LubX® CV AST black

PE — PE-UHMW - PE 1000

The antistatic sliding material LubX^® AST combines excellent tribological properties with controlled electrostatic dissipation and is specifically designed for machines in conveying systems that have to be operated at high speeds.

In comparison to standard antistatic materials for machine construction, LubX^® AST, with a sliding friction coefficient of µ: 0.19, offers more than 30% better sliding properties.
In combination with permanent antistatic properties, LubX^® AST improves the economic efficiency of your transport processes and allows controlled dissipation.

black, similar RAL 9005

sheet

Characteristics

Antistatic
Good sliding properties
Excellent dry-running properties
Good wear resistance
Food contact approvals

Industries

Variants

	SKU	Name	Type	Type	Color	Measurements	Length	Width	Thickness	Height
No stock item (MOQ)	435544	LubX® CV AST black pressed	sheet	sheet	black, similar RAL 9005	2000 x 1000 x 8 mm	2.000 mm	1.000 mm	8 mm
No stock item (MOQ)	436760	LubX® CV AST black pressed	sheet	sheet	black, similar RAL 9005	6000 x 2000 x 8 mm	6.000 mm	2.000 mm	8 mm

Technical Specifications LubX® CV AST black

General properties

	Test Method	Unit	Guideline Value
Density	DIN EN ISO 1183-1	g / cm³	0,95
Water absorption	DIN EN ISO 62	%	<0,01
Flammability (Thickness 3 mm / 6 mm)	UL 94		HB
Non-toxicity			+
Moulding Compound PE	DIN ISO 1872-1		UHMW-PE-QCD 35-3-4

Mechanical properties

	Test Method	Unit	Guideline Value
Sliding properties: partner POM (0,25 m/s - 0,25 MPa)	REP - Tribology - Test		0,13
Yield stress	DIN EN ISO 527	MPa	17
Elongation at yield stress	DIN EN ISO 527	%	14
Tensile modulus of elasticity	DIN EN ISO 527	MPa	750
Impact strength	DIN EN ISO 179	kJ / m²	50
Shore hardness	DIN EN ISO 868	scale A	60
Shore hardness	DIN EN ISO 868	scale D	60

Thermal properties

	Test Method	Unit	Guideline Value
Melting temperature	ISO 11357-3	°C	133 ... 135
Coefficient of linear thermal expansion	DIN 53752	10^-6 / K	150 ... 230 (*)
Service temperature, long term	Average	°C	-150 ... 80 (*)
Service temperature, short term (max.)	Average	°C	130 (*)