OMNIAPLASTICA

DATA SHEETS

• Customer Area
• Products
  • Polyamides
    • PA6
    • PA66
    • PA66.6
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    • PA6 G
    • PA6 G HR
    • PA6 G HS
    • PA6 G LF
    • PA6G Oil
    • PA11
  • Acetalic & Polyester resins
    • POM c
    • POM h
    • PET
  • Antiacids
    • PVDF
    • PTFE
    • PP
    • PE 300
    • PE 500
    • PE 1000
    • PVC
  • Advanced Technopolymers
    • PES
    • PSU
    • PC
    • PEI
    • PAI
    • PPOm
    • ABS
    • PPS GF40
    • PEEK
• Standard Range
  • Round rods
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• Technical data
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  • Trade names

 

	PROPERTIES	POM c	POM h	PET	PA 6	PA6 G	PA6 GHR	PA6 Goil	PA 66.6	PA 66	PA6 GF	PA 11	PES	PSU	unit	test met.
1	Density	1,41	1,42	1,38	1,14	1,15	1,15	1,14	1,14	1,14	1,30	1,04	1,36	1,24	g/cm3	ISO.1183 DIN.53479
2	Water absorption in air 50% r.h.	0,2	0,2	0,2	2,8	2,4	2,2	1,5	2,6	2,6	2	0,9	0,8	0,3	%	-
3	Absorption 23­C in water-saturation	0,7	0,7	0,5	9,0	7,0	6,0	4,8	8,4	8,0	5,2	2	2,0	0,6	%	-
	MECHANICAL PROPERTIES	POM c	POM h	PET	PA 6	PA6 G	PA6 GHR	PA6 Goil	PA 66.6	PA 66	PA6 GF	PA 11	PES	PSU
4	Tensile stress at yeld at break	66	69	85	54 (80)	58 (85)	60 (90)	50 (70)	58 (86)	61 (88)	100 (130)	45	82	70	N/mm2	ISO.527 DIN.53455
5	Elongation at break	50	50	50	180 (60)	100 (20)	100 (20)	120 (35)	160 (45)	150 (40)	20	270	> 50	> 50	%	ISO.527 DIN.53455
6	Tensile Modulus of elasticity	2700	2900	3100	1700 (3000)	1900 (3400)	1900 (3500)	1700 (3100)	1800 (3100)	1900 (3200)	4000	1800	2600	2500	N/mm2	ISO.527 DIN.53455
7	Compression test 1% strain 1000h	14	14	20	6 (18)	7 (20)	6 (20)	6 (19)	7 (20)	7 (20)	15  (28)	4	20	13	N/mm2	ISO.899 DIN.53444
8	Impact strength Charpy 7,5 J	n.b.	n.b.	n.b.	n.b	n.b.	n.b.	n.b.	n.b	n.b	n.b	n.b	n.b.	n.b.	KJ/ m2	ISO.R179 DIN.53453
9	Notched impact strength Charpy	9	11	5	25 (5)	23 (5)	23 (5)	25 (8)	20 (5)	18 (5)	10	20	8	15	KJ/m2	ISO179/3C DIN.53453
10	Ball identation hardness	140	150	170	80 (155)	100 (165)	100 (170)	80 (150)	100 (170)	100 (170)	170 (210)	100	150	140	N/mm2	ISO2039.1 DIN.53456
11	Rockwell hardness (dry)	M88	M92	M95	M85	M88	M88	M82	M88	M89	M95	M83	M89	M69	-	ISO2039.2
12	Coefficient of friction to steel	0,30	0,30	0,25	0,42	0,42	0,40	0,34	0,40	0,42	0,50	0,36	0,40	0,45	-	-
	THERMAL PROPERTIES	POM c	POM h	PET	PA 6	PA6 G	PA6 GHR	PA6 Goil	PA 66.6	PA 66	PA6 GF	PA 11	PES	PSU
13	Melting point	165	175	255	220	220	220	220	240	255	220	183	A	A	-	-
14	Thermal conductivity	0,30	0,30	0,28	0,25	0,28	0,28	0,28	0,26	0,25	0,25	0,23	0,18	0,26	W/(Km)	DIN.52612
15	Deformation at temperature HDT	115	135	95	83	96	96	90	88	103	150	55	195	174	°C	ISO.75 DIN.53461
