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When selecting antistatic or conductive sheet for thermoformed packaging, start with the electrical specification and the conditions the finished tray must withstand. The material name alone does not establish suitability. 1. Define the Electrical Requirement Specify the required range, measurement method, unit, conditioning requirements and acceptance limits. Antistatic, dissipative and conductive requirements depend on the

Antistatic PET sheet is a material option for thermoformed electronic packaging. Yuanle incorporates antistatic functionality into the PET material rather than applying it as a surface coating. ESD means electrostatic discharge; PET means polyethylene terephthalate. Built-in Antistatic Performance Yuanle’s built-in antistatic PET offers three-year antistatic performance for the specified grade and conditions. The built-in approach

Built-in antistatic PET sheet incorporates antistatic functionality into the material rather than relying on a surface-applied coating. For thermoformed packaging, specify the electrical target, forming requirements and temperature exposure together. Specify the Electrical Target for Your PET Grade Yuanle’s main antistatic PET product is offered within a reported electrical range of 104–1010. Confirm the measurement

Executive Summary The selection between Polyethylene Terephthalate (PET) and Polypropylene (PP) plastic sheets is a critical decision for packaging engineers and product managers. This report provides a comparative analysis based on mechanical, thermal, and chemical properties to guide material selection. PET often excels in applications demanding high rigidity, superior clarity, and excellent gas barrier properties . In contrast, PP is

Executive Summary This industry report analyzes the critical application of plastic sheet vacuum thermoforming in electronic packaging, emphasizing the paramount importance of robust anti-static properties for protecting sensitive electronic components. As electronics become increasingly miniaturized and complex, packaging requirements demand higher ESD (Electrostatic Discharge) protection. Traditional surface anti-static coatings, limited by their temporary nature and susceptibility to wear, are often inadequate for advanced

For thermoformed packaging, the difference between built-in antistatic material and a surface-applied antistatic coating matters most after forming and during the intended service period. Compare actual grades under equivalent conditions. Where the Antistatic Function Comes From A surface-coated sheet relies on treatment at the surface. Built-in antistatic PP and PET incorporate the functionality into the