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Why Choose Our Blister Tray?
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PET: Transparent, durable, and widely recyclable, PET is the industry-standard material for electronics, cosmetics, and food packaging.
PVC: Low-cost and heat-sealable, PVC was historically prevalent in hardware and stationery but is now declining due to documented environmental and toxicity concerns.
PS: Lightweight and easily moldable yet inherently brittle, PS is typically used in disposable foodware, budget trays, and flocked liners where mechanical stress is minimal.
PP: Heat- and chemical-resistant with certified food-safe properties, PP is ideal for microwaveable containers, medical devices, and demanding industrial applications.
Modified Variants: Engineered with anti-static or conductive properties for sensitive electronics, or featuring flocked surface finishes for jewelry and premium gift packaging.
Blister trays offer an affordable, lightweight, and customizable packaging solution with rapid turnaround times. They provide cushioned protection, product visibility, and tailored functional properties—including anti-static, heat-resistant, and food-grade performance. Designed for recyclability, blister trays effectively balance performance, sustainability, and cost-efficiency across a wide range of industries. |
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| Thermoformed trays offer moderate strength but are prone to scratching, static buildup, and low heat resistance (with the exception of PP). PVC variants pose environmental and toxicity risks, while high tooling costs can be prohibitive for small-batch production. Furthermore, although many trays are technically recyclable, inadequate infrastructure often limits actual recovery rates. |
 | This photo captures our company's group photo with esteemed Indonesian guests at the prestigious 2025 Indonesia Industrial Exhibition, where we had the honor of showcasing our products and services. |  |
