Import Coco Gerbera Disks — Buy in Bulk from Supplier in Sri Lanka

Coco Gerbera Disks are compressed discs made from 100% pure coconut husk chips, formed into flat cylindrical shapes using precision dies. The product is designed for horticultural use, offering high water retention and air porosity. Each disk is biodegradable and can be used directly in seed trays, planting containers, or as a substrate base. No binders, adhesives, or synthetic additives are mentioned in the source.

The disks are manufactured by compressing raw coconut husk chips under heat and pressure, resulting in a dense yet porous structure. Typical industry specifications for such disks include diameters ranging from 5 cm to 15 cm and thicknesses between 1.5 cm and 3 cm, with bulk density around 180 to 220 kg/m³. The product is marketed as customizable, suggesting dimensional tolerances can be adjusted per buyer request.

Primary users include commercial nurseries, hydroponic growers, and organic seedling producers who require consistent, sterile growth media. The disks support rapid root penetration and reduce re-irrigation frequency. Packaging options include LCL, FCL, or air freight. MOQ and lead time are not specified and must be confirmed with the supplier. HS code is available upon request via proforma invoice.

Msn Engineering Pvt Ltd is a supplier based in Mahara, Sri Lanka, with a registered address in Colombo. The listing confirms no factory details, production volume, or years in business. The company is listed as a harbor-level verified supplier, indicating export readiness but no direct buyer feedback or response history. No certifications, laboratory testing, or client references are provided.

The business appears focused on manufacturing compressed coir products for horticultural markets. There is no mention of in-house R&D, quality control protocols, or standardization processes beyond the claim of customizability. The absence of response metrics suggests limited buyer communication. Buyers must verify all technical claims independently, including dimensional tolerances and compression consistency.