for thermoplastic ultra-precision molding. It is a cycloolefin composite with low water absorption and low linear expansion, providing high stability that does not change in size with temperature and humidity fluctuations. This material can be customized according to the customer's application. 【Features】 ○ Minimal water absorption (moisture) ○ Extremely low linear expansion rate ○ Options for conductivity and insulation For more details, please contact us or download the catalog.

"Epoclustar T CPA41" is a material with low warpage, low shrinkage, and high rigidity compared to general-purpose nylon, designed for CF and GF high-filled materials. As a result, it contributes significantly to reducing defects due to minimal size variation and degradation of properties. It also aids in lightweighting products that require precision. Various characteristic grades are available, including high heat resistance, high flow grades, and impact resistance grades. 【Features】 ○ High precision, high rigidity ○ Stable various mechanical and size characteristics (compared to general-purpose nylon) ○ Customizable according to application

The "Epoclustar T CBT305FG" is a composite material for high-precision thermoplastic molding that reduces defects and cost increases due to post-processing by achieving high precision and low molding variation. There is also a high-rigidity grade, CBT41. Due to its low anisotropy and low molding shrinkage rate, it is a material that offers higher precision and less warping compared to general-purpose PBT. Utilizing these features, it has become possible to provide high-precision parts that are difficult to achieve with general-purpose PBT. Because of its high precision and low variation in molded products, the defect rate for high-precision parts is low, making post-processing unnecessary, which leads to reduced labor and contributes to increased productivity and cost reduction.