TPU-Ester Texin® 245

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Technical Data Sheet

physical property	Test Condition	Test Method	Test Result
Shrinkage rate		ASTMD955	0.80 %
	Shrinkage rate		ASTMD955	0.80 %
		Shrinkage rate		ISO2577	0.80 %
		Shrinkage rate	Shrinkage rate		ISO2577	0.80 %
density		ASTMD792	1.21 g/cm³
density	density		ISO1183	1.21 g/cm³

hardness	Test Condition	Test Method	Test Result
		ASTMD2240	43
			ISO868	43

flammability	Test Condition	Test Method	Test Result
UL flame retardant rating		UL94	HB

Supplementary Information	Test Condition	Test Method	Test Result
CompressiveLoad		ASTMD575	3.86 MPa
	CompressiveLoad		ASTMD575	5.52 MPa
		CompressiveLoad		ASTMD575	0.689 MPa
			CompressiveLoad		ASTMD575	6.89 MPa
				CompressiveLoad		ASTMD575	8.96 MPa
					CompressiveLoad		ASTMD575	2.07 MPa
					CompressiveLoad	CompressiveLoad		ASTMD575	23.4 MPa

Impact resistance	Test Condition	Test Method	Test Result
Impact strength of cantilever beam gap		ASTMD256	180 J/m
Impact strength of cantilever beam gap	Impact strength of cantilever beam gap		ASTMD256	NoBreak

Mechanical properties	Test Condition	Test Method	Test Result
		ISO4649	70.0 mg
			ASTMD1044	70.0 mg
Flexural modulus		ASTMD790	68.9 MPa
	Flexural modulus		ASTMD790	51.7 MPa
		Flexural modulus		ISO178	68.9 MPa
		Flexural modulus	Flexural modulus		ISO178	51.7 MPa

elastomer	Test Condition	Test Method	Test Result
compression set		ISO815	18 %
tear strength		ISO34-1	120 kN/m
compression set		ASTMD395B	18 %
	compression set		ASTMD395B	18 %
		compression set		ASTMD395B	35 %
			compression set		ASTMD395B	43 %
				compression set		ASTMD395B	35 %
					compression set		ISO815	43 %
						compression set		ISO815	35 %
							compression set		ISO815	60 %
							compression set	compression set		ISO815	35 %
Basho elasticity		ASTMD2632	45 %
Tensile stress		ASTMD412	7.60 MPa
	Tensile stress		ASTMD412	9.00 MPa
		Tensile stress		ISO37	9.00 MPa
			Tensile stress		ASTMD412	20.7 MPa
			Tensile stress	Tensile stress		ISO37	20.7 MPa
tensile strength	Yield	ASTMD412	54.5 MPa
Tensile stress		ISO37	7.60 MPa
compression set		ASTMD395B	60 %
compression set	compression set		ISO815	18 %
Tensile stress	Yield	ISO37	54.5 MPa
elongation	Break	ASTMD412	500 %
elongation	elongation	Break	ISO37	500 %
tear strength		ASTMD624	123 kN/m

