Oleophobic And Venting Packaging For Agriculture Chemicals EPTFE Disc Vents

Agricultural chemicals mainly include fertilizers and pesticides. Fertilizers encompass foliar fertilizers, bacterial fertilizers, microbial fertilizers, etc., while pesticides include insecticides (such as imidacloprid, abamectin, etc.), fungicides (like carbendazim and propiconazole, etc.), herbicides (like glyphosate, etc.). These substances can change with temperature and altitude, such as through fermentation or volatilization. When altitude or temperature changes occur, if suitable breathable products are not used, agricultural containers exposed to these environments may experience dents, swelling, or leakage. Trays may become dented. Labels may be damaged, leading to crucial safety information becoming unrecognizable. Consumers might come into contact with leaked chemicals, while agricultural packaging manufacturers could suffer from reduced production efficiency and customer dissatisfaction, resulting in decreased profits.

On the other hand, the contents of agricultural chemicals are complex; some water-based solutions contain certain chemicals that, when in extensive contact with the breathable membrane, can cause the membrane to lose some of its breathability. Some liquids are more viscous and, when adsorbed onto the breathable membrane for extended periods, can reduce or eliminate breathability. This necessitates that breathable products must not only be waterproof but also oil-resistant. Generally, breathable plugs or aluminum foil breathable gaskets are used.

Xinna primarily produces waterproof and oil-resistant ePTFE breathable membranes designed to work with breathable plugs and gaskets.

Our oleophobic and hydrophobic breathable membranes disc have the following characteristics:

• According to the composition of agricultural chemicals, we design breathable membranes suitable for pesticide and fertilizer product packaging needs, maintaining good breathability even when encountering high-viscosity liquids.
• These breathable membranes use different substrates and can be integrated into injection-molded parts for breathable plugs or other materials' shells, satisfying a broad range of customer needs in the form of standard components.