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This is the free Material Data Center Datasheet of CELANEX® 6500 - PBT-(GF+MD)30 - Celanese

Material Data Center offers the following functions for CELANEX® 6500:
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Processing/Physical Characteristics - 機械的特性 - 熱的特性 - 電気的特性. - その他の特性. - 機能
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Processing/Physical Characteristics値単位テスト基準
ISO データ
成形収縮率, 平行 0.2 % ISO 294-4, 2577
成形収縮率, 直角 0.7 % ISO 294-4, 2577
機械的特性値単位テスト基準
ISO データ
引張弾性率 9700 MPa ISO 527
破壊応力 125 MPa ISO 527
破壊ひずみ 2.2 % ISO 527
シャルピー衝撃強さ, +23°C 30 kJ/m² ISO 179/1eU
シャルピー衝撃強さ, -30°C 30 kJ/m² ISO 179/1eU
ノッチ付きシャルピー衝撃強さ, +23°C 7.1 kJ/m² ISO 179/1eA
ノッチ付きシャルピー衝撃強さ, -30°C 6.4 kJ/m² ISO 179/1eA
ショア硬さD 85 - ISO 7619-1
熱的特性値単位テスト基準
ISO データ
溶融温度, 10°C/min 225 °C ISO 11357-1/-3
ガラス転移点, 10°C/min 54 °C ISO 11357-1/-2
荷重たわみ温度, 1.80 MPa 202 °C ISO 75-1/-2
荷重たわみ温度, 0.45 MPa 223 °C ISO 75-1/-2
線膨張係数, 平行 28 E-6/K ISO 11359-1/-2
線膨張係数, 直角 85 E-6/K ISO 11359-1/-2
電気的特性.値単位テスト基準
ISO データ
比誘電率, 100Hz 3.5 - IEC 62631-2-1
比誘電率, 1MHz 3.8 - IEC 62631-2-1
誘電正接, 1MHz 400 E-4 IEC 62631-2-1
体積抵抗率 >1E13 Ohm*m IEC 62631-3-1
表面抵抗率 >1E15 Ohm IEC 62631-3-2
耐電圧 22 kV/mm IEC 60243-1
その他の特性.値単位テスト基準
吸水率 0.4 % Sim. to ISO 62
吸湿率 0.19 % Sim. to ISO 62
密度 1550 kg/m³ ISO 1183
機能
応力-ひずみ. , CELANEX® 6500, PBT-(GF+MD)30, Celanese
割線弾性率−ひずみ. , CELANEX® 6500, PBT-(GF+MD)30, Celanese
特殊な特性
成形加工法.
射出成形.
納入形状.
ペレット.
添加剤.
滑剤.
領域別の利用可能性
北アメリカ., ヨーロッパ., アジア/太平洋地域., 南・中央アメリカ., 近東/アフリカ
その他の情報
村遜速揃
To avoid hydrolytic degradation during processing, CELANEX resins have to be dried to a moisture level equal to or less than 0.02%. Drying should be done in a dehumidifying hopper dryer capable of dewpoints <-30°F (-34°C) at 250°F (121°C) for minimum 4 hours.
Rear Temperature 450-480 (230-250) deg F (deg C)
Center Temperature 460-490(235-255) deg F (deg C)
Front Temperature 470-500 (240-260) deg F (deg C)
Nozzle Temperature 480-510 (250-265) deg F (deg C)
Melt Temperature 460-510 (235-265) deg F (deg C)
Mold Temperature 150-200(65-93) deg F (deg C)
Back Pressure 0-50 psi
Screw Speed Medium
Injection Speed Fast

Injection speed, injection pressure and holding pressure have to be optimized to the individual article geometry. To avoid material degradation during processing low back pressure and minimum screw speed have to be used. Overheating of the material has to be avoided, in particular for flame retardant grades. Up to 25% clean and dry regrind may be used.
Disclaimer
Copyright Altair Engineering GmbH. Altair Engineering GmbH assumes no liability for the system to be free of errors. The user takes sole responsibility for the use of this data under the exclusion of every liability from Altair Engineering GmbH; this is especially valid for claims of compensation resulting from consequential damages. Altair explicitly points out that any decision about the application of materials must be double checked with the producer of this material. This includes all contents of this system. Copyright laws are applicable for the content of this system.
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