TUFLIN™ HS-7046 NT 7

About
Hexene Linear Low Density Resin Slot Cast Extrusion Outstanding Drawdown Capability Complies with U.S. FDA 21 CFR 177.1520 (c) 3.1a Consult the regulations for complete details. TUFLIN™ HS-7046 NT 7 Linear Low Density Polyethylene Resin is an ethylene-hexene copolymer, linear low density (LLDPE) resin designed for slot cast extrusion. This product is recommended for slot cast thin film applications requiring both clarity and superior toughness as the core layer in coextruded structures.&&

About

Hexene Linear Low Density Resin Slot Cast Extrusion Outstanding Drawdown Capability Complies with U.S. FDA 21 CFR 177.1520 (c) 3.1a Consult the regulations for complete details. TUFLIN™ HS-7046 NT 7 Linear Low Density Polyethylene Resin is an ethylene-hexene copolymer, linear low density (LLDPE) resin designed for slot cast extrusion. This product is recommended for slot cast thin film applications requiring both clarity and superior toughness as the core layer in coextruded structures.&&

Product Description
Supplier	DOW
Generic	Linear low density polyethylene
Material Status	Commercial: Active
Availabilitys	North America

Technical Data
PHYSICAL	Nominal value	Unit	Test method
Density	0.919	g/cm³	ASTM D792
Melt Flow Rate
190℃，2.16kg	1.0	g/10min	ASTM D1238

film	Nominal value	Unit	Test method
Membrane puncture strength			Internal Method
20 µm	4.63	J	Internal Method
51 µm	6.78	J	Internal Method
Membrane puncture force			Internal Method
20 µm	53.4	N	Internal Method
51 µm	84.5	N	Internal Method
Membrane puncture resistance			Internal Method
20 µm	25.2	J/cm³	Internal Method
51 µm	17.9	J/cm³	Internal Method
Membrane strength			ASTM D882
MD：20 µm	303	J/cm³	ASTM D882
MD：51 µm	331	J/cm³	ASTM D882
TD：20 µm	353	J/cm³	ASTM D882
TD：51 µm	361	J/cm³	ASTM D882
Secant modulus			ASTM D882
2% secant, MD: 20 µ m	196	MPa	ASTM D882
2% secant, MD: 51 µ m	196	MPa	ASTM D882
2% secant, TD: 20 µ m	221	MPa	ASTM D882
2% secant, TD: 51 µ m	219	MPa	ASTM D882
tensile strength			ASTM D882
MD, yield, 20 µ m	12.4	MPa	ASTM D882
MD, yield, 51 µ m	11.8	MPa	ASTM D882
TD, yield, 20 µ m	13.0	MPa	ASTM D882
TD, yield, 51 µ m	14.4	MPa	ASTM D882
MD, fracture, 20 µ m	64.8	MPa	ASTM D882
MD, fracture, 51 µ m	54.2	MPa	ASTM D882
TD, fracture, 20 µ m	52.4	MPa	ASTM D882
TD, fracture, 51 µ m	53.6	MPa	ASTM D882
Tensile strain			ASTM D882
MD, fracture, 20 µ m	610	%	ASTM D882
MD, fracture, 51 µ m	800	%	ASTM D882
TD, fracture, 20 µ m	860	%	ASTM D882
TD, fracture, 51 µ m	820	%	ASTM D882
Drop hammer impact
20 µm	110	g	ASTM D1709-A
20 µm	< 100	g	ASTM D1709-B
51 µm	350	g	ASTM D1709-A
51 µm	200	g	ASTM D1709-B
Elmandorf tear strength			ASTM D1922
MD：20 µm	370	g	ASTM D1922
MD：51 µm	950	g	ASTM D1922
TD：20 µm	700	g	ASTM D1922
TD：51 µm	1300	g	ASTM D1922
Initial sealing temperature			Internal Method
20 µm	110	℃	Internal Method
51 µm	120	℃	Internal Method

THERMAL	Nominal value	Unit	Test method
Vicat Softening Temp	104	℃	ASTM D1525
Melting temperature
DSC	124	℃	Internal Method

optical performance	Nominal value	Unit	Test method
gloss			ASTM D2457
20°，20.3 µm	87		ASTM D2457
20°，50.8 µm	64		ASTM D2457
45°，20.3 µm	70		ASTM D2457
45°，50.8 µm	59		ASTM D2457
Haze			ASTM D1003
20.3 µm	7.0	%	ASTM D1003
50.8 µm	14	%	ASTM D1003

Supplementary information	Nominal value	Unit	Test method
Sealing emphasis			Internal Method
130℃，20.3 µm	1000	g	Internal Method
150℃，50.8 µm	2100	g	Internal Method

Process Conditions
Extrusion	Nominal value	Unit	Test method
Melt temperature	233	°C

Notes
1. Typical properties: these are not to be construed as specifications.
2. Method B
3. Temperature at which 1 lb/in. (4.4 N/25.4 mm) heat seal strength is achieved. Heat Seal Strengths, Topwave HT Tester 0.5 S dwell, 40 psi bar pressure, pull speed 10 (in./min.).
4. Heat Seal Strengths, Topwave HT Tester 0.5 S dwell, 40 psi bar pressure, pull speed 10 (in./min.).
【 Disclaimer 】 Guangzhou Soliao Information Technology Co., Ltd. reserves all rights. The information in this data table was obtained from the manufacturer of the material on soliao.com. Soliao.com makes every effort to ensure the accuracy of this data. However, the search company does not assume any responsibility for the uncertainty and consequences caused to users by these data values and suggestions, and strongly recommends verifying the data values with the material supplier before the final selection of materials.