Import Coir Fibre — Buy in Bulk from Supplier in India

Kenstar Exim supplies coir fibre extracted from coconut husks, processed into fine fibres and available in two types: white fibre from fresh green coconuts and brown fibre from matured coconuts. The fibre is commonly used in the manufacture of floor mats, brushes, mattresses, upholstery, and fabricated goods. Its natural resilience and resistance to abrasion make it a preferred material for both industrial and household products.

White coir fibre is softer and more flexible, often used in finer applications like brush bristles or upholstery padding, while brown fibre is coarser and better suited for heavy-duty uses such as geotextiles or erosion control. The fibre’s natural lignin content provides inherent durability, and its biodegradability offers an eco-friendly alternative to synthetic fibres. Typical industry standards for coir fibre include a moisture content below 12% and a fibre length range of 5 cm to 25 cm for most applications.

Buyers of Kenstar Exim’s coir fibre include manufacturers in the textile, agricultural, and construction sectors. The fibre is typically exported in compressed bales, with packaging designed to minimise shipping volume. To ensure consistency, buyers should specify their required fibre length and colour variant, as these can vary between batches.

Kenstar Exim is based in Edaicode, Kanyakumari, Tamil Nadu, India, with its address at Door No: 20/66-1, Manalukalai, 629152. The company positions itself as a specialist exporter of coir fibre, catering to international buyers seeking competitive pricing and reliable supply. Its location in Kanyakumari, a region known for coconut cultivation, provides a strategic advantage for sourcing raw materials.

The supplier’s profile indicates a harbor-tier trust level, though no response metrics or certifications are provided. Kenstar Exim does not disclose production capacity, lead times, or client references in its listing. Buyers are encouraged to request samples and detailed specifications, including fibre length distribution and moisture content, to assess suitability for their applications.