aging	Test Condition	Test Method	Test Result
Changes in tensile stress during fracture		ISO175	-4.0 %
	Changes in tensile stress during fracture		ISO175	-2.0 %
		Changes in tensile stress during fracture		ISO175	-5.0 %
			Changes in tensile stress during fracture		ISO175	10 %
				Changes in tensile stress during fracture		ISO175	3.0 %
				Changes in tensile stress during fracture	Changes in tensile stress during fracture		ISO175	8.0 %
volume change		ISO175	24 %
	volume change		ISO175	0.0 %
		volume change		ISO175	4.0 %
			volume change		ISO175	0.0 %
				volume change		ISO175	4.0 %
					volume change		ISO175	0.0 %
						volume change		ISO175	5.0 %
							volume change		ISO175	0.0 %
							volume change	volume change		ISO175	5.0 %
The rate of change in hardness of a hardness tester		ASTMD471	-3.0
	The rate of change in hardness of a hardness tester		ASTMD471	-3.0
		The rate of change in hardness of a hardness tester		ASTMD471	-3.0
			The rate of change in hardness of a hardness tester		ASTMD471	-2.0
				The rate of change in hardness of a hardness tester		ASTMD471	-5.0
					The rate of change in hardness of a hardness tester		ASTMD471	-3.0
					The rate of change in hardness of a hardness tester	The rate of change in hardness of a hardness tester		ASTMD471	-5.0
Change rate of ultimate elongation		ASTMD471	-2.0 %
ChangeinShoreHardness		ISO175	-3.0
	ChangeinShoreHardness		ISO175	-5.0
	ChangeinShoreHardness	ChangeinShoreHardness		ISO175	-3.0
volume change		ASTMD471	0.0 %
volume change	volume change		ASTMD471	22 %
Change rate of tensile strength		ISO175	10 %
The rate of change in hardness of a hardness tester		ASTMD471	-11
	The rate of change in hardness of a hardness tester		ASTMD471	-2.0
		The rate of change in hardness of a hardness tester		ASTMD471	-11
		The rate of change in hardness of a hardness tester	The rate of change in hardness of a hardness tester		ASTMD471	0.0
ChangeinShoreHardness		ISO175	-11
ChangeinShoreHardness	ChangeinShoreHardness		ISO175	-2.0
Change rate of ultimate elongation		ASTMD471	-5.0 %
	Change rate of ultimate elongation		ASTMD471	10 %
		Change rate of ultimate elongation		ASTMD471	3.0 %
			Change rate of ultimate elongation		ASTMD471	8.0 %
				Change rate of ultimate elongation		ASTMD471	5.0 %
					Change rate of ultimate elongation		ASTMD471	6.0 %
						Change rate of ultimate elongation		ASTMD471	10 %
						Change rate of ultimate elongation	Change rate of ultimate elongation		ASTMD471	19 %
volume change		ASTMD471	24 %
	volume change		ASTMD471	0.0 %
		volume change		ASTMD471	4.0 %
			volume change		ASTMD471	0.0 %
				volume change		ASTMD471	4.0 %
				volume change	volume change		ASTMD471	0.0 %
Change rate of tensile strength		ISO175	1.0 %
	Change rate of tensile strength		ISO175	2.0 %
	Change rate of tensile strength	Change rate of tensile strength		ISO175	-2.0 %
volume change		ASTMD471	0.0 %
	volume change		ASTMD471	5.0 %
	volume change	volume change		ISO175	0.0 %
Change rate of tensile strength		ISO175	-18 %
	Change rate of tensile strength		ASTMD471	-5.0 %
		Change rate of tensile strength		ASTMD471	-15 %
			Change rate of tensile strength		ASTMD471	-27 %
				Change rate of tensile strength		ASTMD471	7.0 %
					Change rate of tensile strength		ASTMD471	-18 %
						Change rate of tensile strength		ASTMD471	-14 %
							Change rate of tensile strength		ASTMD471	-28 %
								Change rate of tensile strength		ASTMD471	15 %
									Change rate of tensile strength		ASTMD471	-2.0 %
										Change rate of tensile strength		ASTMD471	2.0 %
											Change rate of tensile strength		ASTMD471	14 %
												Change rate of tensile strength		ASTMD471	2.0 %
													Change rate of tensile strength		ASTMD471	11 %
														Change rate of tensile strength		ASTMD471	4.0 %
															Change rate of tensile strength		ASTMD471	2.0 %
																Change rate of tensile strength		ASTMD471	-14 %
																	Change rate of tensile strength		ASTMD471	0.0 %
																		Change rate of tensile strength		ASTMD471	-9.0 %
																			Change rate of tensile strength		ISO175	-21 %
																				Change rate of tensile strength		ISO175	-21 %
																					Change rate of tensile strength		ISO175	-34 %
																						Change rate of tensile strength		ISO175	6.0 %
																							Change rate of tensile strength		ISO175	-2.0 %
																								Change rate of tensile strength		ISO175	-5.0 %
																									Change rate of tensile strength		ISO175	-18 %
																										Change rate of tensile strength		ISO175	-16 %
																											Change rate of tensile strength		ASTMD471	18 %
																												Change rate of tensile strength		ASTMD471	3.0 %
