Polyester scrim reinforced oxygen barrier silage cover, produced with the latest in barrier technology to provide a virtually zero oxygen transmission rate. Outer layers include carbon black, and UV and thermal stabilizers to increase outdoor durability and longevity and maximize forage freshness.

White and black tri-layer silage cover manufactured with premium outer layers and a core of recycled resins. Thermal and UV stabilizers provide longevity in outdoor exposure. The white outer layer protects from ultraviolet rays and reflects sunlight to minimize heat build-up and help prevent spoilage.

Grain covers produced with our patented DURA-SKRIM® string reinforced material. Manufactured using layers of high-strength polyethylene and bonding polyethylene, the polyester scrim reinforcement greatly enhances tear resistance to increase service life. Available from light- to heavy-weight durability.

Woven coated fabrics made of oriented high-density polyethylene (HDPE) ribbons and outer layers of resilient UV stabilized linear low-density polyethylene (LLDPE) coating. Reinforced materials have an incredibly high strength-to-weight ratio, resulting in superior tear resistance and ease of installation.

Colorless 2-step oxygen barrier silage cover system offering a low-weight to high-strength ratio designed for high flexibility and ease of installation. The oxygen barrier film prevents oxygen from reaching the feed while preserving valuable nutrients. The DURA-SKRIM® cover blocks UV rays for durability.

Colorless multi-layer linear low-density polyethylene (LLDPE) fumigation and broadcast film. The multi-layer configuration provides exceptional tear and impact strength, ease of installation and removal, flexibility on uneven surfaces, and long-term field performance with thermal and UV stabilizers.

Fumigation film made of translucent seven-layer linear low-density polyethylene with a gas impermeable EVOH barrier resin. Fumigation films provide proven performance for both broadcast and row mulch applications with proven repeatable and reliable performance while maintaining efficacy and yields.