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[POLYPENCO® PEEK]
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Ketron® PEEK is extruded material of Polyetheretherketone(PEEK). It is a super thermoplastic engineering plastic with balanced properties among chemical resistance, friction and wear resistance, and mechanical properties. It is possible to use continuously under 250°C. |
 
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Incombustibility |
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Resistance to hot water |
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Hygienic property |
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Excellent radiation resistance |
Parts for any production line, semi-conductor and liquid crystal production equipments parts, inspection devices parts, production tools, atomic power related parts, electric parts, precision machine parts, food processing line parts, chemical plant parts, welding machine parts, plating machine parts, metal surface treatment parts, heat insulation material
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Ketron® 1000 PEEK[PK-450]: |
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Natural grade·FDA admitted(Brownish-gray) |
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Ketron® HPV PEEK[PK-450FC]: |
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Bearing grade(Black) |
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Ketron® GF30 PEEK[PK-450GF]: |
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Glass fiver reinforced (Brownish-gray) |
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Ketron® CA30 PEEK[PK-450CA]: |
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Carbon fiber reinforced·Conductive grade (Black) |
*[]:Product name of former Nippon Polypenco Limited.
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Please do not use Ketron® HPV PEEK and Ketron® CA30 PEEK as a heat generation body or electric parts like a contact point, or terminal. |
Cautions at processing Ketron® PEEK:
At cutting and holing, it might break under some processing conditions, although internal strain of Ketron® PEEK is well eliminated by special annealing technology. Accordingly, proper processing methods or conditions have to be selected.
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At cutting, the use of a belt saw is recommended. Especially, thicker rod of Ketron® 1000 PEEK over outer diameter 100mm and thicker rod of Ketron® HPV PEEK, Ketron® GF30 PEEK, and Ketron® CA30 PEEK over outer diameter 30mm should be cut by a belt saw avoiding the use of a circular saw. |
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At holing by a drill, moving speed of the drill at the ending should be 0.1mm/rotation. |
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As to other conditions, please consult with NPL catalogue or ask directly to NPL. |
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As to designing, it should be taken into mind that the physical properties greatly change at the glass transition temperature, around 150°C. |
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