																													Change rate of tensile strength		ASTMD471	10 %
																														Change rate of tensile strength		ASTMD471	-10 %
																															Change rate of tensile strength		ASTMD471	-3.0 %
																																Change rate of tensile strength		ASTMD471	-2.0 %
																																	Change rate of tensile strength		ASTMD471	-5.0 %
																																	Change rate of tensile strength	Change rate of tensile strength		ASTMD471	-18 %
Changes in tensile stress during fracture in air		ISO216	2.0 %
Changes in tensile stress during fracture in air	Changes in tensile stress during fracture in air		ISO216	5.0 %
The rate of change in hardness of an air hardness tester		ASTMD573	-3.0
	The rate of change in hardness of an air hardness tester		ASTMD573	-4.0
		The rate of change in hardness of an air hardness tester		ASTMD573	-4.0
		The rate of change in hardness of an air hardness tester	The rate of change in hardness of an air hardness tester		ASTMD573	-5.0
Change rate of Shore hardness in air		ISO216	-3.0
	Change rate of Shore hardness in air		ISO216	-4.0
		Change rate of Shore hardness in air		ISO216	-4.0
		Change rate of Shore hardness in air	Change rate of Shore hardness in air		ISO216	-5.0
Change rate of tensile strength		ASTMD471	-3.0 %
Change rate of ultimate elongation in air		ASTMD573	5.0 %
Changes in tensile stress during fracture in air		ISO216	0.0 %
Changes in tensile stress during fracture in air	Changes in tensile stress during fracture in air		ISO216	2.0 %
Change rate of tensile strength in air		ASTMD573	2.0 %
	Change rate of tensile strength in air		ASTMD573	-1.0 %
		Change rate of tensile strength in air		ISO216	5.0 %
			Change rate of tensile strength in air		ISO216	4.0 %
				Change rate of tensile strength in air		ISO216	0.0 %
					Change rate of tensile strength in air		ISO216	9.0 %
					Change rate of tensile strength in air	Change rate of tensile strength in air		ASTMD573	5.0 %
Change rate of tensile strength		ASTMD471	1.0 %
Change rate of tensile strength	Change rate of tensile strength		ASTMD471	1.0 %
Change rate of tensile strength in air		ASTMD573	-4.0 %
	Change rate of tensile strength in air		ASTMD573	5.0 %
		Change rate of tensile strength in air		ISO216	-4.0 %
			Change rate of tensile strength in air		ISO216	5.0 %
				Change rate of tensile strength in air		ISO216	2.0 %
				Change rate of tensile strength in air	Change rate of tensile strength in air		ISO216	-1.0 %
The rate of change in hardness of a hardness tester		ASTMD471	-3.0
ChangeinShoreHardness		ISO175	-2.0
Change rate of ultimate elongation		ASTMD471	-4.0 %
	Change rate of ultimate elongation		ASTMD471	-1.0 %
		Change rate of ultimate elongation		ASTMD471	-6.0 %
			Change rate of ultimate elongation		ASTMD471	-8.0 %
				Change rate of ultimate elongation		ASTMD471	-3.0 %
				Change rate of ultimate elongation	Change rate of ultimate elongation		ASTMD471	-4.0 %
volume change		ISO175	22 %
	volume change		ISO175	1.0 %
		volume change		ISO175	22 %
			volume change		ISO175	1.0 %
				volume change		ISO175	24 %
				volume change	volume change		ISO175	1.0 %
ChangeinShoreHardness		ISO175	-3.0
	ChangeinShoreHardness		ISO175	-3.0
		ChangeinShoreHardness		ISO175	-2.0
		ChangeinShoreHardness	ChangeinShoreHardness		ISO175	-5.0
Change rate of tensile strength		ISO175	-2.0 %
	Change rate of tensile strength		ISO175	2.0 %
		Change rate of tensile strength		ISO175	14 %
			Change rate of tensile strength		ISO175	2.0 %
				Change rate of tensile strength		ISO175	11 %
					Change rate of tensile strength		ISO175	1.0 %
						Change rate of tensile strength		ISO175	-1.0 %
							Change rate of tensile strength		ISO175	-2.0 %
								Change rate of tensile strength		ISO175	18 %
									Change rate of tensile strength		ISO175	3.0 %
										Change rate of tensile strength		ISO175	0.0 %
											Change rate of tensile strength		ISO175	0.0 %
												Change rate of tensile strength		ISO175	-19 %
													Change rate of tensile strength		ISO175	-15 %
														Change rate of tensile strength		ISO175	-27 %
															Change rate of tensile strength		ISO175	7.0 %
																Change rate of tensile strength		ISO175	-1.0 %
																	Change rate of tensile strength		ISO175	-3.0 %
																		Change rate of tensile strength		ASTMD471	20 %
																			Change rate of tensile strength		ISO175	-14 %
																				Change rate of tensile strength		ISO175	-28 %
																					Change rate of tensile strength		ISO175	15 %
																						Change rate of tensile strength		ASTMD471	-16 %
																							Change rate of tensile strength		ASTMD471	-28 %
