Overview:
The active ingredients in industrial chemicals, such as hydrogen peroxide, sodium hypochlorite (bleach), peracetic acid, and organic peroxide, etc.Which may decompose in the container and release a large amount of gas. If the gas is not discharged in time, the packaging container may bulge or even burst, posing potential safety hazards.
Microvent® new foam Induction liners puts our most advanced membrane technology in a full-surface foam liner, to achieve a new level of resistance to container deformation and leaks.It delivers unprecedented venting performance, to enhance the safety of your most hazardous formulations in the most challenging circumstances.It is high performance in waterproof, oil drainage, corrosion resistance, and has high air permeability, which makes it the best choice of breathable packaging. It is widely used in agriculture and industry,such as bottles for fertilizers, pesticides,disinfectants and additives etc.
Microvent® Packaging Vents come in two product forms, including plug- in vents and vent liners.
Vent liners:
• Developed for fertilizer, pesticides, household chemicals and cleaners.
• Easy to integrate without re-design of cap.
• All liners are available in single and multi-roll cargo, as well as in a variety of widths.
Product Structure:
How does our vent liner workes?
Gas passes through the microporous ePTFE membrane ,diffuses through the pulp layer and is directed to the cap threads.
Pulp induction liners do not require a hole in the cap and can be optimized to vent with minimal vapor loss.
the whole liner surface is breathable
cap thread venting (venting through hole in cap also possible)