16	Linear expansion coefficiente 23-60°C	110	110	70	90	80	80	80	85	85	50	100	60	60	10-6.K-1	-
17	Operating temperature continuously	110	100	115	88	100	100	100	92	95	105	85	180	150	°C	-
18	Operating temperature short period-no load	+140	+145	+170	+150	+160	+160	+160	+160	+165	+170	+120	+220	+180	°C	-
19	Minimum operating temperature	-50	-50	-20	-40	-30	-30	-30	-30	-30	-30	-50	-50	-50	°C	-
20	Flammability UL 94 (3-6 mm thickness)	HB	HB	HB	HB- V2	HB V2	HB	HB	HB- V2	HB- V2	HB V2	V2	V0	HB V2	-	UL 94
21	Oxigen index (LOI)	15	15	22	24	25	25	25	27	25	24	22	38	32	%	ISO.4589
	ELECTRICAL PROPERTIES	POM c	POM h	PET	PA 6	PA6 G	PA6 GHR	PA6 Goil	PA 66.6	PA 66	PA6 GF	PA 11	PES	PSU
22	Dielectric constant at 1 MHz.	3,8	3,7	3,2	7 (3,6)	7 (3,7)	7 (3,7)	7 (3,7)	8 (4)	7 (3,6)	7 (3,6)	4	3,6	3,1	-	ISO.250 DIN.53483
23	Dielectric strength	50	32	60	25	30	30	30	22	25	25	40	60	25	kV/ mm	ISO.243 DIN.53481
24	Volume resistivity	1015	1015	1016	1012	1012	1012	1012	1012	1012	1012	1015	1017	5.1016	Ohm.cm	ISO.93 DIN.53482
25	Dissipation factor tan Δ at 1MHz	0,01	0,01	0,01	0,06	0,05	0,05	0,05	0,06	0,06	0,06	0,05	0,01	0,02	-	ISO.250 DIN.53483
	PROPERTIES	PVDF	PTFE	PP	PE 300	PE 500	PE 1000	PVC	PC	PPOm	ABS	PEI	PPS gf40	PEEK	unit	test methods
1	Density	1,78	2,18	0,93	0,95	0,95	0,94	1,40	1,20	1,27	1,06	1,27	1,64	1,32	g/cm3	ISO.1183 DIN.53479
2	Water absorption in air 50% r.h.	0	0	0	0	0	0	0,1	0,2	0,1	0	0,2	0	0,1	%	-
3	Absorption 23°C in water-saturation	0	0	0	0	0	0	0,1	0,4	0,3	0,7	1,2	0,1	0,5	%	-
	MECHANICAL PROPERTIES	PVDF	PTFE	PP	PE 300	PE 500	PE 1000	PVC	PC	PPO m	ABS	PEI	PPS gf40	PEEK
4	Tensile stress at yeld at break	55	20	35	28	26	22	55	65	45	45	95	165	92	N/mm2	ISO.527 DIN.53455
5	Elongation at break	300	500	600	500	600	200	20	100	60	25	50	1	50	%	ISO.527 DIN.53455
6	Tensile Modulus of elasticity	2000	700	1100	900	800	780	2600	2300	2300	2500	3100	14000	3600	N/mm2	ISO.527 DIN.53455
7	Compression test 1% strain 1000h	3	1,5	4	3	3	3	7	18	16	17	20	35	-	N/mm2	ISO.899 DIN.53444
8	Impact strength Charpy 7,5 J	n.b.	n.b.	n.b.	n.b.	n.b.	n.b.	15	n.b.	n.b.	n.b.	n.b.	40	n.b.	KJ/m2	ISO.R179 DIN.53453
9	Notched impact strength Charpy	7	14	7	30	50	80	4	23	15	14	80	8	80	KJ/m2	ISO.179/3C DIN.53453
10	Ball identation hardness	100	30	75	55	50	40	75	110	100	85	170	400	-	N/mm2	ISO.2039.1 DIN.53456
11	Rockwell hardness (dry)	R62	D53	R64	R60	R60	R60	M97	M75	M84	M82	M109	R123	M109	-	ISO.2039.2
12	Coefficient of friction to steel	0,30	0,10	0,35	0,32	0,32	0,30	0	0,50	0,50	0,50	0,42	0,5	0	-	-
	THERMAL PROPERTIES	PVDF	PTFE	PP	PE 300	PE 500	PE 1000	PVC	PC	PPO m	ABS	PEI	PPS gf40	PEEK
13	Melting point	180	325	160	127	130	130	80	A	A	A	A	285	334	-	-
