This product is a 5kg nuts seven-layer co-extruded vacuum pouch. Its core feature is the seven-layer co-extruded structure, which can be combined with multilayer lamination according to packaging requirements to improve barrier performance, puncture resistance, and heat-seal strength. Common laminated materials include PET/AL/PE, PET/NY/PE, PET/VMPET/PE, PET/PE, PA/PE, PET/AL/NY/PE, kraft paper/PE, and PET/VMPET/NY/PE. The thickness range is 15–25 silk, and the structure can be selected to suit 5kg vacuum packaging needs for nut products.
The production process follows gravure printing → lamination → slitting → bag making → heat sealing. Printing supports 1–8 color gravure printing, suitable for brand layouts, product information, and graphic designs. Production is carried out in a 10,000-class cleanroom in Dongguan, Guangdong. The materials are food-grade materials, and material certificates can be provided upon customer request. The seven-layer co-extruded structure helps enhance vacuum retention and damage resistance for 5kg nut vacuum pouches during transport and storage.
In terms of application, this vacuum pouch is mainly for 5kg vacuum packaging of nut foods, suitable for packaging buyers who need large-format vacuum packaging and focus on the seven-layer co-extruded differentiated structure. Sample-based and drawing-based proofing are supported, and dimensions and layout can be customized according to customer requirements. The MOQ is 10,000 pieces. After the customer confirms the seven-layer co-extruded structure, laminated material, 15–25 silk thickness, 1–8 color printing plan, dimensions, and layout, proofing and production can be arranged.
Produced in Dongguan, Guangdong, this vacuum pouch combines seven-layer co-extrusion technology, food-grade materials, and gravure printing, lamination, slitting, bag making, and heat sealing processes for 5kg nut vacuum packaging scenarios. For products with the same specification and application but different technical variants, the seven-layer co-extruded structure, material combination, thickness, and printing plan can be used for differentiation and customization.