Elevate your retail presence with GAG clear sheets that offer the optical depth of glass with the durability of polymer. Unlike standard clear plastics that develop "white stress lines" or cracks at the creases, our GAG structure is designed for high-ductility folding. The PETG outer skins absorb mechanical stress, allowing for crisp, clean folds that won't snap or turn opaque. It is the gold standard for high-end cosmetic boxes and electronics "clamshells" where the product's visibility is your primary sales tool. Safe, 100% recyclable, and engineered to stay crystal clear from the factory floor to the store shelf.
| GAG Clear Plastic Sheets | UNIT | Antistatic Silicon Free | ESD | Conductive |
| Thickness of Film Tested | mm | 0.25~1.8 | 0.25~1.8 | 0.25~1.8 |
| Width | mm | 600~ 1400 | 600~ 1400 | 600~ 1400 |
| Diameter | mm | 300~ 800 | 300~ 800 | 300~ 800 |
| Density | g/cm³ | 1.35 | 1.35 | 1.35 |
| Haze | % | 2.0(0.3mm) | 2.0(0.3mm) | 2.0(0.3mm) |
| Crystal Temperature | (℃) | 125 | 125 | 125 |
| Meliting Temperature | 248 | 248 | 248 | 248 |
| Recrystal Temperature | (℃) | 181 | 181 | 181 |
Our Advantages
Professional manufacturer and supplier of GAG Clear Plastic Sheets, offering wholesale online services with competitive pricing.
Full support for OEM & ODM projects to meet customized requirements.
Factory-direct supply ensures cost-effective and stable sourcing.
Over 10 years of export experience serving global markets.
Certified with RoHS, SGS, and ISO standards to guarantee quality and compliance.
Multiple patented technologies reflect strong innovation and product development capabilities.
In the high-stakes world of retail packaging and industrial thermoforming, the material of choice is often a compromise between the cost-efficiency of APET and the superior processing characteristics of PETG. GAG Clear Plastic Sheets eliminate this trade-off through advanced co-extrusion technology. By sandwiching a core of rigid APET between two outer layers of PETG, GAG sheeting creates a "synergistic polymer" that outperforms monolithic films in three critical areas: sealability, ductility, and optical longevity.
One of the most significant technical hurdles in blister packaging is the inconsistency of High-Frequency (RF) welding when using standard APET. Because APET has a high melting point and a narrow thermal processing window, it often results in brittle seals or "cold welds" that fail during shipping. The GAG structure addresses this by utilizing the PETG outer skins as a high-performance bonding agent. PETG melts at a lower temperature and flows more readily under RF energy, creating a hermetic, fiber-tear bond. This allows operators to run automated sealing lines at higher speeds with a dramatic reduction in "leaker" rates and reject piles.
For luxury gift boxes and electronic "clamshells," the aesthetic integrity of the crease is paramount. Standard rigid plastics often suffer from "stress whitening"—a phenomenon where the polymer chains reorganize under mechanical tension, turning the clear plastic opaque or white at the fold. Our GAG clear sheets are engineered for high-ductility. The amorphous PETG layers absorb the stress of the 90-degree bend, preventing micro-fractures in the APET core. This ensures that the box remains "glass-clear" even at the most aggressive structural points, maintaining a premium brand image.
During the thermoforming process, maintaining uniform wall thickness is a constant challenge. Pure PETG, while excellent for forming, can sometimes lack the "stiffness" required for large-scale industrial trays. The APET core in GAG sheeting provides the necessary modulus of elasticity to maintain structural rigidity, while the PETG skins allow the material to "slip" into deep-draw molds without thinning out or sticking to the tooling. This results in a finished part that is both lightweight and incredibly impact-resistant.
As brands move toward stricter ESG (Environmental, Social, and Governance) targets, GAG sheeting offers a clear path to compliance. Although it is a multi-layer composite, it remains entirely within the Polyester (Code #1) recycling stream. It is halogen-free and contains no volatile plasticizers, ensuring it meets both REACH and RoHS standards. By choosing GAG over PVC or other mixed-material laminates, manufacturers can provide a premium, crystal-clear user experience while ensuring the packaging is fully compatible with global recycling infrastructure.
Feature 1: Permanent Co-extruded Antifog Layer
Benefit: Provides consistent, long-lasting fog resistance that does not wash off, ensuring a crystal-clear view of your product for the entire shelf life. This enhances product visibility and consumer appeal, directly reducing returns and increasing sales.
Feature 2: Superior Optical Clarity & High Gloss
Benefit: Creates a brilliant, high-quality presentation that makes fresh food, baked goods, and other products look more appealing and vibrant. This superior visual presentation helps your brand stand out in a competitive retail environment, driving purchase decisions.
Feature 3: Excellent Gas & Moisture Barrier Properties
Benefit: Extends the shelf life of fresh and sensitive products by protecting them from oxygen and moisture. This significantly reduces food spoilage and waste, improving your supply chain efficiency and profitability.
Benefit: Meets stringent regulatory standards for direct food contact, making it a safe and reliable choice for packaging meat, poultry, produce, and ready-to-eat meals. This ensures your brand compliance and builds consumer trust.
Feature 5: High Durability and Puncture Resistance
Benefit: Withstands the rigors of transportation, handling, and stacking without tearing. This ensures product integrity from your production line to the store shelf, minimizing damage-related losses and protecting your brand reputation.
Feature 6: Excellent Thermoformability & Machinability
Benefit: Runs efficiently on high-speed packaging and converting equipment, allowing for seamless integration into your existing production lines. This increases output, reduces downtime, and improves overall manufacturing efficiency.
