PRODUCTS  
  _____Compressed Coconut Peat
 
   
  • Coconut Peat is compressed into various sizes and weights for economies in transportation.
  • Raw material is sieved and graded just prior to compression to maintain a desired fibre content.
  • Available in 25 Kg. (4 cu. ft.) Bales, 10 Kg. (2 cu. ft.) Bales, or 5 Kg. Bales.
  • LDPE bags can be custom printed
 
 
_____Growbags
 
   
  • Is used in large quantities to grow plants in Greenhouses.
  • Is an ideal alternative to Peat moss slabs or other synthetic products such as Rockwool slabs.
  • The coconut peat slab mixtures can be customized to meet customer needs.
  • Available in varying sizes and thickness.
  • Packed in UV protected LDPE bags that can be custom printed.
  
 
_____Coconut Husk Chips
 
   
  • Our Husk Chips are thoroughly washed (to control high E/C levels) and naturally sun dried.
  • Available in L, M, S, SS, SSS and SSSS sizes and shipped in 4 cu. ft. bales packed in thick gauge LDPE bags.
 
 
_____Coconut Peat Disks & Briquettes
 
   
  • Our versatile coconut peat disks are ideal for seed trays and nurseries and are also used as pet reptile bedding.
  • Each disk is subject to a series of Quality control processes designed to detect and reject production flaws.
  • Currently available in 6 cm and 7 cm diameters. Thickness can be customized.
  • Each disk (or a roll of say 10 disks) can be shrink wrapped and customer labels inserted.
  • Compressed Coconut Peat is also available in 650 gram. Briquettes.
  • Our briquettes are tailored to individual customer specifications such as E/C, moisture, weight and volume requirements.
  • Briquettes can be individually shrink wrapped and customer provided labels inserted.
 
 
_____Non-Woven Coir GeoTextiles 		 
   


  • The "Rubberized Coir Mats" are composed of 90% coconut coir fibres + 10% natural centrifuged rubber latex. The 10% natural centrifuged rubber latex content has a 60% dried rubber content. This slightly expensive "centrifuged rubber latex" is used to prevent the formation of any harmful fungus - which occurs when ordinary rubber is used.
  • These mats are fully natural and degradable.
  • Available in 1 or 2 meter widths and customized lengths
 
 
_____Coconut Fibre Logs		  
   
  • This is made out of 100% coir fibre stuffed into hand knotted net bags The durability of the rolls depend largely on the hand knotted geo net cover. Due to its heavy nature and its flexible character, the rolls can be installed very effectively in almost any soil gradient to prevent soil erosion and sedimentation. Sediment logs reduces the hydraulic pressure gradient in the flow of water and also reduce the migration of silt from the ground surfaces. Sediment logs are similar in appearance to the geo logs and dimension but has lower densities. Available in 1 metre, 2 metre or 3 meter lengths. 200 cm., 300 cm or 400 cm diameters and many different weights for different applications
 
 
_____Woven Coir GeoTextiles 		 
   
  • Our woven Coir GeoTextiles are carefully hand made to customer specifications.
  • Each sheet is meticulously checked for flaws and signed for quality by our special Quality Control squad.
  • Comes in varying mesh sizes and yarn types.
  • Available in 1 or 2 meter widths and customized lengths. Packed
  • either as rolls or bundles
 
 
____Gabions
 
   
  • Gabions are high density and fairly large size structures, stuffed with coir fibre into a coir geo net. The shape of the stuffed structure is rectangular and can be made to sizes 200 x 100 x 100/50 cms. Could be applied to strengthen river and stream embankments.
 
 
____Coir Blankets 		 
   
  • This can cover areas of stream banks or shorelines and with wetland vegetation grown in it. Prevents erosion in areas with tidal variation, detention basins or wetlands. These blankets are grown in nurseries prior to installation. The vegetative blanket is then used very effectively on stream/river banks to stop erosion.
 
 
____The Net Pad Combination		  
  • The NET PAD is a versatile erosion / sediment control and earth stabilization product made out of 100% eco friendly bio degradable materials that are derived from renewable & sustainable resources, namely fibre from coconut palm and natural latex from the rubber tree.

  • The Net Pad is a product where GeoNet & Rubberized coir pad are bonded together for improved efficiency in bio engineering applications. Available in any width and lengths up to 28 meters . Can be produced in many different grid/mesh sizes and different types of Geo Nets. The rubberized coir pad thickness can be 2mm - 10mm with varying densities.

    This product is designed to be used as a topsoil cover to prevent erosion of soil and enhance the biological aspects of engineering. It has good strength and stability to use for high gradient slopes. The durability of the Net Pad is around 4-8 years. The degradability is a factor that depends largely on sunlight, moisture the soil condition and environmental climatic conditions.

    The Net Pad has 2 important functional materials. Namely, the Geo Net made of coir fibre twisted into nets for the purpose of strength and function to reduce the flow velocity or the force that will create runoff effect of water on the topsoil layer. The other component is the rubberized coir pad, as a composite material will reduce the surface infiltration that leads up to the loosening of the subsoil. It will also help any vegetation to propagate the root system in most adverse conditions. The pad is made out of coir pith at the bottom layer and coir fibre with natural rubber latex to form a pad. Both these products absorb up to 800% and 180% respectively on weight-to-weight basis of water. The absorbed water is retained in the cellular structure and is slowly released to the root system. The pad is designed to allow air to penetrate to the top subsoil. It can also be designed to allow light to penetrate. These two important properties facilitate quick and strong growth of the seed/plant to take root to the ground.

    The Net Pad further helps to reduce evaporation of excess pore water of the soil underneath during the daytime. Considering all these factors and the potential design variable of the 2 layered structures, potential users will have at their disposal a unique product that can satisfy almost all the design criteria for erosion and earth stabilization on bio engineering.

    It provides an attractive, cost effective and environmentally compatible solution to erosion control.