Texin® 255 - SOLIAO

About
Texin 255 resin is a polyester-based thermoplastic polyurethane with a Shore hardness of approximately 55D. It can be processed by injection molding;extrusion processes are not recommended.&&

Product Description
Supplier	Covestro
Generic	TPU-酯
Material Status	Commercial: Active
Features	Good flexibility,High impact resistance,Food contact compliance,Good wear resistance,Grease resistance,Fuel resistance,HB
Availabilitys	North America
Process Methods	Injection Molding

Technical Data
PHYSICAL	Nominal value	Unit	Test method
Density	1.21	g/cm³	ASTM D792
Density	1.21	g/cm³	ISO 1183
Shrinkage rate			ISO 2577
TD：2.54 mm	0.80	%	ASTM D955
MD：2.54 mm	0.80	%	ASTM D955
TD：2.54 mm	0.80	%	ISO 2577
MD：2.54 mm	0.80	%	ISO 2577

MECHANICAL	Nominal value	Unit	Test method
Shore hardness
Shaw’s D	55		ASTM D2240
Shaw’s D	55		ISO 868
Bending modulus			ASTM D790
-30℃	1210	MPa	ASTM D790
23℃	68.9	MPa	ASTM D790
70℃	51.7	MPa	ASTM D790
Bending modulus			ISO 178
-30℃	1210	MPa	ISO 178
23℃	68.9	MPa	ISO 178
70℃	51.7	MPa	ISO 178
shear strength	38.5	MPa	ASTM D732
Taber abraser
1000 cycles, 1000 g, H-18 wheels	50.0	mg	ISO 4649
1000 cycles, 1000 g, H-18 wheels	50.0	mg	ASTM D1044

elastic body	Nominal value	Unit	Test method
tensile strength
yield	63.4	MPa	ISO 37
yield	63.4	MPa	ASTM D412
300% strain	32.4	MPa	ISO 37
300% strain	32.4	MPa	ASTM D412
100% strain	15.9	MPa	ISO 37
100% strain	15.9	MPa	ASTM D412
50% strain	12.4	MPa	ISO 37
50% strain	12.4	MPa	ASTM D412
Tensile strain
fracture	500	%	ASTM D412
fracture	500	%	ISO 37
tear strength	158	kN/m	ASTM D624
tear strength	160	kN/m	ISO 34-1
Compression deformation			ASTM D395B
23℃，22 hr	15	%	ASTM D395B
23℃，22 hr	20	%	ASTM D395B
70℃，22 hr	35	%	ASTM D395B
70℃，22 hr	65	%	ASTM D395B
100℃，22 hr	50	%	ASTM D395B
100℃，22 hr	75	%	ASTM D395B
Compression deformation			ISO 815
23℃，22 hr	15	%	ISO 815
23℃，22 hr	20	%	ISO 815
70℃，22 hr	35	%	ISO 815
70℃，22 hr	65	%	ISO 815
100℃，22 hr	75	%	ISO 815
100℃，22 hr	50	%	ISO 815
Basho’s elasticity	40	%	ASTM D2632

IMPACT	Nominal value	Unit	Test method
Dart impact equipped with measuring instruments			ASTM D3763
-30℃，2.54 mm，Total Energy	50.0	J	ASTM D3763
23℃，2.54 mm，Total Energy	57.8	J	ASTM D3763

THERMAL	Nominal value	Unit	Test method
Hot deformation temperature
0.45 MPa, unannealed	59.0	℃	ISO 75-2/B
0.45 MPa, unannealed	59.0	℃	ASTM D648
Embrittlement temperature	< -68.0	℃	ASTM D746
Embrittlement temperature	< -68.0	℃	ISO 974
Glass transition temperature	-26.0	℃	DMA
Vicat Softening Temp	168	℃	ASTM D1525 5
Vicat Softening Temp	168	℃	ISO 306/50
Linear coefficient of thermal expansion
MD	1.3E-4	1/℃	ASTM D696

