Bag In Box Packaging
Bag In Box packaging is a liquid packaging system consisting of a flexible inner bag, a dispensing fitment or valve, and a protective corrugated outer box. It provides a lightweight and space-efficient alternative to many rigid containers for packaging, transporting, storing, and dispensing liquid or semi-liquid products.
TedPack provides Custom Bag in Box Packaging Solutions with tailored barrier structures, fitment options, sizes, and printing support to help brands protect product quality while enhancing user convenience and brand presentation.
Bag In Box Packaging Applications
Classic bag in box can be displayed or displayed on shelves, cabinets, catering stores and other scenes, and are commonly used in the following application areas:
Beverages
Wine, Juice, Water, Syrup, Beverage Concentrate, Cocktail Mixers
Food & Food Service
Edible oil, Sauces, Condiments, Fruit Purée, Dairy Bases
Home & Personal Care
Detergent, Hand Soap, Cleaning Liquid, Personal Care Concentrates
Industrial & Agricultural
Lubricants, liquid fertilizer, water-based cleaning chemicals
Advantage
- High-barrier film options help protect products from oxygen, moisture, and light
- Durable inner bags provide reliable puncture resistance and leak protection
- Lightweight, collapsible packaging improves storage and transportation efficiency
Benefits
For Customer
- Reduces packaging, transportation, and warehouse space compared with many rigid containers
- Customizable capacities, film structures, fitments, and outer carton printing
- Compatible with manual, semi-automatic, and automatic filling processes
For End Customer
- Taps and dispensing fitments enable convenient, controlled product use
- Protective packaging helps maintain product quality during storage and handling
- Space-efficient design is easy to store, dispense, and replace
Compostable Packaging
Compostable packaging bags can be decomposed into water, carbon dioxide and organic matter under certain conditions (such as industrial composting facilities), without residual microplastics. Compostable packaging bag can be made of PLA or PBAT materials, which return to the natural cycle after degradation.
RECYCLABLE
Recyclable packaging materials can be reprocessed and reused through industrial recycling systems to reduce resource waste. Common recyclable materials include single-material PE, PP, etc., which meet the CEFLEX or APR recycling design guidelines.
PCR(Post-Consumer Recycled）
PCR materials are derived from recycled post-consumer waste (such as plastic bottles and packaging), which are processed into new packaging to reduce dependence on virgin plastics. TedPack’s PCR packaging can reduce carbon footprint by 35% while maintaining the same performance as traditional packaging.
Are These Bag-in-Box Packaging Challenge Slowing You Down?
Leakage and Bag Damage
Weak seals, unsuitable film structures, or insufficient puncture resistance can cause leakage and product loss during transportation.
Poor Filling Compatibility
The bag, fitment, or capacity may not match your filling equipment, filling temperature, or production process.
Unreliable Dispensing
An unsuitable valve or connector can lead to slow dispensing, spills, or excessive product remaining inside the bag.
TedPack develops bag-in-box packaging around your product and filling process. We help select the appropriate film structure, barrier level, fitment, capacity, and outer carton to improve product protection, filling compatibility, and dispensing performance.
Why Choose TedPack?
TedPack develops bag-in-box packaging around your product properties, filling process, and distribution conditions. We help determine the appropriate film structure, barrier level, capacity, and fitment instead of relying on a standard configuration.
From inner bag and valve compatibility to sealing performance and outer carton design, each component is developed to work as one packaging system. This helps reduce leakage risks, improve filling and dispensing performance, and provide more reliable protection throughout storage and transportation.
Customize Your Bag In Box Packaging
Capacity
Choose from common capacities ranging from 1L to 20L, including 2L, 3L, 5L, 10L, and 20L. Custom sizes can be developed around your filling volume, application, and outer carton.
Inner Bag Structure
Select PE-based, nylon-reinforced, or high-barrier film structures according to the product’s sensitivity to oxygen, moisture, and light, as well as its puncture-resistance requirements.
Fitment Options
Choose from taps, caps, spouts, valves, and dispensing connectors based on product viscosity, filling equipment, dispensing method, and sealing requirements.
Outer Box Design
Customize the carton size, strength, structure, and printing to support the filled bag, improve transport protection, and present your brand clearly.
Filling Compatibility
Configure the bag and fitment for manual, semi-automatic, or automatic filling based on your equipment, filling temperature, production volume, and process requirements.
Featured Products
We're happy to help.
Here Are the Answers to Your Queries!
Response time for all e-mails is approximately 24 hours. For bulk purchases, please contact our sales team at +86 769 2277 0010 or sales@tedpack.com.
This format is widely used for liquid and semi-liquid products such as wine, juice, dairy, syrup, edible oil, water, detergents, and selected industrial liquids. It is especially suitable for applications that require product protection, efficient dispensing, and better transport efficiency.
Common capacities typically range from 1L to 20L, including popular options such as 2L, 3L, 5L, 10L, and 20L. Custom dimensions can also be developed based on your product, filling process, and usage scenario.
A well-designed system combines the inner bag, fitment, and outer box to improve protection during storage and transport. It can help reduce contamination risk, support product stability, and maintain better packaging performance throughout distribution.
Yes. The structure, fitment, and overall configuration can be tailored to suit manual, semi-automatic, or automatic filling processes. This helps improve operational compatibility and overall packaging efficiency.
This solution can support sustainability goals through lightweight construction, optimized material use, and more efficient transportation. The outer carton also adds a practical opportunity for recyclable paper-based packaging content.