Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.
496～510 item / All 1381 items
For the production of high-performance CFRP.
- Optimal epoxy resin for CFRP (carbon fiber reinforced plastic) - Easily penetrates carbon fibers and remains flexible after curing - Bonds without delaminating carbon cloth or roving cloth - Allows for layered repairs, enabling thickness adjustment from thin to thick - Can be used without dissolving foam products like polystyrene
You can create clear parts and a skeleton model.
- Epoxy resin suitable for thin-walled casting (thickness of 5mm or less) - Slow yellowing due to aging - Low viscosity, making it difficult for bubbles to remain even at normal pressure - Good balance of rigidity, making it less likely to break during demolding - At room temperature (23°C), flowability decreases in about 10 minutes and cures in one day - Curing speed can be adjusted with heat treatment (not exceeding 50°C) * Curing with a thickness of more than 5mm can generate high temperatures (over 100°C) due to exothermic reactions, which is dangerous.
For FRP repairs and metal lamination repairs.
This resin combines the characteristics of CFRP manufacturing epoxy resin GM-6800 and surface coating/multipurpose epoxy resin GM-1508. It has excellent impact resistance and flexibility, good impregnation properties, and is capable of layered repairs.
For light diffusion, anti-blocking, etc.! - High hardness, high refractive index spherical resin microparticles.
We would like to introduce our melamine resin microparticles, "Hard Beads." The grades available are M1 (average particle diameter 1μm), M5 (average particle diameter 5μm), and M10 (average particle diameter 10μm). Additionally, the refractive index is 1.68, and the particle hardness is 76 MPa. 【Features】 ■ High hardness ■ High refractive index ■ Refractive index: 1.68 ■ Particle hardness (MPa): 76 *For more details, please download the PDF or feel free to contact us.
High thermal stability! Melamine-based compounds with high nitrogen and phosphorus content.
We would like to introduce our halogen-free resin flame retardant (nitrogen-based + phosphorus-based) 'PHOSMEL-100'. It has high thermal stability, with a thermal decomposition temperature of over 370°C, and can be used alone or in combination with other flame retardants. It is a melamine-based compound with a high content of nitrogen and phosphorus. 【Physical Properties Example】 ■ Appearance: White powder ■ Average particle diameter (D50): 4μm ■ pH: 5 ■ Phosphorus content: 14wt% ■ Nitrogen content: 42wt% *For more details, please download the PDF or feel free to contact us.
High heat resistance, high light resistance, high elasticity epoxy compound.
TEPIC is a triad-based epoxy compound with a triazine skeleton. Compared to general-purpose epoxy resins, it excels in transparency, heat resistance, and light resistance, and has very unique characteristics such as high elasticity and high Tg. It has a wide range of applications, including LED peripheral materials and solder resist inks. Additionally, by adding a small amount of TEPIC to CFRP matrix resins, it is possible to improve compression properties, tensile properties, and interlaminar shear strength. *For more details, please download the PDF or feel free to contact us.*
Pocan is a brand of high-quality polybutylene terephthalate (PBT) and its blends.
Pocan has excellent heat resistance, chemical resistance, outstanding electrical properties, and high strength and hardness.
PPA with high mechanical properties and excellent chemical resistance.
ForTii features a unique PPA technology with a high amide density. The ForTii platform includes polymers with the highest crystallinity, highest melting point, and highest glass transition temperature among all PPAs, providing the following characteristics: - Best mechanical properties of components below 160°C - Best peak temperature performance - High chemical resistance
[Presentation of Materials] We will introduce the differences in features between Teflon fluoropolymer "PTFE" and "PFA" resins and coatings.
Differences in the characteristics of representative Teflon fluoropolymers "PTFE" and "PFA" ■ Resin Name PTFE (Polytetrafluoroethylene) ■ Characteristics This is the first fluororesin discovered and developed. It has a continuous use temperature of 260°C, excellent heat resistance, low friction properties, and non-stick characteristics. It has a high melt viscosity, making injection molding difficult, but it is used as a coating for frying pans and hot plates. ■ Resin Name PFA (Perfluoroalkoxyalkane Polymer) ■ Characteristics This is an improved resin of PTFE, with the same continuous use temperature of 260°C. It has a low thermal melt viscosity, allowing for molding such as injection molding. It can achieve a coating with fewer pinholes, which was not possible with PTFE, making it the fluororesin with the best performance for corrosion-resistant coating materials, including chemical resistance and heat resistance. Additionally, PFA is superior in non-stick properties for certain applications compared to PTFE, and it is also used as a coating material for release coatings, being processed for items like the inner pot of rice cookers. *For more details, please download the PDF and check.
Among plastics, fluororesins possess rare characteristics. An explanation of the representative fluororesins "PTFE," "PFA," and "FEP."
