![]() |
Place of Origin | Guangdong,China |
Brand Name | Bright Pack |
Certification | patent for invention、BRC、GRS |
Model Number | B010 |
Attribute | Description | Reference |
---|---|---|
Material Structure |
Outer Layer: BOPET (12-125μm thickness) with high tensile strength and UV resistance. Middle Layer: Aluminum foil/VMPET for oxygen/moisture barrier. Inner Layer: PE/CPP heat-sealable layer with oxygen absorber integration. |
4 5 |
Barrier Performance |
- Oxygen Transmission Rate (OTR): ≤3 cm³/m²*24h (blocks oxidation) - Water Vapor Transmission Rate (WVTR): ≤1.5 g/m²*24h - Light Barrier: 100% UV blocking via aluminum layer. |
4 5 |
Resealable Feature |
Zipper Lock: FDA-compliant reclosable zipper for freshness retention. Oxygen Absorber: Integrated sachet to extend shelf life (optional, customizable size). |
1 4 5 |
Custom Printing |
Full-color CMYK/Pantone printing with matte/glossy finishes. Supports holographic labels, QR codes, and brand-specific artwork. |
1 4 5 |
Sustainability |
Recyclable BOPET/VMPET/PE structure (REACH compliant). Optional biodegradable PLA layer (custom order). |
4 6 |
Parameter | Details | Standards |
---|---|---|
Material Composition | BOPET/Aluminum Foil (VMPET)/PE or CPP (3-5 layers) | Multi-layer lamination 4 5 |
Thickness | 120-150 microns (standard); customizable up to 200 microns for heavy-duty packaging. | GB/T 16958 4 5 |
Bag Types |
- Stand-up pouches with flat/gusseted bottom - Quad-seal bags - Side gusset bags with tin-tie closure |
4 5 7 |
Capacity | 250g, 500g, 1kg (standard); customizable from 50g to 20kg for bulk export packaging. | 4 5 |
Seal Strength | ≥4.0 N/15mm (CPP layer); heat-sealing temperature: 120-150°C. | ASTM F2029 4 5 |
Degassing Valve | One-way valve (3-7 holes) for CO₂ release (pressure resistance: 0.5-1.0 psi). | 4 5 |
Printing Quality | High-resolution digital printing (up to 1440 dpi) with scratch-resistant, food-safe inks. | 1 5 7 |
Certifications | FDA, EU REACH, RoHS compliant; suitable for food-grade storage. | 4 5 6 |
Contact Us at Any Time