Landscape contractors & supply companies, and tree nurseries rely on BWI‑ACME for bulk packaging solutions that protect product quality, streamline handling, and keep outdoor operations running efficiently.
Our FIBCs, woven bags, and specialty packaging are built for soils, mulches, aggregates, amendments, and nursery materials that require durable, weather‑resistant containment.
For customers needing additional protection, we also manufacture and supply custom mesh and insulated tarps, reusable covers, landscape fabric, burlap liners, and wire tree baskets to safeguard plants, root systems, and bulk materials in all conditions.
An FIBC is a large woven polypropylene bag used to store and transport soils, mulch, compost, aggregates, and other bulk landscaping materials. They support efficient delivery and reduce packaging waste when compared to 20kg small bags.
Moisture‑sensitive soil blends, fine composts, and specialty amendments often require PE liners to prevent drying, contamination, or moisture ingress.
Common sizes range from 35x35x35 in. to 35x35x52 in., depending on product density and desired weight capacity.
Many landscape materials allow for reuse when bags remain structurally sound and free of contamination. Reuse depends on the bag’s safety rating and condition.
We supply 4‑loop, tunnel‑loop, single‑loop, and two‑point lifting designs to support forklifts, loaders, and delivery equipment.
BWI recommends coated bags or bags with PE liners to control dusting, prevent sifting, and protect materials from moisture.
Wire tree baskets are used to secure and transport balled‑and‑burlapped trees, providing root protection and structural support during handling and planting.
Burlap is commonly used for wrapping root balls, erosion control, frost protection, and shielding sensitive plants during transport.
Soil blends, topsoil, compost, mulch, bark chips, sand, gravel, decorative stone, pea gravel, soil amendments, potting mixes, biochar, perlite, vermiculite, fertilizer blends, wood chips, playground surfacing materials.
