Braskem PE SGM9450F Datasheet

High Density Polyethylene

Supplied by Braskem

Create your free Prospector account to view this complete product datasheet. A free account includes access to hundreds of thousands of detailed technical datasheets. Create Your Free Account

Product Description
Braskem PE SGM9450F	SGM9450F is a high-density polyethylene, developed for the high molecular weight film extrusion segment produced with bimodal technology. The film produced from this resin has high tenacity and excellent resistance to impact characteristics. This resin has wide molar mass distribution that makes it easier to process. The minimum biobased content of this grade is 96%, determined according to ASTM D6866. Application: Bags in general (like T-shirt bags, Handle Bags, Star Bags, others); Geomembranes. Process: Blown Film Extrusion
	SGM9450F is a high-density polyethylene, developed for the high molecular weight film extrusion segment produced with bimodal technology. The film produced from this resin has high tenacity and excellent resistance to impact characteristics. This resin has wide molar mass distribution that makes it easier to process. The minimum biobased content of this grade is 96%, determined according to ASTM D6866. Application: Bags in general (like T-shirt bags, Handle Bags, Star Bags, others); Geomembranes. Process: Blown Film Extrusion
	SGM9450F is a high-density polyethylene, developed for the high molecular weight film extrusion segment produced with bimodal technology. The film produced from this resin has high tenacity and excellent resistance to impact characteristics. This resin has wide molar mass distribution that makes it easier to process. The minimum biobased content of this grade is 96%, determined according to ASTM D6866. Application: Bags in general (like T-shirt bags, Handle Bags, Star Bags, others); Geomembranes. Process: Blown Film Extrusion
General	Braskem PE SGM9450F
Material Status	Commercial: Active	Commercial: Active	Commercial: Active
Availability	Europe Latin America	North America	Europe
Features	Bimodal Molecular Weight Distribution Good Impact Resistance Good Processability High Molecular Weight Renewable Resource Content Wide Molecular Weight Distribution	Bimodal Molecular Weight Distribution Good Impact Resistance Good Processability High Molecular Weight Renewable Resource Content Wide Molecular Weight Distribution	Bimodal Molecular Weight Distribution Good Impact Resistance Good Processability High Molecular Weight Renewable Resource Content Wide Molecular Weight Distribution
Uses	Bags Blown Film Film Geo Membranes	Bags Blown Film Film Geo Membranes	Bags Blown Film Film Geo Membranes
Agency Ratings
Processing Method	Blown Film Film Extrusion	Blown Film Film Extrusion	Blown Film Film Extrusion

Physical	Braskem PE SGM9450F	Unit	Test Method
Density / Specific Gravity			ASTM D792
Melt Mass-Flow Rate (MFR)			ASTM D1238
190°C/21.6 kg		g/10 min
190°C/5.0 kg		g/10 min
Biobased Content		%	ASTM D6866
Films	Braskem PE SGM9450F	Unit	Test Method
Secant Modulus			ASTM D882
1% Secant, MD : 0.49 mil, Blown Film		psi
1% Secant, TD : 0.49 mil, Blown Film		psi
Tensile Strength			ASTM D882
MD : Yield, 0.49 mil, Blown Film		psi
TD : Yield, 0.49 mil, Blown Film		psi
MD : Break, 0.49 mil, Blown Film		psi
TD : Break, 0.49 mil, Blown Film		psi
Tensile Elongation			ASTM D882
MD : Yield, 0.49 mil, Blown Film		%
TD : Yield, 0.49 mil, Blown Film		%
MD : Break, 0.49 mil, Blown Film		%
TD : Break, 0.49 mil, Blown Film		%
Dart Drop Impact (0.49 mil, Blown Film)		g	ASTM D1709
Elmendorf Tear Strength			ASTM D1922
MD : 0.49 mil, Blown Film		g
TD : 0.49 mil, Blown Film		g
Seal Initiation Temperature (0.49 mil, Blown Film)		°F
Features
Braskem PE SGM9450F	Features may also be described by the following terms: Good Impact Resistance, High Molecular Weight, High MW, Good Processability, Easy Processing, Wide Molecular Weight Distribution, Wide MW Distribution, Broad Molecular Weight Distribution, Renewable Resources, From Renewable Resources, Renewable Resource Derived, Renewable Raw Materials, Renewable Resource Content, Bimodal, Bimodal Molecular Weight Distribution, Bimodal MW Distribution.
	Features may also be described by the following terms: Good Impact Resistance, High Molecular Weight, High MW, Good Processability, Easy Processing, Wide Molecular Weight Distribution, Wide MW Distribution, Broad Molecular Weight Distribution, Renewable Resources, From Renewable Resources, Renewable Resource Derived, Renewable Raw Materials, Renewable Resource Content, Bimodal, Bimodal Molecular Weight Distribution, Bimodal MW Distribution.
	Features may also be described by the following terms: Good Impact Resistance, High Molecular Weight, High MW, Good Processability, Easy Processing, Wide Molecular Weight Distribution, Wide MW Distribution, Broad Molecular Weight Distribution, Renewable Resources, From Renewable Resources, Renewable Resource Derived, Renewable Raw Materials, Renewable Resource Content, Bimodal, Bimodal Molecular Weight Distribution, Bimodal MW Distribution.
Uses
Braskem PE SGM9450F	Uses may also be described by the following terms: Geomembranes, Geo Membranes, Blown Film.
	Uses may also be described by the following terms: Geomembranes, Geo Membranes, Blown Film.
	Uses may also be described by the following terms: Geomembranes, Geo Membranes, Blown Film.
Agency Ratings
Braskem PE SGM9450F	This plastic material has 1 certifications from the following agencies (the number in parentheses shows the number of certifications for that agency): FDA (1).
	This plastic material has 1 certifications from the following agencies (the number in parentheses shows the number of certifications for that agency): FDA (1).
	This plastic material has 1 certifications from the following agencies (the number in parentheses shows the number of certifications for that agency): FDA (1).
Available Documents
Braskem PE SGM9450F	Technical Datasheet (English)
	Technical Datasheet (English)
	Technical Datasheet (English)

Notes

¹Typical properties: these are not to be construed as specifications.

UL and the UL logo are trademarks of UL LLC © 2021. All Rights Reserved.
The information presented here was acquired by UL from the producer of the product or material or original information provider. However, UL assumes no responsibility or liability for the accuracy of the information contained on this website and strongly encourages that upon final product or material selection information is validated with the manufacturer. This website provides links to other websites owned by third parties. The content of such third party sites is not within our control, and we cannot and will not take responsibility for the information or content.