Aging performance	Nominal value	Unit	Test method
The rate of change in tensile strength in air			ASTM D573
100℃，70 hr	3.0	%	ASTM D573
100% Strain，100℃，70 hr	11	%	ASTM D573
300% Strain，100℃，70 hr	1.0	%	ASTM D573
100℃，168 hr	8.0	%	ASTM D573
100% Strain，100℃，168 hr	4.0	%	ASTM D573
300% Strain，100℃，168 hr	-5.0	%	ASTM D573
100℃，336 hr	14	%	ASTM D573
100% Strain，100℃，336 hr	13	%	ASTM D573
300% Strain，100℃，336 hr	-1.0	%	ASTM D573
100℃，504 hr	14	%	ASTM D573
100% Strain，100℃，504 hr	14	%	ASTM D573
300% Strain，100℃，504 hr	1.0	%	ASTM D573
125℃，70 hr	-20	%	ASTM D573
100% Strain，125℃，70 hr	7.0	%	ASTM D573
300% Strain，125℃，70 hr	-23	%	ASTM D573
125℃，168 hr	-11	%	ASTM D573
100% Strain，125℃，168 hr	-2.0	%	ASTM D573
300% Strain，125℃，168 hr	-15	%	ASTM D573
125℃，336 hr	-23	%	ASTM D573
100% Strain，125℃，336 hr	8.0	%	ASTM D573
300% Strain，125℃，336 hr	-27	%	ASTM D573
125℃，504 hr	-27	%	ASTM D573
100% Strain，125℃，504 hr	4.0	%	ASTM D573
300% Strain，125℃，504 hr	-30	%	ASTM D573
The rate of change in tensile strength in air			ISO 216
100℃，70 hr	3.0	%	ISO 216
100% Strain 100℃，70 hr	11	%	ISO 216
300% Strain 100℃，70 hr	1.0	%	ISO 216
100℃，168 hr	8.0	%	ISO 216
100% Strain 100℃，168 hr	4.0	%	ISO 216
300% Strain 100℃，168 hr	-5.0	%	ISO 216
100℃，336 hr	14	%	ISO 216
100% Strain 100℃，336 hr	13	%	ISO 216
300% Strain 100℃，336 hr	-1.0	%	ISO 216
100℃，504 hr	14	%	ISO 216
100% Strain 100℃，504 hr	14	%	ISO 216
300% Strain 100℃，504 hr	1.0	%	ISO 216
125℃，70 hr	-20	%	ISO 216
100% Strain 125℃，70 hr	7.0	%	ISO 216
300% Strain 125℃，70 hr	-23	%	ISO 216
125℃，168 hr	-11	%	ISO 216
100% strain 125 ℃, 168 hr	-2.0	%	ISO 216
300% Strain 125℃，168 hr	-15	%	ISO 216
125℃，336 hr	-23	%	ISO 216
100% Strain 125℃，336 hr	8.0	%	ISO 216
300% Strain 125℃，336 hr	-27	%	ISO 216
125℃，504 hr	-27	%	ISO 216
100% Strain 125℃，504 hr	4.0	%	ISO 216
300% Strain 125℃，504 hr	-30	%	ISO 216
The rate of change in ultimate elongation in air			ASTM D573
100℃，70 hr	-3.0	%	ASTM D573
100℃，168 hr	7.0	%	ASTM D573
100℃，336 hr	14	%	ASTM D573
100℃，504 hr	15	%	ASTM D573
125℃，70 hr	28	%	ASTM D573
125℃，168 hr	24	%	ASTM D573
125℃，336 hr	35	%	ASTM D573
125℃，504 hr	30	%	ASTM D573
Changes in tensile stress during fracture in air			ISO 216
100℃，70 hr	-3.0	%	ISO 216
100℃，168 hr	7.0	%	ISO 216
100℃，336 hr	14	%	ISO 216
100℃，504 hr	15	%	ISO 216
125℃，70 hr	28	%	ISO 216
125℃，168 hr	24	%	ISO 216
125℃，336 hr	35	%	ISO 216
125℃，504 hr	30	%	ISO 216
The rate of change in hardness of a hardness tester in the air			ASTM D573
Shore D, 100 ℃, 70 hr	-2.0		ASTM D573
Shore D, 100 ℃, 168 hr	-1.0		ASTM D573
Shore D, 100 ℃, 336 hr	0.0		ASTM D573
Shore D, 100 ℃, 504 hr	0.0		ASTM D573
Shore D, 125 ℃, 70 hr	1.0		ASTM D573
Support D, 125 ℃, 168 hr	0.0		ASTM D573
Shaw’s D, 125 ℃, 336 hr	-5.0		ASTM D573
Shaw’s D, 125 ℃, 504 hr	-4.0		ASTM D573
The rate of change of Shore hardness in air			ISO 216
Shore D, 100 ℃, 70 hr	-2.0		ISO 216
Shore D, 100 ℃, 168 hr	-1.0		ISO 216
Shore D, 100 ℃, 336 hr	0.0		ISO 216
Shore D, 100 ℃, 504 hr	0.0		ISO 216
Shore D, 125 ℃, 70 hr	1.0		ISO 216
Support D, 125 ℃, 168 hr	0.0		ISO 216
Shaw’s D, 125 ℃, 336 hr	-5.0		ISO 216
