Thermoforming plastic sheets can use many types of material – but there are some key characteristics to consider. Factors like transparency, hardness, rigidity or flexibility, and impact strength help manufacturers select the right thermoplastic for each part. At Global Thermoforming, we work with a variety to ensure the products you receive are made from the best material match for your needs!
This month, we’d like to introduce the versatility of our processes by telling you about 10 products made with vacuum and pressure thermoforming. It’s a wide range, and it’s a great example of what we can achieve with our thin and thick-gauge capabilities and range of secondary operations.
Thermoforming and fiberglass are similar processes. Both have low startup costs compared to other methods, allowing cost-effective creation of lower quantities of parts.
Thermoforming is the process of taking a sheet of plastic material, heating it up until its pliable, and forming it to a three-dimensional shape, then trimming and finishing it into a usable product. Here’s how the process works.
Both thermoforming and injection molding make 3D plastic parts. Which one is the right process for your manufacturing needs?
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735 West Knox Road
Tempe, AZ 85284
P. (480) 753-5680
F: (480) 753-5681
1631 Corporate Place
LaVergne, TN 37086
P: (615) 641-7000
F: (615) 641-7076
735 West Knox Road
Tempe, AZ 85284
P: (480) 753-5680
F: (480) 753-5681
1631 Corporate Place
LaVergne, TN 37086
P: (615) 641-7000
F: (615) 641-7076
Learn more about Global Thermoforming
COVID-19 Manufacturing Initiatives
Product design flexibility, cost-effective production, and automation are just a few of this method’s many benefits. In fact, virtually any industry can see positive results with thermoforming’s versatile production capabilities and a wide variety of applications. Read on for more about the top 10 things you didn’t know about thermoforming.
