石原ケミカル Product Lineup

Machinable ceramics, despite being ceramics, do not require molds for part production. Due to their machinability, they can achieve complex and fine shapes compared to conventional ceramic materials, while keeping processing costs low. Of course, they also possess the heat resistance and dimensional stability characteristic of ceramics. We solve the common challenges associated with high-performance materials through our extensive application track record and material options! If you are having trouble selecting materials for ceramics or high-performance resins, please feel free to contact us.

• Fine Ceramics

◆A comprehensive after-sales service system by dedicated technical service personnel ◆Verification and assurance of measurement analysis accuracy ◆Consistent support from the examination of analysis procedures through sample testing to equipment implementation ◆Versatile and compatible with processing solutions from various manufacturers ◆Enhanced supply methods

• Other semiconductor manufacturing equipment

1. Extensive machining (cutting, turning, milling, grinding, drilling, threading, polishing, etc.) is possible. 2. No heat treatment is required after processing. 3. Ultra-precise finishing that is impossible with conventional ceramics is achievable. 4. Capable of machining complex shapes that cannot be produced with conventional ceramics. 5. The convenience of being able to use it immediately after machining. 6. Ultra-convenient high-speed steel tools can be used. 7. Complete confidentiality is ensured when processed in-house. 8. A white, dense, isotropic homogeneous material. 9. Scientifically stable, non-toxic material that is safe for humans and animals. 10. Due to its non-porous nature, it has low gas permeability and degassing, with a zero water absorption rate. Suitable as a vacuum material.

• Ceramics

1. It has excellent heat resistance. It can be used continuously at 288°C and intermittently at 480°C. 2. It has excellent abrasion resistance. The limit PV value is more than ten times that of general plastics. 3. It has excellent creep resistance. Creep at 260°C and 18.2MPa is only 0.6% after 1000 hours. 4. It has excellent electrical properties. Insulation strength is 22KV/mm. 5. Additionally, it excels in plasma resistance, radiation resistance, gas release resistance (under vacuum), and chemical resistance.

• Organic Natural Materials

- Lightweight (approximately 40% lighter compared to aluminum) - High rigidity (Young's modulus exceeding that of steel) - Heat resistance (heat-resistant models available for over 300℃) - Excellent processing technology (integral molding, holes, grooves, tapping, etc.)

• fiber