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PBT CELANEX 2405MT

PBT CELANEX 2405MT

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CELANEX  2405MT

CELANEX® PBT

PBT

Characteristics

Processing

Injection Moulding

Delivery form

Pellets

Additives

Lubricants, Release agent, Low wear / Low friction

Product Text

Celanex 2405MT is an unfilled, tribologically-modified, medium flow PBT grade for injection molding processing.

Celanex 2405MT is a special grade developed for medical industry applications and complies with:

  • CFR 21 (177.1660) of the Food and Drug Administration (FDA) and is listed in the Drug Master File (DMF 10047 (US) / 10033 (EU)) and the Device Master File (MAF 443 (US) / 1078 (EU))

  • the corresponding EU and national registry regulatory requirements

  • biocompatibility in tests corresponding to USP 23 Class VI/*** 10993

  • low residual monomers

  • no animal products


Product information

Value

Test Norm

Resin Identification

PBT


*** 1043

Part Marking Code

>PBT<


*** 11469



Rheological properties

Value

Unit

Test Norm

Melt volume-flow rate

20

cm³/10min

*** 1133

Temperature

250

°C


Load

2.16

kg


Moulding shrinkage, parallel

1.8

%

*** 294-4, 2577

Moulding shrinkage range, parallel

1.5 - 2

%

*** 294-4, 2577

Moulding shrinkage, normal

1.8

%

*** 294-4, 2577

Moulding shrinkage range, normal

1.5 - 2

%

*** 294-4, 2577



Mechanical properties

Value

Unit

Test Norm

Tensile modulus

2600

MPa

*** 527-1/-2

Tensile stress at yield, 50mm/min

60

MPa

*** 527-1/-2

Tensile strain at yield, 50mm/min

4

%

*** 527-1/-2

Tensile stress at 50% strain

30

MPa

*** 527-1/-2

Nominal strain at break

>50

%

*** 527-1/-2

Flexural modulus

2500

MPa

*** 178

Flexural strength

80

MPa

*** 178

Charpy impact strength, 23°C

N

kJ/m²

*** 179/1eU

Charpy impact strength, -30°C

190

kJ/m²

*** 179/1eU

Charpy notched impact strength, 23°C

5

kJ/m²

*** 179/1eA

Charpy notched impact strength, -30°C

5

kJ/m²

*** 179/1eA

Izod notched impact strength, 23°C

5

kJ/m²

*** 180/1A

Poisson&#39;s ratio

0.38[C]



[C]: Calculated



Thermal properties

Value

Unit

Test Norm

Melting temperature, 10°C/min

225

°C

*** 11357-1/-3

Glass transition temperature, 10°C/min

60

°C

*** 11357-1/-3

Temperature of deflection under load, 1.8 MPa

55

°C

*** 75-1/-2

Temperature of deflection under load, 0.45 MPa

150

°C

*** 75-1/-2

Vicat softening temperature, 50°C/h 50N

190

°C

*** 306

Coefficient of linear thermal expansion (CLTE), parallel

110

E-6/K

*** 11359-1/-2



Flammability

Value

Unit

Test Norm

Burning Behav. at thickness h

HB

class

IEC 60695-11-10

Thickness tested

0.8

mm

IEC 60695-11-10

Oxygen index

20

%

*** 4589-1/-2



Electrical properties

Value

Unit

Test Norm

Relative permittivity, 100Hz

4


IEC 62631-2-1

Relative permittivity, 1MHz

3.5


IEC 62631-2-1

Dissipation factor, 100Hz

14

E-4

IEC 62631-2-1

Dissipation factor, 1MHz

220

E-4

IEC 62631-2-1

Volume resistivity

1E13

Ohm.m

IEC 62631-3-1

Surface resistivity

1E15

Ohm

IEC 62631-3-2

Electric strength

23

kV/mm

IEC 60243-1

Comparative tracking index

600


IEC 60112



Physical/Other properties

Value

Unit

Test Norm

Density

1310

kg/m³

*** 1183



Injection

Value

Unit

Drying Recommended

yes



Drying Temperature

140

°C


Drying Time, Dehumidified Dryer

4 - 6

h


Processing Moisture Content

≤0.01

%


Melt Temperature Optimum

250

°C


Min. melt temperature

240

°C


Max. melt temperature

260

°C


Screw tangential speed

0.1 - 0.3

m/s


Mold Temperature Optimum

80

°C


Min. mould temperature

60

°C


Max. mould temperature

130

°C


Ejection temperature

188

°C



Additional information

Injection molding

To minimize the volatile content in the final product, dry the resin to ≤0.01% water content.  In injection molding, use the lowest possible melt temperature (recommended 240 °C) and shortest feasible residence time (recommended 2-3 minutes).  Store the parts in a ventilated, clean area before use.  If assistance is needed please contact your Celanese account representative. 

These recommendations are based on internal Celanese testing.  For drying and injection molding conditions outside the above parameters, customer must test for and verify suitably low volatiles emissions on molded articles to confirm the final product is suitably pure for its intended use.
 

Processing Notes


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