Brief: Get an inside view of features that deliver consistent results in daily use. This video showcases the PureFresh™ Eco-Pouch, a high-barrier stand-up pouch designed for laundry detergents. You'll see a detailed walkthrough of its multi-layer film construction, customizable printing options, and how its design enhances product protection, consumer convenience, and operational efficiency.
Related Product Features:
Multi-layer film construction provides superior barrier protection against oxygen and moisture to preserve detergent integrity.
Robust heat seals and durable materials prevent leaks, ensuring safe handling and transport of liquid contents.
Easy-pour design with built-in spouts or measuring caps allows for precise dispensing and reduces waste.
Space-efficient and lightweight design maximizes storage and reduces shipping costs by up to 50%.
Uses 60-80% less plastic than rigid bottles, significantly reducing environmental impact.
Compatible with various laundry products including detergents, fabric softeners, and stain removers.
Features multiple opening options like tear-notches and screw caps for enhanced consumer convenience.
FAQs:
What materials are used in the PureFresh™ Eco-Pouch construction?
The pouch uses multi-layer film structures such as PET/AL/PE or PET/VMPET/PE, which provide superior chemical and barrier protection for laundry products.
How does this pouch compare to traditional plastic bottles in terms of environmental impact?
The PureFresh™ Eco-Pouch uses 60-80% less plastic than equivalent rigid bottles, resulting in a lower carbon footprint and reduced plastic waste, making it a more sustainable option.
What are the minimum order quantities and sample availability?
The minimum order quantity is 500kg. Samples are available with costs ranging from $0 to $500 USD, and a one-time printing plate charge of $70-$150 USD applies for custom designs.
Can the pouches be customized for different laundry product viscosities?
Yes, the pouch thickness can be customized within a range of 90-200 microns to accommodate various product viscosities, from regular to ultra-concentrated formulas.