Equate EGDA-6888 HDPE Film Extrusion Resin

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Equate EGDA-6888 HDPE Film Extrusion Resin
Categories:	Polymer; Film; Thermoplastic; Polyethylene (PE); High Density (HDPE); High Density Polyethylene (HDPE), Film Grade
Material Notes:	EGDA-6888 is a high molecular weight, high density polyethylene copolymer that has been designed specifically for tubular film extrusion. Its broad molecular weight distribution and density have been optimized to give excellent bubble stability at high extrusion rates with high film strength and rigidity. The combination of high strength and excellent drawdown-ability makes EGDA-6888 ideal for down gauging in many applications. Applications: Tubular films produced from EGDA-6888 are recommended for high strength grocery sacks, shopping bags, produce bags and high quality thin films for multiwall sack liners and replacements for thin paper products. Films are nearly gel-free and have excellent treatability. They are suited for printing of high quality graphics. Information provided by Equate
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Physical Properties	Original Value	Comments

Bulk Density	0.560 g/cc	ASTM D1895
Density	0.952 g/cc	ASTM D792
Thickness	15.0 microns	As Tested
High Load Melt Index	10 g/10 min @Load 21.6 kg	ASTM D1238

Mechanical Properties	Original Value	Comments
Film Elongation at Break, MD	380 % @Thickness 0.0150 mm	ASTM D882
Film Elongation at Break, TD	550 % @Thickness 0.0150 mm	ASTM D882
Elmendorf Tear Strength, MD	70.0 g/micron @Thickness 0.0150 mm	ASTM D1922
Elmendorf Tear Strength, TD	150 g/micron @Thickness 0.0150 mm	ASTM D1922
Dart Drop	11.3 g/micron @Thickness 0.0150 mm	ASTM D1709 A
Dart Drop Test	170 g	F50; ASTM D1709 A
Film Tensile Strength at Break, MD	60.0 MPa @Thickness 0.0150 mm	ASTM D882
Film Tensile Strength at Break, TD	57.0 MPa @Thickness 0.0150 mm	ASTM D882
1% Secant Modulus, MD	1220 MPa @Thickness 0.0150 mm	ASTM D882
1% Secant Modulus, TD	1470 MPa @Thickness 0.0150 mm	ASTM D882

Thermal Properties	Original Value	Comments
Melting Point	131 °C	Equate Test Method

Processing Properties	Original Value	Comments
Blow-up Ratio (BUR)	4.0	4:1 As Tested

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