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PVC Datasheet:

Properties	Unit	Method
Density	g/cm3	527 / D 792	1.44
Tensile strength at yield	MPa	527 / D 638	58
Tensile strength at break	MPa	527 / D 638
Elongation at break	%	527 / D 638	15
Modulus of elasticity in tension	MPa	527 / D 638	3000
Modulus of elasticity in flexture	MPa	178 / D 790
Shore Hardness	D	ISO 868	82
Impact Strength	kj/m2	179 / D 256	no br
Creep rupture strength after 1000 hrs with static load	MPa
Time yield limit for 1% elongaction after 1000 hours	MPa		0.6
Coefficient of friction against hardened and ground steel p = 0,05 N/mm2, v = 0,6m/s	-
Wear conditions as above	um/km
Crystalline melting point	°C	DIN 53 736
Glass transition temperature	°C	DIN 53 736	~70
Heat distortion temperature Method A Method B	°C °C	R 75 R 75
Max. service temperature Short term Long term	°C °C		60
Coefficient of thermal conductivity	W/(m K)	DIN 52612	0.159
Specific heat	J(g K)		1.7-2
Coefficient of thermal expansion	10-5/K	DIN 53 752	8
*Dielectric constant at 105 Hz		DIN 53 483
*Dielectric loss factor at 105 Hz		DIN 53 483
Specific volume resistance	Ω cm	DIN 60093	1013
Surface resistance	Ω	DIN 60093
Dielectric strength 1mm	kV/mm	ASTM 149	39
Tracking resistance		53 480
Moisture absorption: Equilibrium in standard atmosphere (23°C / 50 % relative humidity)	%	62
Water absorption at saturation at 23°C	%	62
Resistance to hot water, washing soda
Flammability		DIN 4102	B1
Resistance to weathering			Black is resistance

*Electrical values not valid for black