Shaw’s D, 125 ℃, 504 hr	-4.0		ISO 216
The rate of change in tensile strength			ASTM D471
23℃，70 hr，in Reference Fuel A（Isooctane）	6.0	%	ASTM D471
100% Strain，23℃，70 hr，in Reference Fuel A（Isooctane）	2.0	%	ASTM D471
300% Strain，23℃，70 hr，in Reference Fuel A（Isooctane）	5.0	%	ASTM D471
23 ℃, 70 hr, methanol	1.0	%	ASTM D471
100% Strain，23℃，70 hr，in Reference Fuel C	-19	%	ASTM D471
300% Strain，23℃，70 hr，in Reference Fuel C	-22	%	ASTM D471
23℃，168 hr，in Reference Fuel A（Isooctane）	-3.0	%	ASTM D471
100% Strain，23℃，168 hr，in Reference Fuel A（Isooctane）	-2.0	%	ASTM D471
300% Strain，23℃，168 hr，in Reference Fuel A（Isooctane）	-11	%	ASTM D471
23 ℃, 168 hr, methanol	-4.0	%	ASTM D471
100% Strain，23℃，168 hr，in Reference Fuel C	-27	%	ASTM D471
300% Strain，23℃，168 hr，in Reference Fuel C	-34	%	ASTM D471
23℃，336 hr，in Reference Fuel A（Isooctane）	6.0	%	ASTM D471
100% Strain，23℃，336 hr，in Reference Fuel A（Isooctane）	3.0	%	ASTM D471
300% Strain，23℃，336 hr，in Reference Fuel A（Isooctane）	-1.0	%	ASTM D471
23℃，336 hr，in Reference Fuel C	-10	%	ASTM D471
100% Strain，23℃，336 hr，in Reference Fuel C	-32	%	ASTM D471
300% Strain，23℃，336 hr，in Reference Fuel C	-35	%	ASTM D471
23℃，504 hr，in Reference Fuel A（Isooctane）	-1.0	%	ASTM D471
100% Strain，23℃，504 hr，in Reference Fuel A（Isooctane）	5.0	%	ASTM D471
300% Strain，23℃，504 hr，in Reference Fuel A（Isooctane）	3.0	%	ASTM D471
23℃，504 hr，in Reference Fuel C	-11	%	ASTM D471
100% Strain，23℃，504 hr，in Reference Fuel C	-27	%	ASTM D471
300% Strain，23℃，504 hr，in Reference Fuel C	-28	%	ASTM D471
100 ℃, 70 hr, in ASTM # 1 oil	18	%	ASTM D471
100% Strain，100℃，70 hr，in ASTM #1 Oil	12	%	ASTM D471
300% Strain，100℃，70 hr，in ASTM #1 Oil	7.0	%	ASTM D471
100 ℃, 70 hr, in ASTM # 3 oil	19	%	ASTM D471
100% Strain，100℃，70 hr，in ASTM #3 Oil	16	%	ASTM D471
300% Strain，100℃，70 hr，in ASTM #3 Oil	13	%	ASTM D471
100℃，168 hr，in ASTM #1 Oil	-4.0	%	ASTM D471
100% Strain，100℃，168 hr，in ASTM #1 Oil	14	%	ASTM D471
300% Strain，100℃，168 hr，in ASTM #1 Oil	2.0	%	ASTM D471
100℃，336 hr，in ASTM #1 Oil	-20	%	ASTM D471
100% Strain，100℃，336 hr，in ASTM #1 Oil	14	%	ASTM D471
300% Strain，100℃，336 hr，in ASTM #1 Oil	-9.0	%	ASTM D471
100℃，504 hr，in ASTM #1 Oil	-29	%	ASTM D471
100% Strain，100℃，504 hr，in ASTM #1 Oil	15	%	ASTM D471
300% Strain，100℃，504 hr，in ASTM #1 Oil	-14	%	ASTM D471
100℃，504 hr，in ASTM #3 Oil	-18	%	ASTM D471
100% Strain，100℃，504 hr，in ASTM #3 Oil	2.0	%	ASTM D471
300% Strain，100℃，504 hr，in ASTM #3 Oil	-12	%	ASTM D471
The rate of change in tensile strength			ISO 175
23℃，70 hr，in Reference Fuel A（Isooctane）	6.0	%	ISO 175
100% Strain，23℃，70 hr，in Reference Fuel A（Isooctane）	2.0	%	ISO 175
300% Strain，23℃，70 hr，in Reference Fuel A（Isooctane）	5.0	%	ISO 175
23 ℃, 70 hr, methanol	1.0	%	ISO 175
100% Strain，23℃，70 hr，in Reference Fuel C	-19	%	ISO 175
300% Strain，23℃，70 hr，in Reference Fuel C	-22	%	ISO 175
23℃，168 hr，in Reference Fuel A（Isooctane）	-3.0	%	ISO 175
100% Strain，23℃，168 hr，in Reference Fuel A（Isooctane）	-2.0	%	ISO 175
300% Strain，23℃，168 hr，in Reference Fuel A（Isooctane）	-11	%	ISO 175
23 ℃, 168 hr, methanol	-4.0	%	ISO 175
