AX series resins are opaque polymer alloys with a high deflection temperature under load without reinforcement and a chemical resistance as high as those of crystalline resins. They are excellent in moldability and provide molded products fewer in the number of sink marks, warps, and runoffs. - Nonreinforced heat resistance: Deflection temperature under load without reinforcement: 1.8 MPa at 150°C - Chemical resistance: As high as those of polyamide resins, except alkali resistance - Adhesiveness: Chemical resistance and adhesiveness as high as those of crystalline resins - Lubrication: As high as those of polyamide resins - Molding accuracy: Fewer in the number of sink marks and warps, and lower (less than 1/3) in water absorption than polyamide resins

AX Series Resins Composite Grade - A resin succeeding the advantages of AX-1500 resin and containing titanium oxide at high concentration. - Improved drastically in light reflection and blocking properties, aimed at display devices. - Chemical resistance

AX Series Resins Composite Grade - Lubricant grade of AX-1500, excellent in heat and chemical resistances

AX Series Resin Composite Grade - Glass-reinforced grades of the AX-1500 resin, excellent in heat and chemical resistances - Favorable rigidity and dimensional accuracy

- Flame resistant, transparent (flame resistance: UL94 V-0, 0.8 mmt) - High flow

- High impact strength - High chemical resistance - Transparency as high as polycarbonate

Heat resistance, creep resistance, and excellent lubricant

Chemical resistance, and excellent lubricant property

Chemical resistance, and excellent lubricant property

P series resins are resins succeeding the characteristics of the neat polymer, U-100, and improved in flowability and optical properties. Among many super engineering plastics, the resins are few transparent polymer alloys that have heat resistance. The heat-stable P-series resins have variations different in heat resistance in the range from 150 to 175°C. There are few transparent heat-resistant resins among super engineering plastics, and thus P series resins are valuable. The resins have favorable weather resistance, and in particular, the P- 1001 resin is approved by SAE Standard (J576 and J578) and FMVSS Standard (108). Making the most of these characteristics, the resins may be used, for example, as the lenses for automobile lamps. High flow-type resins, P-1001A, and P-3001S, are also available for thin molding products. - Transparent, heat resistant, deflection temperature under load: 150 to 175°C (under a great load of 1.8 MPa) - High weather resistance - High creep resistant - High dimensional stability - High impact strength

P series resins are resins succeeding the characteristics of the neat polymer, U-100, and improved in flowability and optical properties. Among many super engineering plastics, the resins are few transparent polymer alloys that have heat resistance. The heat-stable P-series resins have variations different in heat resistance in the range from 150 to 175°C. There are few transparent heat-resistant resins among super engineering plastics, and thus P series resins are valuable. The resins have favorable weather resistance, and in particular, the P- 1001 resin is approved by SAE Standard (J576 and J578) and FMVSS Standard (108). Making the most of these characteristics, the resins may be used, for example, as the lenses for automobile lamps. High flow-type resins, P-1001A, and P-3001S, are also available for thin molding products. - Transparent, heat resistant, deflection temperature under load: 150 to 175°C (under a great load of 1.8 MPa) - High weather resistance - High creep resistant - High dimensional stability - High impact strength

P series resins are resins succeeding the characteristics of the neat polymer, U-100, and improved in flowability and optical properties. Among many super engineering plastics, the resins are few transparent polymer alloys that have heat resistance. The heat-stable P-series resins have variations different in heat resistance in the range from 150 to 175°C. There are few transparent heat-resistant resins among super engineering plastics, and thus P series resins are valuable. The resins have favorable weather resistance, and in particular, the P- 1001 resin is approved by SAE Standard (J576 and J578) and FMVSS Standard (108). Making the most of these characteristics, the resins may be used, for example, as the lenses for automobile lamps. High flow-type resins, P-1001A, and P-3001S, are also available for thin molding products. - Transparent, heat resistant, deflection temperature under load: 150 to 175°C (under a great load of 1.8 MPa) - High weather resistance - High creep resistant - High dimensional stability - High impact strength

P series resins are resins succeeding the characteristics of the neat polymer, U-100, and improved in flowability and optical properties. Among many super engineering plastics, the resins are few transparent polymer alloys that have heat resistance. The heat-stable P-series resins have variations different in heat resistance in the range from 150 to 175°C. There are few transparent heat-resistant resins among super engineering plastics, and thus P series resins are valuable. The resins have favorable weather resistance, and in particular, the P- 1001 resin is approved by SAE Standard (J576 and J578) and FMVSS Standard (108). Making the most of these characteristics, the resins may be used, for example, as the lenses for automobile lamps. High flow-type resins, P-1001A, and P-3001S, are also available for thin molding products. - Transparent, heat resistant, deflection temperature under load: 150 to 175°C (under a great load of 1.8 MPa) - High weather resistance - High creep resistant - High dimensional stability - High impact strength

P series resins are resins succeeding the characteristics of the neat polymer, U-100, and improved in flowability and optical properties. Among many super engineering plastics, the resins are few transparent polymer alloys that have heat resistance. The heat-stable P-series resins have variations different in heat resistance in the range from 150 to 175°C. There are few transparent heat-resistant resins among super engineering plastics, and thus P series resins are valuable. The resins have favorable weather resistance, and in particular, the P- 1001 resin is approved by SAE Standard (J576 and J578) and FMVSS Standard (108). Making the most of these characteristics, the resins may be used, for example, as the lenses for automobile lamps. High flow-type resins, P-1001A, and P-3001S, are also available for thin molding products. - Transparent, heat resistant, deflection temperature under load: 150 to 175°C (under a great load of 1.8 MPa) - High weather resistance - High creep resistant - High dimensional stability - High impact strength

- Dimensional accuracy (planarity) - Heat resistance - Creep resistance and elasticity - Rigidity

- Transparent, heat resistant, deflection temperature under load: 175°C (under a load of 1.8 MPa) - Large elastic recovery - Weather resistant - High dimensional stability - High surface hardness

U series resins are polymer alloys that are improved in resistance to oils and chemicals, the shortcoming of amorphous resins. They are transparent and have a greater moisture-blocking property than other resins having similar structures. They are also suitable for blow molding. - Transparent, resistant to chemicals, especially to oils, alcohols and others - Weather Resistance - Blended into PET resins for improvement in heat resistance.

U series resins are polymer alloys that are improved in resistance to oils and chemicals, the shortcoming of amorphous resins. They are transparent and have a greater moisture-blocking property than other resins having similar structures. They are also suitable for blow molding. - Transparent, resistant to chemicals, especially to oils, alcohols and others - Weather Resistance - Blended into PET resins for improvement in heat resistance.

U-100 Composite Grade Characteristics - Excellent creep resistance, dimensional stability at high temperature

U-100 Composite Grade Characteristics - Excellent creep resistance, dimensional stability at high temperature

- High dimensional accuracy (circularity and planarity) - Large warping resistance - Low coefficient of linear thermal expansion

- High dimensional accuracy (circularity and planarity) - Large warping resistance - Low coefficient of inear thermal expansion