Choosing the Right Material for Your Injection Moulding Project

  • Home
  • News
  •  Choosing the Right Material for Your Injection Moulding Project

Categories

 Choosing the Right Material for Your Injection Moulding Project

One of the most frequently asked questions in plastic injection moulding is, “What material should I use for my project?” The answer is not one-size-fits-all. Injection moulding offers a wide array of resins and material combinations, each with unique properties and characteristics. To assist you, we’ve compiled a list of the top 10 plastic injection moulding materials, along with their key features and typical applications.

 

 Top 10 Injection Moulding Materials

 

  1.  High-density Polyethylene (HDPE)

   –  Key Features:  Lightweight, excellent chemical resistance, environmentally friendly.

   –  Applications:  Agricultural and medical products, recycling bins, cleaning containers.

 

  1.  Acrylonitrile Butadiene Styrene (ABS)

   –  Key Features:  High tensile strength, resistant to scratches, high mechanical strength.

   –  Applications:  Automotive interior and exterior components, medical device housings, consumer products.

 

  1.  Polycarbonate (PC)

   –  Key Features:  Shatter resistance, durable, good electrical properties.

   –  Applications:  Electronic housing and enclosures, eyewear, bullet-proof glass.

 

  1.  Polyethylene (PE)

   –  Key Features:  Impermeable, lightweight, good electrical insulation properties.

   –  Applications:  Electric insulator, drain pipes, trash cans.

 

  1.  Polyoxymethylene (POM)

   –  Key Features:  Excellent wear resistance, strong and durable, high tensile strength.

   –  Applications:  Mechanical parts like bearings and gears, safety systems, snap-fits.

 

  1.  Acrylic (PMMA)

   –  Key Features:  Impact strength, good abrasion resistance, exceptional weatherability.

   –  Applications:  Automotive and aircraft windshields, mobile screens, headlights, and lenses.

 

  1.  Nylon (PA)

   –  Key Features:  Strong and durable, excellent tensile strength, good wear resistance.

   –  Applications:  Automotive and aircraft windshields, mobile screens, headlights, and lenses.

 

  1.  Polypropylene (PP)

   –  Key Features:  High impact strength, good chemical and moisture resistance, semi-rigid.

   –  Applications:  Medical products and tools, automotive exterior components like car bumpers.

 

  1.  Polycarbonate + Acrylonitrile Butadiene Styrene (PC/ABS)

   –  Key Features:  Good heat resistance, high impact strength, low overall shrinkage.

   –  Applications:  Computer hardware, automotive interior and exterior components, electrical housings.

 

  1.  Thermoplastic Polyurethane (TPU)

   –  Key Features:  High elasticity, high abrasion resistance, good durability.

   –  Applications:  Automotive wheels and gears, sports equipment, medical devices.

 

 Sourcing Custom Injection Moulded Parts

 

Choosing the best material for your next injection moulding project can be challenging. Fortunately, we’re here to help. Upload your CAD files [here](#), provide us with information about the intended application, and our experts will assist you in selecting the resin that aligns best with your requirements.

 

 

Feel free to replace `[here](#)` with the actual link to your CAD file upload page. If you have any further adjustments or if you’re satisfied with the content, let me know!

Start a new project production today!

Latest Blog Posts

Check out the latest industry trends and take inspiration from our updated blogs, giving you a fresh insight to help boost your business.

Drone Rapid Injection Molding

How Rapid Injection Molding Lowers Production Costs in the Drone Industry?

Are high production costs and slow timelines keeping your drone business stuck on the ground? If so, Rapid Injection Molding …

ISO 2768-mk – The basics of the general tolerance standard

Every feature on a product or part has a size and a geometric shape. To ensure that the size and …

Flexible injection molded parts: LSR vs. TPE

The first of these materials is liquid silicone rubber (LSR), a thermoset that requires its own special variant of the injection molding process. The other is a group of thermoplastics known as thermoplastic elastomers (TPE), which can be processed like conventional rigid thermoplastics but offer rubber-like properties.
This article examines the LSR vs. TPE injection molding discussion, comparing material properties, advantages and disadvantages, and suitable applications.

Scroll to Top

Contact Us