100% Strain，23℃，168 hr，in Reference Fuel C	-27	%	ISO 175
300% Strain，23℃，168 hr，in Reference Fuel C	-34	%	ISO 175
23℃，336 hr，in Reference Fuel A（Isooctane）	6.0	%	ISO 175
100% Strain，23℃，336 hr，in Reference Fuel A（Isooctane）	3.0	%	ISO 175
300% Strain，23℃，336 hr，in Reference Fuel A（Isooctane）	-1.0	%	ISO 175
23℃，336 hr，in Reference Fuel C	-10	%	ISO 175
100% Strain，23℃，336 hr，in Reference Fuel C	-32	%	ISO 175
300% Strain，23℃，336 hr，in Reference Fuel C	-35	%	ISO 175
23℃，504 hr，in Reference Fuel A（Isooctane）	-1.0	%	ISO 175
100% Strain，23℃，504 hr，in Reference Fuel A（Isooctane）	5.0	%	ISO 175
300% Strain，23℃，504 hr，in Reference Fuel A（Isooctane）	3.0	%	ISO 175
23℃，504 hr，in Reference Fuel C	-11	%	ISO 175
100% Strain，23℃，504 hr，in Reference Fuel C	-27	%	ISO 175
300% Strain，23℃，504 hr，in Reference Fuel C	-28	%	ISO 175
100 ℃, 70 hr, in ASTM # 1 oil	18	%	ISO 175
100% Strain，100℃，70 hr，in ASTM #1 Oil	12	%	ISO 175
300% Strain，100℃，70 hr，in ASTM #1 Oil	7.0	%	ISO 175
100 ℃, 70 hr, in ASTM # 3 oil	19	%	ISO 175
100% Strain，100℃，70 hr，in ASTM #3 Oil	16	%	ISO 175
300% Strain，100℃，70 hr，in ASTM #3 Oil	13	%	ISO 175
100℃，168 hr，in ASTM #1 Oil	-4.0	%	ISO 175
100% Strain，100℃，168 hr，in ASTM #1 Oil	14	%	ISO 175
300% Strain，100℃，168 hr，in ASTM #1 Oil	2.0	%	ISO 175
100℃，336 hr，in ASTM #1 Oil	-20	%	ISO 175
100% Strain，100℃，336 hr，in ASTM #1 Oil	14	%	ISO 175
300% Strain，100℃，336 hr，in ASTM #1 Oil	-9.0	%	ISO 175
100℃，504 hr，in ASTM #1 Oil	-29	%	ISO 175
100% Strain，100℃，504 hr，in ASTM #1 Oil	15	%	ISO 175
300% Strain，100℃，504 hr，in ASTM #1 Oil	-14	%	ISO 175
100℃，504 hr，in ASTM #3 Oil	-18	%	ISO 175
100% Strain，100℃，504 hr，in ASTM #3 Oil	2.0	%	ISO 175
300% Strain，100℃，504 hr，in ASTM #3 Oil	-12	%	ISO 175
Change rate of ultimate elongation			ASTM D471
23℃，70 hr，in Reference Fuel A（Isooctane）	-4.0	%	ASTM D471
23 ℃, 70 hr, methanol	5.0	%	ASTM D471
23℃，168 hr，in Reference Fuel A（Isooctane）	9.0	%	ASTM D471
23 ℃, 168 hr, methanol	6.0	%	ASTM D471
23℃，336 hr，in Reference Fuel A（Isooctane）	-4.0	%	ASTM D471
23℃，336 hr，in Reference Fuel C	-2.0	%	ASTM D471
23℃，504 hr，in Reference Fuel A（Isooctane）	-2.0	%	ASTM D471
23℃，504 hr，in Reference Fuel C	-8.0	%	ASTM D471
100 ℃, 70 hr, in ASTM # 1 oil	8.0	%	ASTM D471
100 ℃, 70 hr, in ASTM # 3 oil	6.0	%	ASTM D471
100℃，168 hr，in ASTM #1 Oil	12	%	ASTM D471
100℃，336 hr，in ASTM #1 Oil	24	%	ASTM D471
100℃，504 hr，in ASTM #1 Oil	16	%	ASTM D471
100℃，504 hr，in ASTM #3 Oil	20	%	ASTM D471
Changes in tensile stress during fracture			ISO 175
23℃，70 hr，in Reference Fuel A（Isooctane）	-4.0	%	ISO 175
23 ℃, 70 hr, methanol	5.0	%	ISO 175
23℃，168 hr，in Reference Fuel A（Isooctane）	9.0	%	ISO 175
23 ℃, 168 hr, methanol	6.0	%	ISO 175
23℃，336 hr，in Reference Fuel A（Isooctane）	-4.0	%	ISO 175
23℃，336 hr，in Reference Fuel C	-2.0	%	ISO 175
23℃，504 hr，in Reference Fuel A（Isooctane）	-2.0	%	ISO 175
23℃，504 hr，in Reference Fuel C	-8.0	%	ISO 175
100 ℃, 70 hr, in ASTM # 1 oil	8.0	%	ISO 175
100 ℃, 70 hr, in ASTM # 3 oil	6.0	%	ISO 175
100℃，168 hr，in ASTM #1 Oil	12	%	ISO 175
100℃，336 hr，in ASTM #1 Oil	24	%	ISO 175
100℃，504 hr，in ASTM #1 Oil	16	%	ISO 175
