FlexStor Grain Bags

Available In 10.5 x 250

Flexstor grain bags are made from 100% prime polyethylene material and NO reprocessed or recycled material. Using the prime polyethylene will increase the puncture resistance of the grain bags, which will help limit stubble from protruding on the bottom of the bag as well as, help when birds, raccoons and rodents try to dig into the material. Impact of the grain bags are good for hail or anything else that would be a dropped force on the grain bag. If something should puncture or tear the grain bag, the 100% prime polyethylene fights that from elongating the hole. When unloading grian bags, having a material that has poor tear values from using reprocessed or recycled material can result in a zipper effect, where a small tear continues down the length of the grain bag when it is unloading. The tensile strength of the FlexStor grain bags by using the 100% prime polyethylene is very important during the filling process. When all of the weight in the grain bag from the grain and the material is deploying off the machine, there is a significant amount of force on the bag material in which the bag will stretch before bursting. This is not true of the competitor’s grain bags, which most use reprocessed or recycled material.

Specifications

100% Prime Polyethylene Material

No Reprocessed Material

Puncture Resistant

Great Tensile Properties

- Produced utilizing high performance polyethylene resins in a 3-layer white/white/black configuration.
- Added U.V. inhibitors and thermal stabilizers protect against harsh weather conditions and ensure longevity.
- Provide the high puncture and tear resistance required to keep grain at the highest quality.
- One of the most economical and effective methods for storing grain and is an efficient and flexible grain storage solution.

Features

100% Prime Polyethylene Material

No Reprocessed Material

Puncture Resistant

Great Tensile Properties

- 100% Prime Polyethylene Material
- No Reprocessed Material
- Puncture Resistant
- Great Tensile Properties