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heavy gauge

What Industries Commonly Use Heavy Gauge Thermoformed Parts?

June 5, 2024
Which industries use heavy gauge thermoformed parts, and why: equipment enclosures, automotive panels, agricultural trays, and the material and geometry…
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Maximum and Minimum Thicknesses of Thermoformed Sheets: Working Limits That Matter

May 10, 2024
Working ranges for thermoforming sheet thickness, why formed walls thin at corners, and how to write gauge callouts that survive…
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Draft Angle in Thermoforming: Design Values, Defects, and Drawing Rules

May 6, 2024
Draft angle decides whether a thermoformed part releases cleanly or comes off distorted: typical values by feature type, defects caused…
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What Are the Different Types of Thermoforming? Vacuum, Pressure, Twin-Sheet and Plug-Assist Compared

April 24, 2024
A working breakdown of the four thermoforming types — vacuum, pressure, twin-sheet and plug-assist — with process parameters, failure modes…
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Can Thermoforming Replace Injection Molding? an Engineering Decision Guide

April 22, 2024
Thermoforming can replace injection molding for large, thin-walled parts at mid volumes. An engineering comparison of wall thickness, tooling cost,…
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Causes and Countermeasures of Common Failures in Plastic Sheet Thermoforming

April 8, 2024
Root causes and countermeasures for the most common heavy gauge thermoforming failures — bubbles, thin walls, warpage and stress cracking…
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