100℃，504 hr，in ASTM #3 Oil	20	%	ISO 175
The rate of change in Shore hardness			ASTM D471
Shore D, 23 ℃, 70 hr, in reference fuel A (isooctane)	-4.0		ASTM D471
Shore D, 23°C, 70 hr, in Reference Fuel C	-7.0		ASTM D471
Shore D, 23 ℃, 168 hr, in reference fuel A (isooctane)	1.0		ASTM D471
Shore D, 23 ℃, 168 hr, in reference fuel	-4.0		ASTM D471
Shore D, 23 ℃, 336 hr, in reference fuel A (isooctane)	-1.0		ASTM D471
Shore D, 23 ℃, 336 hr, in reference fuel C	-6.0		ASTM D471
Shore D, 23 ℃, 504 hr, in reference fuel A (isooctane)	6.0		ASTM D471
Shore D, 23 ℃, 504 hr, in reference fuel C	-8.0		ASTM D471
Shore D, 100°C, 70 hr, in ASTM #1 Oil	2.0		ASTM D471
Shore D, 100 ℃, 70 hr, in ASTM # 3 oil	2.0		ASTM D471
Shore D, 100°C, 168 hr, in ASTM #1 Oil	1.0		ASTM D471
Shore D, 100 ℃, 336 hr, in ASTM # 1 oil	-2.0		ASTM D471
Shore D, 100 ℃, 504 hr, in ASTM # 1 oil	0.0		ASTM D471
Shore D, 100 ℃, 504 hr, in ASTM # 3 oil	-1.0		ASTM D471
The rate of change in Shore hardness			ISO 175
Shore D, 23 ℃, 70 hr, in reference fuel A (isooctane)	-4.0		ISO 175
Shore D, 23°C, 70 hr, in Reference Fuel C	-7.0		ISO 175
Shore D, 23 ℃, 168 hr, in reference fuel A (isooctane)	1.0		ISO 175
Shore D, 23 ℃, 168 hr, in reference fuel	-4.0		ISO 175
Shore D, 23 ℃, 336 hr, in reference fuel A (isooctane)	-1.0		ISO 175
Shore D, 23 ℃, 336 hr, in reference fuel C	-6.0		ISO 175
Shore D, 23 ℃, 504 hr, in reference fuel A (isooctane)	6.0		ISO 175
Shore D, 23 ℃, 504 hr, in reference fuel C	-8.0		ISO 175
Shore D, 100°C, 70 hr, in ASTM #1 Oil	2.0		ISO 175
Shore D, 100 ℃, 70 hr, in ASTM # 3 oil	2.0		ISO 175
Shore D, 100°C, 168 hr, in ASTM #1 Oil	1.0		ISO 175
Shore D, 100 ℃, 336 hr, in ASTM # 1 oil	-2.0		ISO 175
Shore D, 100 ℃, 504 hr, in ASTM # 1 oil	0.0		ISO 175
Shore D, 100 ℃, 504 hr, in ASTM # 3 oil	-1.0		ISO 175
Volume change			ASTM D471
23℃，70 hr，in Reference Fuel A	0.0	%	ASTM D471
23 ℃, 70 hr, methanol	6.0	%	ASTM D471
23℃，168 hr，in Reference Fuel A	0.0	%	ASTM D471
23 ℃, 168 hr, methanol	10	%	ASTM D471
23℃，336 hr，in Reference Fuel A	0.0	%	ASTM D471
23℃，336 hr，in Reference Fuel C	14	%	ASTM D471
23℃，504 hr，in Reference Fuel A	0.0	%	ASTM D471
23℃，504 hr，in Reference Fuel C	14	%	ASTM D471
100 ℃, 70 hr, in ASTM # 1 oil	-1.0	%	ASTM D471
100 ℃, 70 hr, in ASTM # 3 oil	2.0	%	ASTM D471
100℃，168 hr，in ASTM #1 Oil	0.0	%	ASTM D471
100℃，336 hr，in ASTM #1 Oil	-1.0	%	ASTM D471
100℃，504 hr，in ASTM #1 Oil	-1.0	%	ASTM D471
100℃，504 hr，in ASTM #3 Oil	4.0	%	ASTM D471
Volume change			ISO 175
23℃，70 hr，in Reference Fuel A	0.0	%	ISO 175
23 ℃, 70 hr, methanol	6.0	%	ISO 175
23℃，168 hr，in Reference Fuel A	0.0	%	ISO 175
23 ℃, 168 hr, methanol	10	%	ISO 175
23℃，336 hr，in Reference Fuel A	0.0	%	ISO 175
23℃，336 hr，in Reference Fuel C	14	%	ISO 175
23℃，504 hr，in Reference Fuel A	0.0	%	ISO 175
23℃，504 hr，in Reference Fuel C	14	%	ISO 175
100 ℃, 70 hr, in ASTM # 1 oil	-1.0	%	ISO 175
100 ℃, 70 hr, in ASTM # 3 oil	2.0	%	ISO 175
100℃，168 hr，in ASTM #1 Oil	0.0	%	ISO 175
100℃，336 hr，in ASTM #1 Oil	-1.0	%	ISO 175
100℃，504 hr，in ASTM #1 Oil	-1.0	%	ISO 175
100℃，504 hr，in ASTM #3 Oil	4.0	%	ISO 175

