Skip to main content
plas-tech engineering - Supplier for COC/COP PFS Syringes
Schreiner
rochling

Login Menu

  • Login
  • Register
Home
  • HOME
  • CONNECTIONS
    • Suppliers
    • Buyers
    • Professionals
    • User Companies
    • Softwares
    • Others
  • INDUSTRY UPDATES
    • Packaging News
    • Innovations
    • Press Releases
    • Events
    • Resources
    • Newsletter
    • Testimonials
    • Packaging Interviews
    • Packaging 4 startups
  • BLOG
  • OUR PRODUCTS
    • Big Book of Packaging
  • OUR PARTNERS
    • Bonini
    • Bernhardt
    • EMA
    • Haemotronic
    • Intin
    • Plas-Tech Engineering
    • Polycine
    • Rochling
    • Sanok Rubber
    • Schreiner
    • TARA
    • Yukon Medical
  • SERVICES
    • SUSTAINABLE EXHIBITION
    • CONSULTING
    • DESIGN SERVICES
    • NEWSLETTER SUBSCRIPTION

Breadcrumb

  1. Home
  2. ACTIVE PACKAGING - Food Packaging

ACTIVE PACKAGING - Food Packaging

Profile picture for user packagingconnections
By admin on Tue, 10/14/2014 - 01:13

Active packaging is defined as packaging  in which subsidiary constituent have been deliberately include in or on either the packaging material or the package headspace to enhance the performance of package system( Robertson, 2006).  This phrase emphasizes the importance of deliberately including a substance with the intention of enhancing the food product. Active packaging is an extension of the protection function of a package and is commonly used to protect against oxygen and moisture.

Active packaging performs some desired role other than to provide an inert barrier between the product and the outside environment. It sometimes referred to as interactive or “smart” packaging, is intended to sense internal or external environmental change and to respond by changing its own properties or attributes and hence the internal package environment.  The active component may be part of the packaging material or may be an insert or attachment to the inside of the pack.

Active packaging can enable the properties of the package to more adequately meet the requirements of the product. Therefore, the forms and applications of active packaging are diverse, addressing specific situations in the protection and presentation of foods and other products.

For example:

The tinplate can, for instance, provides a sacrificial layer of tin that protects the food from accumulation of catalytically active iron salts. Antioxidant release from waxed-paper packs for Breakfast cereals have been used, as has been the impregnation of cheese wraps with sorbic acid. Sachets of iron powder have been described as ‘‘deoxidizers,’’ ‘‘free oxygen absorbers,’’ and ‘‘oxygen scavengers’’.  

Goals of Active Packaging:

Active Packaging is chosen to enhance the ability of conventional packaging to help deliver the product t used in a desired state. Active packaging system are developed with the goal of extending shelf life of the food and increasing the period of time that the food is high quality. Active packaging technologies include some Physical, chemical, or biological action which changes interactions between a package, product, and/ or headspace of package in order to get a desired outcome. The most common active  The most common active systems scavenger oxygen from the package or the product and may even be activated by an outside source such as UV light.

Forms of Active Packaging

Active packaging is typically found in two types of systems; sachets and pads which are placed inside of package, and active ingredients that are incorporate directly into packaging materials.

1. Sachets and Other Inserts

  • Desiccants.

  • Oxygen Scavengers.

  • Ethanol and Sulfur Dioxide Emitters

  • Ethylene Absorbers

2. Plastic-Based Active Packaging Materials

  • Moisture Control.

  • Oxygen Scavenging

  • Active Oxygen Barriers

  • Antimicrobial Films.

  • Odor Absorption (more details at-) http://www.packagingconnections.com/innovation/market-leading-odour-absorbent-meat-pads.htm

  • Thermal Control

 

Author - Radhika Rewri

  • Log in or register to post comments

Comments

Have recently read somewhere there are various ways to provide "oxygen scavenging" feature in a packaging. Any idea what are these ways?

Wed, 10/29/2014 - 03:13
chhavi_2 (not verified)
  • Log in or register to post comments
plas-tech engineering - Supplier for COC/COP PFS Syringes
YUKON MEDICAL
TARA NIRMAN
schreiner
rochling
3 months ago
Recycling Program Turns Label Waste Into New Packaging
3 months ago
The High-Tech Secrets Behind the Humble Tin Can: A Modern Marvel of Steel Innovation
3 months ago
Recyclability Emerges as Top Priority for European Consumers, Amcor Study Finds

Follow Us

  • linkedin
  • facebook-f
  • twitter

Explore

  • Home
  • Contact Us
  • About us
  • Advertise With Us
  • Login
  • Register
  • Add Testimonial

Company

  • Blog
  • Contact Us
  • Events
  • Packaging News
  • Terms & Conditions
Top 7 Packaging Must-Haves for Personal Care Products
Top 7 Packaging Must-Haves for Personal Care Products
03 May, 2025
FDA
Navigating New FDA Packaging Regulations in 2025: A Complete Guide
29 Apr, 2025
Lamination
Unveiling the Future of Lamination Films: Trends, Challenges & How Purchasers Can Stay Ahead!
26 Apr, 2025

Footer menu

  • Privacy
  • Terms and conditions
  • Contact
Home
  • HOME
  • CONNECTIONS
    • Suppliers
    • Buyers
    • Professionals
    • User Companies
    • Softwares
    • Others
  • INDUSTRY UPDATES
    • Packaging News
    • Innovations
    • Press Releases
    • Events
    • Resources
    • Newsletter
    • Testimonials
    • Packaging Interviews
    • Packaging 4 startups
  • BLOG
  • OUR PRODUCTS
    • Big Book of Packaging
  • OUR PARTNERS
    • Bonini
    • Bernhardt
    • EMA
    • Haemotronic
    • Intin
    • Plas-Tech Engineering
    • Polycine
    • Rochling
    • Sanok Rubber
    • Schreiner
    • TARA
    • Yukon Medical
  • SERVICES
    • SUSTAINABLE EXHIBITION
    • CONSULTING
    • DESIGN SERVICES
    • NEWSLETTER SUBSCRIPTION
Clear keys input element