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Automotive

An average automotive vehicle can contain thousands of plastic parts, and that number keeps growing as manufacturers find ways to leverage HDPE and LLDPE to improve product quality and create a more sustainable final product. Shell Polymers is eager to support plastic converters to embrace new technologies when creating plastic car parts as well as adapt to emerging automotive trends.

Automotive market products

View Injection Molding Bulletins

Product

Melt Index (2.16 kg/190C)

ASTM D1238 (g/10min)

Density

ASTM D792 (g/cm3)

Document
Shell Polymers LLDPE 24N20 20.0 0.924 View Document (PDF, 3 MB)
Shell Polymers LLDPE 26N50 50.0 0.926 View Document (PDF, 3 MB)
Shell Polymers HDPE 48N5 5.0 0.948 View Document (PDF, 3 MB)
Shell Polymers HDPE 52N10 10.0 0.952 View Document (PDF, 3 MB)
Shell Polymers HDPE 52N7 6.5 0.952 View Document (PDF, 3 MB)
Shell Polymers HDPE 54N20 20.0 0.954 View Document (PDF, 3 MB)
Shell Polymers HDPE 65N8 8.2 0.965 View Document (PDF, 3 MB)
Shell Polymers HDPE 65N8U 8.2 0.965 View Document (PDF, 3 MB)

View Sheet Extrusion Product Bulletins

Product Melt Index (2.16 kg/190C) Density Document
Shell Polymers HDPE 55B035S 0.35 0.955 View Document (PDF, 63 kB)
Shell Polymers HDPE 63B072S 0.72 0.963 View Document (PDF, 63 kB)

View Blow Molding Bulletins

Product Melt Index (2.16 kg/190C) Density Document
Shell Polymers HDPE 55B035 0.35 0.955 View Document (PDF, 3 MB)

View Safety Data Sheets

Document Title Document
Shell Polymers HDPE View Document (PDF, 318 kB)
Shell Polymers LLDPE View Document (PDF, 318 kB)
Shell Polymers Polyethylene Wide Spec or Offspec View Document (PDF, 259 kB)

Grade Slate 101

Understanding how we name our grade slates will be key to choosing the right melt index and density you need. Check out our unique naming convention below to know exactly what to look for when perusing our product bulletins.

Graphic displaying “18F1B1.” “18” is highlighted in red.

Density is reflected by the first two numbers found in the nomenclature sequence, which in this instance is 18. These numbers represent the last two significant digits of the density value. See examples below.

18 = 0.918 density
53 = 0.953 density
63 = 0.963 density

Leveraging high-density polyethylene (HDPE) and linear low-density polyethylene (LLDPE) in applications makes durable products that can also be abrasion-and chemical-resistant. So when a part needs to be strong, versatile, and produced quickly, HDPE and LLDPE are strong contenders.

Injection molding and blow molding can be used to make plastic car parts that are moisture-resistant and durable.

Technical Expertise

Polymer Profile: Francisco Alvarez, Senior Technical Service Engineer | Blow Molding & Injection Molding

Polymer Profile: Francisco Alvarez, Senior Technical Service Engineer | Blow Molding & Injection Molding

Francisco is an experienced polymers industry expert with a strong background in polymer processing and specialist experience in resin testing and design.

Meet Francisco

Automotive Resources

How Plastic Parts for the Automotive Industry are Going to Change Moving Forward

How Plastic Parts for the Automotive Industry are Going to Change Moving Forward

Check out how automotive manufacturing trends will impact the demand for plastic parts.

Learn Automotive Trends
Injection Molding Troubleshooting: Four Common Challenges and How to Address Them

Injection Molding Troubleshooting: Four Common Challenges and How to Address Them

Find out how to solve four common defects that occur during the injection molding production process.

Learn About Defects
How to Enhance Your Plastic Injection Molding Operation in 3 Steps

How to Enhance Your Plastic Injection Molding Operation in 3 Steps

Learn how your choice of lubricant can impact production, equipment availability, and downtime.

Get Maintenance Tips
Stay Ahead of Industry Trends

Supply chain challenges continue to affect our industry and the food and beverage market is growing at a rapid pace. Learn how to deal with these changes in our free report.

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