What are the representative fluoropolymers with the highest characteristics of plastic? Here, we will explain three representative fluoropolymers. ■Resin Name PTFE (Polytetrafluoroethylene) ■Features It has the highest continuous use temperature of 260°C, and is excellent in heat resistance, non-stick properties, and low friction characteristics. ■Also Known As Tetrafluoroethylene, 4F ■Resin Name FEP (Perfluoroethylene Propylene Copolymer) ■Features This is a modified resin of PTFE, with a continuous use temperature of 200°C. It has a low thermal melt viscosity, allowing for molding through injection molding, which was not possible with PTFE. Its heat resistance temperature is lower than that of PTFE. ■Also Known As 4F6F, Tetrafluoro-hexafluoropropylene ■Resin Name PFA (Perfluoroalkoxy Alkane Polymer) ■Features This is a modified resin of PTFE that has the same heat resistance of 260°C as PTFE. It has a low melt viscosity, making injection molding possible, which was not feasible with PTFE. ▼For a detailed explanation about fluoropolymers, click the related link URL!▼
Recommended for use at a destruction pressure of X1/3 to 1/5 (considering safety factors)! Introducing a highly transparent tube.
The "026-T Series" is a soft fluoropolymer SF (THV) tube that is resistant to acids and alkalis. It is soft, flexible, and has a maximum operating temperature of 50°C. It has high transparency and excellent bending fatigue resistance. Additionally, it complies with RoHS2 standards. For information regarding chemical resistance, please contact us. 【Features】 ■ Resistant to acids and alkalis ■ Soft and flexible ■ Excellent bending fatigue resistance ■ High transparency ■ Maximum operating temperature (reference): 50°C *For more details, please refer to the related links or feel free to contact us.
Achieving uniform film formation with low water absorption rate!
To eliminate unevenness during film formation on the substrate, a low water absorption super engineering plastic "Sumika Super S1000" has been adopted. ■ Example of use: Carrier parts of CVD equipment ■ Material: Sumika Super S1000 ■ Processing: Mechanical cutting processing ■ Reason for adoption: Low water absorption, prevention of chipping and damage to the carrier.
For those struggling with molded products due to the global nylon shortage, 3D printing is possible using nylon 12.
We have adopted a powdered type of "Nylon 12" as an alternative to Nylon 6 and Nylon 66, which can be shaped using a 3D printer. - Raw materials are difficult to obtain, and we are looking for alternative materials within the same nylon category. - We would like to obtain prototypes within 1 to 2 weeks. - For annual production quantities of 100 to 500 units, using molds is not cost-effective. - Due to complex shapes, machining costs become high. If you are facing such challenges, we recommend Nylon 12 using the PBF method. 【Features of Nylon 12】 ■ Tough and resistant to cracking ■ Can be shaped without supports, enabling complex geometries ■ Movable parts can be produced without assembly ■ Can be designed to match the shape, operation, and mounting mechanisms of the workpiece, allowing for small-scale production 【Solution Examples】 ■ Cost reduction for functional evaluation prototypes ■ Quick procurement of parts ■ Cost reduction for low-volume, high-variety final products ■ Supply of discontinued parts *For more details, please download the PDF materials or feel free to contact us.
Support from medical materials and design to prototype verification and mass production, all in one.
Our company is engaged in the manufacturing of medical devices and also handles medical materials primarily made from resin. We offer a wide range of biocompatible resins, including implant-grade, short-term contact grade, and other materials suitable for sterilization. As various conditions such as the class of medical devices, usage environment, and sterilization requirements overlap, the hurdles for availability increase. Consequently, we are seeing a growing number of inquiries for material selection, and we can propose materials tailored to specific applications. Additionally, by being involved from the design and development stage, we support manufacturing methods and costs for the final product, which is one of our strengths. Utilizing the latest technologies such as 3D printers and 3D/CT scanning, we can conduct design, prototyping, and verification, providing services to realize product commercialization more swiftly and reliably.
Outstanding performance even in high-load environments! Super engineering plastics with excellent heat resistance and high mechanical strength!
"PBI (SCM7000)" is a super engineering plastic that excels in high heat resistance and high mechanical strength. The high heat-resistant resin PBI = polybenzimidazole demonstrates its excellent heat resistance and high strength, providing outstanding performance against various concerns in manufacturing processes, such as high-temperature environments, corrosive environments like process gases, environments that are sensitive to impurities, and areas where mechanical strength is required due to wear concerns. In particular, it outperforms conventional polyimide materials widely used in the harsh environments of semiconductor and liquid crystal manufacturing processes. Although it is considered a difficult-to-machine material due to its processability and handling challenges, our company leverages its extensive track record and processing examples to address customer issues. 【Features】 ■ High heat resistance and high mechanical strength ■ Heat resistance up to 435℃ ■ Bending strength approximately twice that of PI, suitable for mass production with injection molding grades ■ Good resistance to oxygen plasma 【Examples of Applications】 ■ Holding parts for wafers/glass in etching equipment ■ Sliding and vacuum components ■ Wear-resistant parts for glass transport systems *For more details, please refer to the PDF document or feel free to contact us.
