Fluorocarbon compound 60 ° C

Glue: Features of fluororubber: Excellent fluidity in the mold, low compression and long-lasting deformation, excellent tear resistance and adhesion to metal inserts, excellent vulcanization characteristics. Application: Suitable for crankshaft oil seals of automobiles and motorcycles. Camshaft oil seal, gearbox oil seal, generator oil seal and other oil resistant high temperature oil seals and various gaskets.

DHF–72032F

Glue: fluorine rubber

Color: brown

Features: Excellent fluidity in the mold, low shrinkage and long-lasting deformation, excellent tear resistance and metal insert adhesion, excellent vulcanization characteristics

Uses: Applicable to the crankshaft oil seal of cars and motorcycles. Camshaft oil seal, gearbox oil seal, generator oil seal and other oil resistant high temperature oil seals and various gaskets

MDR data 177 ° C 6 min

ML, Ib-in 1.6 MH, Ib-in 14.9

Ts2,min 1.19 T10,min 1.06

T50,min 1.42 T90,min 2.55

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 200 ° C 24h

Hardness (Shore A) 72

Tensile strength 15.5Mpa

Elongation elongation 220%

Tear off persistent deformation 3%

100% extension strength 6.4Mpa

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 21%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change +2

Tensile strength change +3%

Elongation at break elongation -7%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -2

Tensile strength change +4%

Elongation at break is changed by -10%

Volume change +0.3%

Oil resistance test (ASTM D-471) Experimental conditions: 3# specification oil 150 ° C 70h

Hardness change -3

Tensile strength changes -2%

Break elongation change -8%

Volume change +2.8%

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–73022C

Glue: fluorine rubber

Color: brown

Features: Excellent fluidity in the mold, low shrinkage and long-lasting deformation, excellent tear resistance and metal insert adhesion, excellent vulcanization characteristics.

Uses: Applicable to the crankshaft oil seal of cars and motorcycles. Camshaft oil seal, gearbox oil seal, generator oil seal and other oil resistant high temperature oil seals and various gaskets.

MDR data 177 ° C 6min Arc 0.5 °

ML, Ib-in 1.842 MH, Ib-in 15.571

Ts2,min 1.12 T10,min 1.05

T50,min 1.43 T90,min 3.37

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 230 ° C 24h

Hardness (shore A) 73

Tensile strength 14.8Mpa

Elongation at break rate 240%

Tear off persistent deformation 3%

100% extension strength 6.1Mpa

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 18%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change +1

Tensile strength change -3%

Break elongation change -8%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -2

Tensile strength change +1%

Break elongation change -9%

Volume change +0.3%

Oil resistance test (ASTM D-471) Experimental conditions: 3# specification oil 150 ° C 70h

Hardness change -2

Tensile strength changes -4%

Elongation at break elongation -7%

Volume change +2.9%

Brittleness temperature -28 ° C

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–73022L

Glue: fluorine rubber

Color: brown

Features: Excellent fluidity in the model, low shrinkage and long-lasting deformation, excellent tear resistance and metal insert adhesion, excellent vulcanization characteristics, excellent low temperature function

Uses: Applicable to the crankshaft oil seal of cars and motorcycles. Camshaft oil seal, gearbox oil seal, generator oil seal and other oil resistant high and low temperature oil seals and various gaskets

MDR data 177 ° C 6min Arc 0.5 °

ML, Ib-in 1.723 MH, Ib-in 16.513

Ts2,min 1.23 T10,min 1.18

T50,min 1.57 T90,min 3.30

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 230 ° C 24h

Hardness (Shore A) 74

Tensile strength 15.1Mpa

Elongation at break 255%

Tear off persistent deformation 3%

100% extension strength 5.2Mpa

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 17%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change -1

Tensile strength change +8%

Elongation at break elongation -3%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -1

Tensile strength change -6%

Elongation at break is +9%

Volume change -0.2%

Oil resistance test (ASTM D-471) Experimental conditions: 3# specification oil 150 ° C 70h

Hardness change -3

Tensile strength change -9%

Elongation at break is +10%

Volume change +2.6%

Brittle temperature -37 ° C

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–70633E

Glue: fluorine rubber

Color: black

Features: excellent extrudability, low shrinkage and long-lasting deformation, excellent vulcanization characteristics

Use: Suitable for oil resistant and high temperature resistant hoses and cables.