FLAME CHARACTERISTICS	Nominal value	Unit	Test method
Flame retardant level
1.50 mm	HB		UL 94

Supplementary information	Nominal value	Unit	Test method
Compression load			ASTM D575
10% deflection	7.41	MPa	ASTM D575
15% deflection	10.1	MPa	ASTM D575
2% deflection	0.965	MPa	ASTM D575
20% deflection	12.7	MPa	ASTM D575
25% deflection	15.5	MPa	ASTM D575
5% deflection	3.90	MPa	ASTM D575
50% deflection	40.6	MPa	ASTM D575

Process Conditions
injection	Nominal value	Unit	Test method
Drying temperature – hot air dryer	93 to 104	°C
Drying time – hot air dryer	2.0	hr
Recommended maximum moisture content	< 0.030	%
Recommended injection volume	40 to 80	%
Proposed maximum recycled material ratio	20	%
Barrel rear temperature	193 to 210	°C
Barrel middle temperature	193 to 216	°C
Barrel front temperature	199 to 221	°C
Nozzle temperature	204 to 227	°C
Processing (melt) temperature	210	°C
Mold temperature	15 to 40	°C
Injection pressure	41.4 to 103	MPa
Clamping force	4.1 to 6.9	kN/cm²
Screw length to diameter ratio	20.0:1.0
Screw compression ratio	2.5:1.0 to 3.0:1.0

Notes
1. Typical properties: these are not to be construed as specifications.
2. Die C
3. Post-cured 16 hr at 230°F
4. 3 in clamp
5. Rate A (50°C/h)
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