IcePharmer All Mesh Zipper Bags

IcePharmer 220 Micron All Mesh Zipper Bag – 5 Gallon

Fast-Flow Filtration • Secure Zipper Closure • Reusable 220 Micron Mesh • UK Designed

Upgrade your botanical processing setup with the IcePharmer 220 Micron All Mesh Zipper Bag, a durable and efficient filtration solution designed for cold-water washing, botanical separation and general liquid filtration.

Manufactured from high-quality 220 micron mesh, the all-mesh construction provides excellent water flow and rapid drainage while helping retain larger plant material and unwanted particulates. Unlike conventional filter bags with limited mesh sections, the full-mesh design maximises the available filtration area for faster, more consistent processing.

Secure Zipper Design

The integrated zipper closure keeps botanical material securely contained during agitation, helping to create a cleaner and more controlled washing process. Simply load the bag, close the zipper and place it inside a suitable bucket or washing system.

Its 5-gallon capacity makes it ideal for home users, small-batch processors and pilot laboratory applications, while compatibility with 25L and larger buckets or agitation systems makes it easy to incorporate into existing setups.

Key Features

• 220 micron filtration for effective separation of larger particles

• All-mesh construction for maximum water flow and fast drainage

• Secure zipper closure keeps material contained during processing

• Reusable and durable for repeated filtration cycles

• Easy to rinse, clean and hang dry

• 5-gallon capacity for small and medium processing batches

• Suitable for cold-water botanical washing and pre-filtration

• Compatible with 25L+ buckets and suitable agitation systems

• UK designed for reliable performance

• Supplied with a 1-year warranty

Whether used for botanical washing, herbal processing, pre-filtration or other suitable natural-product applications, the IcePharmer 220 Micron All Mesh Zipper Bag delivers the combination of fast drainage, secure material containment and dependable micron filtration needed for an efficient and repeatable workflow.