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HYPERIER® IP1105

Category:	TP, Unspecified , Thermoplastic
Manufacturer:	LG Chem Ltd.
Trademark:	HYPERIER®
Fillers:	-
Ports:	Qinzhou, Shekou, Shanghai, Ningbo
Delivery Terms	FOB, CIF, DAP, DAT, DDP
PDF:	qPEw70_HYPERIER-IP1105.pdf
PRICE:	Order Products email sales@su-jiao.com

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Message
HYPERIER® is the nanocomposite alloy made of a nanometer scale inorganic layered silicates (clay) and various polymers. The nanocomposite alloy enables the formation of continuous and lamellar shape of barrier membrane. It is usually blended with polyolefin (HDPE, LDPE or PP) for blow molding. Benefits and Applications: Various applications from agricultural packaging to fuel tanks and containers Cost-effectiveness Utilizes current mono-layer equipments and molds Excellent Emission Barrier to most of fuel types and agrochemicals Good mechanical property especially at the low temperature Good insert coverage SGS, FDA compliance IP-1105: Applicable bottle size: 5 to 20 L Application: Agrochemical Container, SORE® Fuel Tank, PFC

Message

HYPERIER® is the nanocomposite alloy made of a nanometer scale inorganic layered silicates (clay) and various polymers.

The nanocomposite alloy enables the formation of continuous and lamellar shape of barrier membrane.

It is usually blended with polyolefin (HDPE, LDPE or PP) for blow molding.

Benefits and Applications:

Various applications from agricultural packaging to fuel tanks and containers

Cost-effectiveness

Utilizes current mono-layer equipments and molds

Excellent Emission Barrier to most of fuel types and agrochemicals

Good mechanical property especially at the low temperature

Good insert coverage

SGS, FDA compliance

IP-1105:

Applicable bottle size: 5 to 20 L

Application: Agrochemical Container, SORE® Fuel Tank, PFC

General Information
Features	Barrier Resin Good Impact Resistance Good Stiffness Low Temperature Resistant
Uses	Blending Containers Fuel Tanks Membranes Packaging
Agency Ratings	FDA Unspecified Rating

Physical	Nominal Value	Unit	Test Method
Specific Gravity	1.00	g/cm³	Internal Method

Thermal	Nominal Value	Unit
Melting Temperature	213	°C

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