14	Thermal conductivity	0,11	0,24	0,4	0,4	0,4	0,4	0,15	0,21	0,22	0,15	0,22	0,20	0,25	W/ (Km)	DIN.52612
15	Deformation at temperature HDT	95	50	65	50	50	50	60	135	130	85	195	260	160	°C	ISO.75 DIN.53461
16	Linearient expansion coeffic.23-60°C	130	14	150	200	200	200	80	65	60	90	50	20	47	10-6.K-1	-
17	Operating temperature continuously	140	250	90	80	80	80	60	120	90	90	180	230	230	°C	-
18	Operating temperature short period - no load	+155	+260	+110	+95	+95	+100	+65	+135	+105	+100	+200	+260	300	°C	-
19	Minimum operating temperature	- 50	- 200	- 10	- 30	- 30	- 50	- 5	- 50	- 20	- 20	- 30	- 50	-50	°C	-
20	Flammability UL 94 (3-6 mm thickness)	V0	V0	HB	HB	HB	HB	HB	HB V2	HB	HB	V0	V0	V0	-	UL 94
21	Oxigen index (LOI)	43	92	18	18	18	18	-	25	26	19	47	-	49	%	ISO.4589
	ELECTRICAL PROPERTIES	PVDF	PTFE	PP	PE 300	PE 500	PE 1000	PVC	PC	PPO m	ABS	PEI	PPS gf40	PEEK
22	Dielectric constant at 1 MHz.	8	2,1	2,2	2,3	2,3	2,3	3,0	3,0	3,0	3,3	3,2	4	3,3	-	ISO.250 DIN.53483
23	Dielectric strength	120	11	100	50	50	45	50	30	22	20	33	20	20	kV/ mm	ISO.243 DIN.53481
24	Volume resistivity	1014	1015	1017	1017	1017	1017	1015	1016	1015	1016	7.1015	1015	5.1015	Ohm.cm	ISO.93 DIN.53482
25	Dissipation factor tan Δ at 1MHz	0,06	0,0002	0,004	0,004	0,004	0,004	0,015	0,01	0,02	0,02	0,002	0,004	0.002	-	ISO.250 DIN.53483
-	Figures relate to specimen conditioned at 23°C and 50% RH. Figures between brackets relate to dry specimen. Figures for materials marked with * can change according to their moisture content.
-	Figures refer to un-coloured specimen either injection moulded or machined in the easiest way. Tests made on specimen of different sizes give slightly different results.
12	Test on ground steel dry specimen load =0,05 N/mm2 speed=0,6 m/s.
15	Deformation at temperature. HDT at 1,8 N/mm2
17	Operating temperature continuously 5000h From 23°C upwards the materials' features change in an ununiform and disproportional way due to the heat. The quoted limits are indicative and based on a tensile stress of 50% of the value at 23° C.
18	Operating temperature short period (no load)
19	The mechanical features decrease with a reduction in temperature and are influenced also by other factors (moisture, etc.). The quoted value does not take into consideration impact conditions or heavy loads.
A	Amorphous
-	All values and information provided are based on information currently in our possesion and/or results archivied from tests conducted in our laboratories. They are given in good faith and are not legally binding. For any particular application, the technical staff of Omnia Plastica are at your disposal to assist with solving your problem.