Import Coco Pith — Buy in Bulk from Supplier in India

Coco pith from AVM Cocos is a natural organic substrate derived from coconut husks, processed into coir peat for horticultural use. It is available in both seaved and unseaved forms, with moisture content adjusted for immediate use in potting mixes. The product is manufactured in Pollachi, Tamil Nadu, and packed in polythene bags or wooden pallets according to buyer specifications.

Seaved coco pith has undergone mechanical removal of long fibers, resulting in a finer texture suitable for seedling propagation and soil blending. Unseaved material retains more fiber, offering greater structural support in larger containers or outdoor beds. Both variants have a typical bulk density of 50 to 60 kg/m³ and a water retention capacity of 7 to 9 times their dry weight, consistent with industry standards for coir substrates.

This coco pith is used by turf farms, rose nurseries, and commercial vegetable growers for soilless cultivation and potting media. Buyers also use it as a base material for golf course greens and in plant bag systems for long-term crop production. Packaging is flexible - custom sizes from 1kg to 500kg bags are available. Trade terms are typically FOB Tuticorin or CIF port, with MOQs confirmed directly with the supplier.

AVM Cocos is a manufacturer and exporter based in Kinathukadavu, Pollachi, Tamil Nadu, India. The supplier identifies as one of the largest producers of coco peat in the region, with direct control over husk sourcing and processing. No company history, employee count, or export volume is disclosed. Trust verification is limited to harbor tier, with no public response metrics or certification claims.

The listing mentions seaved and unseaved variants and custom packaging but provides no details on processing methods, buffering, or salt reduction. There is no reference to certifications, laboratory testing, or quality control protocols. Buyers must request technical documentation directly, as no claims beyond physical form and packaging are supported by the source data.