																								Change rate of tensile strength		ASTMD471	0.0 %
																									Change rate of tensile strength		ASTMD471	0.0 %
																										Change rate of tensile strength		ASTMD471	0.0 %
																											Change rate of tensile strength		ASTMD471	-19 %
																												Change rate of tensile strength		ASTMD471	3.0 %
																													Change rate of tensile strength		ASTMD471	-21 %
																														Change rate of tensile strength		ASTMD471	-21 %
																															Change rate of tensile strength		ASTMD471	-34 %
																															Change rate of tensile strength	Change rate of tensile strength		ASTMD471	6.0 %
Change rate of tensile strength in air		ISO216	8.0 %
	Change rate of tensile strength in air		ISO216	3.0 %
		Change rate of tensile strength in air		ASTMD573	4.0 %
			Change rate of tensile strength in air		ASTMD573	0.0 %
				Change rate of tensile strength in air		ASTMD573	9.0 %
					Change rate of tensile strength in air		ASTMD573	3.0 %
						Change rate of tensile strength in air		ASTMD573	2.0 %
							Change rate of tensile strength in air		ASTMD573	8.0 %
							Change rate of tensile strength in air	Change rate of tensile strength in air		ASTMD573	3.0 %
Changes in tensile stress during fracture		ISO175	5.0 %
	Changes in tensile stress during fracture		ISO175	6.0 %
		Changes in tensile stress during fracture		ISO175	10 %
			Changes in tensile stress during fracture		ISO175	19 %
			Changes in tensile stress during fracture	Changes in tensile stress during fracture		ISO175	10 %
The rate of change in hardness of a hardness tester		ASTMD471	-2.0
ChangeinShoreHardness		ISO175	-11
	ChangeinShoreHardness		ISO175	0.0
		ChangeinShoreHardness		ISO175	-11
			ChangeinShoreHardness		ISO175	-1.0
				ChangeinShoreHardness		ISO175	-11
				ChangeinShoreHardness	ChangeinShoreHardness		ISO175	-3.0
Changes in tensile stress during fracture		ISO175	-1.0 %
	Changes in tensile stress during fracture		ISO175	-6.0 %
		Changes in tensile stress during fracture		ISO175	-8.0 %
		Changes in tensile stress during fracture	Changes in tensile stress during fracture		ISO175	-3.0 %
Change rate of ultimate elongation		ASTMD471	10 %
Changes in tensile stress during fracture		ISO175	-4.0 %
The rate of change in hardness of a hardness tester		ASTMD471	-11
	The rate of change in hardness of a hardness tester		ASTMD471	-1.0
	The rate of change in hardness of a hardness tester	The rate of change in hardness of a hardness tester		ASTMD471	-11
volume change		ASTMD471	1.0 %
	volume change		ASTMD471	22 %
		volume change		ASTMD471	1.0 %
			volume change		ASTMD471	24 %
			volume change	volume change		ASTMD471	1.0 %
Change rate of tensile strength		ISO175	-10 %
	Change rate of tensile strength		ISO175	-3.0 %
		Change rate of tensile strength		ISO175	-5.0 %
			Change rate of tensile strength		ISO175	20 %
				Change rate of tensile strength		ISO175	4.0 %
					Change rate of tensile strength		ISO175	2.0 %
						Change rate of tensile strength		ISO175	-14 %
							Change rate of tensile strength		ISO175	0.0 %
							Change rate of tensile strength	Change rate of tensile strength		ISO175	-9.0 %
volume change		ASTMD471	5.0 %
Change rate of tensile strength		ASTMD471	-1.0 %
	Change rate of tensile strength		ISO175	3.0 %
		Change rate of tensile strength		ISO175	-28 %
			Change rate of tensile strength		ISO175	0.0 %
				Change rate of tensile strength		ASTMD471	1.0 %
					Change rate of tensile strength		ASTMD471	2.0 %
						Change rate of tensile strength		ASTMD471	-2.0 %
							Change rate of tensile strength		ISO175	1.0 %
								Change rate of tensile strength		ISO175	1.0 %
									Change rate of tensile strength		ASTMD471	1.0 %
										Change rate of tensile strength		ASTMD471	-1.0 %
										Change rate of tensile strength	Change rate of tensile strength		ASTMD471	-2.0 %
Change rate of ultimate elongation in air		ASTMD573	0.0 %
	Change rate of ultimate elongation in air		ASTMD573	2.0 %
	Change rate of ultimate elongation in air	Change rate of ultimate elongation in air		ASTMD573	2.0 %
Change rate of tensile strength in air		ISO216	3.0 %
Change rate of tensile strength in air	Change rate of tensile strength in air		ISO216	2.0 %

Thermal performance	Test Condition	Test Method	Test Result
brittle temperature		ASTMD746	<-68.0 °C
brittle temperature	brittle temperature		ISO974	<-68.0 °C
Glass Transition Temperature		DMA	-46.0 °C
vicat		ASTMD15254	148 °C
vicat	vicat		ISO306/50	148 °C
RTI Elec		UL746	50.0 °C
RTI Imp		UL746	50.0 °C
RTI Str		UL746	50.0 °C

IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.

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