APET roll-stock sheet is designed for converters that require clarity, forming consistency, stable denesting and dependable performance across food, beverage and consumer packaging lines. Silicone-coated and anti-block options can be selected based on forming speed, cavity geometry, stacking behavior and downstream packing requirements.
Documentation package available for project review.
APET roll-stock sheet is designed for converters that require clarity, forming consistency, stable denesting and dependable performance across food, beverage and consumer packaging lines. Silicone-coated and anti-block options can be selected based on forming speed, cavity geometry, stacking behavior and downstream packing requirements.
| Material | APET / PET structures, with project-specific recycled-content options upon review |
|---|---|
| Surface options | External silicone coating or internal anti-block additive direction |
| Format | Roll-stock sheet; 0.15-1.50 mm thickness, up to 1,200 mm width; core, roll length and roll weight confirmed by line requirements |
| Color / clarity | Clear, tinted or application-specific color direction |
| Typical review items | Thickness tolerance, COF <= 0.4, light transmittance >= 88%, haze <= 2%, denesting, forming window and food-contact requirements |
For APET sheet, silicone coating and anti-block additive directions are selected according to forming speed, stacking, denesting and final-use requirements.
A controlled surface coating can help improve sheet release, reduce blocking during winding and support smoother denesting in selected forming conditions. It is usually evaluated where surface slip must be managed carefully.
An internal anti-block direction can support separation and handling without relying only on a surface coating. It is reviewed against clarity, food-contact requirements and the target forming process.
Final properties are confirmed through material selection, thickness, width, forming trial and application-specific review.
This page is an initial product reference. Technical values, regulatory suitability, certifications, tolerances, food-contact status, electrical properties, barrier performance, and commercial terms must be verified against the final application and specification.