Cold Filled PET Bottle Resins

All Products / PET Resins / Bottle /

APPLICATIONS

3762	3802	3842
Bottled water, soy sauce, aseptically filled bottle, carbonated beverage bottle, alcoholic beverage bottle, edible oil bottle, wide mouth bottle, A-PET film	Bottled water, aseptically filled bottles, alcoholic beverage bottles	Bottled water, soy sauce, aseptically filled bottles, alcoholic beverage bottles, edible oil bottles, large jars, A-PET film

FEATURES

Excellent melting characteristics, optimized crystallization rate, large process windows, and stability during injection / stretch-blow molding
Wide processing window during injection and stretch blow molding, this provides a lower generation of acetaldehyde and higher clarity in bottles
Produced in a state of the art continuous polymerization technology and are combined with a strict quality monitoring system
Totally recyclable
Accepted by food and beverage companies for their outstanding quality for many years
Conforms to FDA Regulation 177.1630 and European Directives and are widely used for food and beverage packaging

MODELS

Resin production facilities are in compliance with ISO 9002, ISO 14001, OHSAS 18001, and U.S. FDA management regulations

Item	Unit	Value	Testing Method
Intrinsic Viscosity	dl/g	0.760 ± 0.02	ASTM D4603
Melting Temperature	°C	242 ± 3	ASTM D3418
Ash Content	%	≦0.02	Ignition
Moisture	%	≦0.30	Oven
Acetaldehyde	ppm	≦1.00	Gas Chromatography
Acid Value	10⁻⁶equ/g	30 ± 1.0	Titration Method
Bulk Density	g/cm³	0.89 ± 0.05	JIS K-5101
Chip Size	chips/2g	130 ± 3	Weight Scale
Fines	ppm	＜100	Sieve
Hunter L Value	-	86.5 ± 2.0	ASTM E1164
Hunter b Value	-	-1.8 ± 1.0	ASTM E1164

Suggestions	Drying Temperature: 160~170°C, Drying Residence: 5~7 hr，Drying Dew Point:- 40°C, Drying Air Flow: 1ft³/min/lb-PET, Mold Temperature 275~290°C
Expiration Date	Consume PET resin within 1 year from pack date
Storage Conditions	Store PET bag in a dry and clean warehouse

The technical data sheet is for reference only, the actual data depends on the delivery quality inspection report (COA)

Updated on July 27, 2010

Item	Unit	Value	Testing Method
Intrinsic Viscosity	dl/g	0.800 ± 0.02	ASTM D4603
Melting Temperature	°C	242 ± 3	ASTM D3418
Ash Content	%	≦0.02	Nan Ya Method
Moisture	%	≦0.30	Nan Ya Method
Acetaldehyde	ppm	≦1.00	Gas Chromatography
Acid Value	10⁻⁶equ/g	30 ± 10	Titration Method
Bulk Density	g/cm³	0.89 ± 0.05	JIS K-5101
Chip Size	chips/2g	130 ± 3	Weight Scale
Fines	ppm	＜100	Nan Ya Method
Hunter L Value	-	86.5 ± 2.0	ASTM E1164
Hunter b Value	-	-1.8 ± 1.0	ASTM E1164

Suggestions	Drying Temperature: 160~170°C, Drying Residence: 5~7 hr，Drying Dew Point: -40°C, Drying Air Flow: 1ft³/min/lb-PET, Mold Temperature 275~290°C
Expiration Date	Consume PET resin within 1 year from pack date
Storage Conditions	Store PET bag in a dry and clean warehouse

The technical data sheet is for reference only, the actual data depends on the delivery quality inspection report (COA)

Updated on Sep 14, 2020

Item	Unit	Value	Testing Method
Intrinsic Viscosity	dl/g	0.840 ± 0.02	ASTM D4603
Melting Temperature	°C	244 ± 3	ASTM D3418
Ash Content	%	≦0.02	Nan Ya Method
Moisture	%	≦0.30	Nan Ya Method
Acetaldehyde	ppm	≦1.00	Gas Chromatography
Acid Value	10⁻⁶equ/g	30 ± 10	Titration Method
Bulk Density	g/cm³	0.89 ± 0.05	JIS K-5101
Chip Size	chips/2g	130 ± 3	Weight Scale
Fines	ppm	＜100	Nan Ya Method
Hunter L Value	-	87.5 ± 2.0	ASTM E1164
Hunter b Value	-	-2.2 ± 1.0	ASTM E1164

Suggestions	Drying Temperature: 160~170°C, Drying Residence: 5~7 hr, Drying Dew Point: -40°C, Drying Air Flow: 1ft³/min/lb-PET, Mold Temperature 275~290°C
Expiration Date	Consume PET resin within 1 year from pack date
Storage Conditions	Store PET bag in a dry and clean warehouse