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AW-01LV CF2001/CD3501

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Item Unit Test Method 低VOC
AW-01LV
摺動性
Color No. CF2001/CD3501
ISO Marking Code ISO11469
(JIS K6999)
>POM+PE<
密度 g/cm³ ISO 1183 1.37
吸水率 (23℃、浸漬24hr、1mmt) % ISO 62 0.7
MFR (190℃, 2160g) g/10min ISO 1133 9
MVR (190℃, 2.16kg) cm³/10min ISO 1133 8
引張強さ MPa ISO 527-1,2 52
引張破壊ひずみ % ISO 527-1,2 25 *1
引張弾性率 MPa ISO 527-1,2 2,250
曲げ強さ MPa ISO 178 73
曲げ弾性率 MPa ISO 178 2,100
シャルピー衝撃強さ (ノッチ付、23℃) kJ/m² ISO 179/1eA 4.7
荷重たわみ温度 (1.8MPa) ISO 75-1,2 80
線膨張係数 (23~55℃、流動方向) x10-5/℃ 弊社法 13
線膨張係数 (23~55℃、直角方向) x10-5/℃ 弊社法 13
絶縁破壊強さ (3mmt) kV/mm IEC 60243-1 -
体積抵抗率 Ω·cm IEC 60093 -
表面抵抗率 Ω IEC 60093 -
体積抵抗率 (弊社法) Ω·cm -
表面抵抗率 (弊社法) Ω -
成形収縮率 (60□ x 2 mmt、流動方向、キャビティ圧60 MPa) % ISO 294-4 2.3
成形収縮率 (60□ x 2 mmt、直角方向、キャビティ圧60 MPa) % ISO 294-4 2.0
ロックウェル硬度 M(スケール) ISO2039-2 -
比摩耗量 (スラスト式、対炭素鋼/評価材側/面圧0.49MPa, 30cm/s) x10-3mm³/(N·km) JIS K7218 -
比摩耗量 (スラスト式、対炭素鋼/炭素鋼側/面圧0.49MPa, 30cm/s) x10-3mm³/(N·km) JIS K7218 -
動摩擦係数 (スラスト式、対炭素鋼/面圧0.49MPa, 30cm/s) JIS K7218 -
比摩耗量 (スラスト式、対炭素鋼/評価材側/面圧0.98MPa, 30cm/s) x10-3mm³/(N·km) JIS K7218 0.20
比摩耗量 (スラスト式、対炭素鋼/炭素鋼側/面圧0.98MPa, 30cm/s) x10-3mm³/(N·km) JIS K7218 < 0.01
動摩擦係数 (スラスト式、対炭素鋼/面圧0.98MPa, 30cm/s) JIS K7218 0.16
比摩耗量 (スラスト式、対M90-44/評価材側/面圧0.06MPa, 15cm/s) x10-3mm³/(N·km) JIS K7218 4.0
比摩耗量 (スラスト式、対M90-44/M90-44側/面圧0.06MPa, 15cm/s) x10-3mm³/(N·km) JIS K7218 10.0
動摩擦係数 (スラスト式、対M90-44/面圧0.06MPa, 15cm/s) JIS K7218 0.30
Flammability   UL94 HB
The yellow card File No.     E45034 *2
Appropriate List number of Ministerial Ordinance for Export Trade Control     別表第一 16の項

If item's description doesn't include test condition, the item is examined at 23 deg. C. (RT)
Details of each property item, test conditions, please see here

*1) Nominal strain at break
*2) Some of the data described on Yellow Card are limited to specific conditions (color, thickness etc.). Please carefully view the detailed descriptions on the Card.

All figures in the table are the typical values of the material and not the minimum values of the material specifications.
All data shown here are not always applicable to parts used under different conditions. We do not guarantee that these data are directly applicable to the application conditions of users and we ask each user to make his own decision on the application.
For safe handling of materials we supply, it is advised to refer to the Material Safety Data Sheet “SDS” of the proper material.
This brochure is edited based on reference literatures, information and data currently available to us. So the contents of this brochure are subject to change without notice due to new data.