MDR data 160°C 30min Arc 0.5 ̇

ML, Ib-in 0.837 MH, Ib-in 16.251

Ts2,min 5.52 T10,min 4.47

T50, min 8.51 T90, min 17.42

Vulcanized rubber function (ASTM D-412): 160 ° C 45min

Hardness (shore A) 70

Tensile strength 13.7Mpa

Elongation elongation 360%

Tear off persistent deformation 3%

100% extension strength 4.8Mpa

Tightening and lasting variant (ASTM D-395B) 125°C 70h Type B 32%

Vulcanized rubber function (ASTM D-412): 160 ° C 45min + 150 ° C 4h

Hardness (Shore A) 71

Tensile strength 14.6Mpa

Elongation at break rate 320%

Tear off persistent deformation 3%

100% extension strength 6.2Mpa

Tightening and lasting variant (ASTM D-395B) 125°C 70h Type B 25%

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–72611F

Glue: fluorine rubber

Color: black

Features: Excellent fluidity in the model, extremely low shrinkage and long-lasting deformation, excellent tear resistance, excellent vulcanization characteristics

Uses: Suitable for all kinds of oil and high temperature O-rings and gaskets

MDR data 177 ° C 6min Arc 0.5 °

ML, Ib-in 2.157 MH, Ib-in 17.823

Ts2,min 1.07 T10,min 0.58

T50,min 1.31 T90,min 3.05

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 230 ° C 24h

Hardness (Shore A) 72

Tensile strength 15.3Mpa

Elongation at break 210%

Tear off persistent deformation 2.0%

100% extension strength 6.7Mpa

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 14%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change +0

Tensile strength change +5%

Elongation at break elongation -5%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -1

Tensile strength change +3%

Break elongation change -8%

Volume change +0.3%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -3

Tensile strength changes -4%

Break elongation change -9%

Volume change +2.6%

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–73632F

Glue: fluorine rubber

Color: black

Features: Excellent fluidity in the mold, low shrinkage and long-lasting deformation, excellent tear resistance and metal insert adhesion, excellent vulcanization characteristics

Uses: Applicable to the crankshaft oil seal of cars and motorcycles. Camshaft oil seal, gearbox oil seal, generator oil seal and other oil resistant high temperature oil seals and various gaskets

MDR data 177 ° C 6 min

ML, Ib-in 1.571 MH, Ib-in 16.334

Ts2,min 1.21 T10,min 1.17

T50,min 1.59 T90,min 3.51

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 200 ° C 24h

Hardness (shore A) 73

Tensile strength 14.2Mpa

Elongation at break rate 245%

Tear off permanent deformation 2%

100% extension strength 5.3Mpa

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 21%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change +1

Tensile strength change +5%

Elongation at break is changed by -10%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -2

Tensile strength change +2%

Elongation at break is changed by -12%

Volume change +0.5%

Oil resistance test (ASTM D-471) Experimental conditions: 3# specification oil 150 ° C 70h

Hardness change -4

Tensile strength change -7%

Break elongation change -9%

Volume change +2.9%

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–75611M

Glue: fluorine rubber

Color: black

Features: Excellent fluidity in the model, extremely low shrinkage and long-lasting deformation, excellent tear resistance, excellent vulcanization characteristics

Uses: Suitable for all kinds of oil and high temperature O-rings and gaskets

MDR data 177 ° C 6min Arc 0.5 °

ML, Ib-in 1.539 MH, Ib-in 16.063

Ts2,min 1.23 T10,min 1.17

T50,min 2.02 T90,min 3.52

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 230 ° C 24h

Hardness (shore A) 75

Tensile strength 14.3Mpa

Elongation elongation 230%

Tear off persistent deformation 2.0%

100% extension strength 6.4

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 18%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change +0

Tensile strength change +5%

Elongation at break elongation -5%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -1

Tensile strength change +3%

Break elongation change -8%

Volume change +0.3%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -3

Tensile strength changes -4%

Break elongation change -9%

Volume change +2.6%

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.

DHF–78032F

Glue: fluorine rubber

Color: brown

Features: Excellent fluidity in the model, low shrinkage and long-lasting deformation, excellent wear resistance, excellent tear resistance and metal insert adhesion, excellent vulcanization characteristics, suitable for transfer molding and extrusion

Uses: Suitable for car, motorcycle engine valve oil seal, oil resistant high temperature resistant high pressure oil seal and gasket

MDR data 177 ° C 6min Arc 0.5 °

ML, Ib-in 1.392 MH, Ib-in 16.237

Ts2,min 1.01 T10,min 0.57

T50,min 1.30 T90,min 3.02

Vulcanized rubber function (ASTM D-412): 170 ° C 10min + 230 ° C 24h

Hardness (shore A) 78

Tensile strength 16.6Mpa

Elongation at break 200%

Cut off persistent deformation 3.9%

100% extension strength 7.2Mpa

Tightening and lasting variant (ASTM D-395B) 200°C 70h Type B 21%

Hot air aging test (ASTM D-537) aging conditions: 230 ° C 70h

Hardness change +1

Tensile strength change +2%

Elongation at break elongation -7%

Oil resistance test (ASTM D-471) Experimental conditions: 1# standard oil 150 ° C 70h

Hardness change -1

Tensile strength change +3%

Break elongation change -9%

Volume change +0.2%

Oil resistance test (ASTM D-471) Experimental conditions: 3# specification oil 150 ° C 70h

Hardness change -3

Tensile strength changes -4%

Elongation elongation change +1%

Volume change +2.4%

Note: The above experimental results are obtained in the laboratory and can be used as a reference. Your test results may vary depending on the refining process, testing equipment, and experimental methods.