Celanese Vectra E130i LCP

 Celanese Vectra E130i LCP pellet Description 

Application

Celanese Vectra E130i LCP pellet Advantage

• Glass fiber reinforced resin material. Vectra E130i contains 30% glass fiber, which makes it have higher strength, high temperature resistance and dimensional stability compared with conventional liquid crystal polymer materials.
• High temperature resistant liquid crystal polymer material. Compared with conventional LCP, Vectra has a higher melting temperature of 335°C. Under the 1.8MPa test environment, the heat deformation temperature reaches 276°C. It can maintain excellent performance even when used for a long time in an application environment exceeding 200°C. The high deformation temperature enables it to be used in ultra-high temperature lead-free reflow soldering (260°C) in the manufacture of precision parts, thus extending the service life of the product
• High rigidity plastic material. Compared with conventional numerical materials, Vectra E130i LCP pellets have a tensile modulus of 15,000 MPa, a flexural modulus of 13,500 MPa, and a compression modulus of 14,000 MPa. Excellent rigidity can prevent the micro-structure components from deformation and improve the plug-in life
• Stable size, suitable for the production of high-precision parts. Vectra E130i LCP has a flow shrinkage of only 0.1% under ISO 294 test standard, a vertical shrinkage of only 0.4%, and a water absorption of only 0.03% under 23℃ 50RH test environment. Its excellent dimensional stability makes it very suitable for the field of special engineering plastics.

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 Key Attributes 

Celanese Vectra E130i LCP
Product information
Manufacturer					Celanese corporation
Part Marking Code					>LCP material<
Color					Natural color
Material Shape					LCP pellets
Flame retardant					V-0
Process					Injection molding LCP material
Material Attribute					·30% glass fiber reinforced ·Flame retardant ·High heat resistance grade
Specification					UL
Features					·Dimensional stability ·High flow ·High heat resistance
Application					·SMT applications ·Thin wall applications
Physical properties				Standard	Value		Unit
Density				ISO 1183	1610		kg/m³
Shrinkage flow				ISO 294	0.1		%
Shrinkage xflow				ISO 294	0.4		%
Humidity absorption 23℃ 50RH				ISO 62	0.03		%
Hardness				Standard	Value		Unit
Rockwell hardness M(Scale)				ISO 2039	71
Mechanical behavior				Standard	Value		Unit
Tensile modulus				ISO 527	15000		MPa
Tensile strength break 5mm/min				ISO 527	150		MPa
Elongation break 5mm/min				ISO 527	1.6		%
Flexural strength 23℃				ISO 178	220		MPa
Flexural modulus 23℃				ISO 178	13500		MPa
Flexural strain break				ISO 178	2.2		%
Izod notch impact 23℃ typeA				ISO 180	20		kJ/㎡
Izod un-notch impact 23℃				ISO 180	31		kJ/㎡
Charpy Notch impact 23℃ 1eA				ISO 179	22		kJ/㎡
Charpy un-notch impact 23℃				ISO 179	43		kJ/㎡
Compressive strength 1% strain				ISO 604	93		MPa
Compressive modulus				ISO 604	14000		MPa
Thermal				Standard	Value		Unit
HDT 1.8 MPa				ISO 75	276		℃
HDT 8.0 MPa				ISO 75	216		℃
Vicat softening temperature 50℃/hr 50N				ISO 306	195		℃
Melting temperature 10℃/min				ISO 11357	335		℃
CLE Flow				ISO 11359	7E-6		cm/cm*/℃
CLE xFlow				ISO 11359	2E-5		cm/cm*/℃
Electrical properties				Standard	Value		Unit
Volume resistivity				IEC 60093	1E+13		Ω·cm
Surface resistivity				IEC 60093	1E+14		Ω
Dielectric strength				IEC 60243	32		KV/mm
Dielectric constant 100Hz				IEC 60250	4
Dielectric constant 1MHz				IEC 60250	4.4
Dissipation Factor 100Hz				IEC 60250	0.01
Dissipation Factor 1MHz				IEC 60250	0.036
CTI				IEC 60112	175		V
Arc resistance				Internal method	140		s
Flammability				Standard	Value		Unit
Flame rating NC BK 0.20mm				UL94	V-0
Flame rating NC BK 0.38mm				UL94	V-0
Flame rating NC BK 0.75mm				UL94	V-0
Flame rating NC BK 0.85mm				UL94	V-0
Flame rating NC BK 1.5mm				UL94	V-0
Flame rating NC BK 3.0mm				UL94	V-0
Limting oxygen index				ISO 4589	45		%
Injection molding					Value		Unit
Dry temperature					150~170		℃
Dry time					4~6		hr
Water content control					≤0.01		%
Feeding zone control					60~80		℃
Zone1 temperature					315~325		℃
Zone2 temperature					320~330		℃
Zone3 temperature					325~335		℃
Zone4 temperature					330~345		℃
Nozzle temperature					335~345
Cylinder temperature					20~30
Melt temperature					335~345
Mould temperature					80~120
Injection pressure					500~1500		bar
Injection speed					Very fast
Back pressure					30		bar
Holding pressure					500~1500		bar
Hot runner temperature					335~345		℃

⚠️The technical data sheet of Celanese Vectra E130i LCP pellet, from Celanese company, if there are differences, please refer to the official webiste of Celanese. 

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Quantity (tonnes)	1-100	100-300	>300
Lead time (days)	7-10	10-15	To be negotiated