Coir Peat: Size: 13xH5cm Weight: 500g Quantity: 24 pieces/carton box PH: 5.5-6.5 EC: 0.5 Ms/cm Color: Natural brown Compress rate: 5/1
Coco peat brick is also known as coir pith or coir dust, it’s made from coconut husks. Coco peat primarily consists of the coir fiber pith or coir dust which is obtained by processing coconut husk and removing the long fibers. Planet Coco’s peat brick is low in EC and have very low salt content. Our Coco peat is aged and composted for over 18 months and thorough washed. Our one liter brick can be expanded up to 8 liters by adding 2 liters of water. 650 Bricks are a perfect size to handle and it’s the perfect size for home gardeners. Usage Environmentally-friendly & sustainable organic alternative to peat moss. Used in greenhouses, vertical gardens, landscaping & grow bags.
The offered coco peat is washed, dried and compressed into 5 kg blocks. It serves as the ideal peat moss alternative in horticulture supplies. Washing controls the electrical conductivity of the block which is important for root and plant growth. We are coco peat block manufacturers offering blocks that can withstand high compaction. As an ideal soil conditioner and a growing medium, coco peat blocks once hydrated will expand to 15 litres per kg. Coco peat 5 kg blocks are 100% soilless growing medium. It can be used for soil conditioning as well as a mulching agent. Features Ability to withstand high compaction force Eco-friendly and user-friendly 100% soil less growing medium
Introduction: The coco peat is extracted from the shell of the coconut consisting of the coir fiber and the coir dust. These are natural material used for many purposes from agriculture and industry. Advantages: - Help improve the fallow conditions as well as the calluses from the soil - Helps soil to retain more nutrients and retain moisture. - Helps increase soil ventilation -Furthermore, they will promote full root development and plant growth - Contains natural organic matter and is good for soil and plants - No harm to the environment.
Product name: Coconut Peat Brand name: 99 Gold Data Block size: 30 x 30 x 15 cm Weight: 5 kgs (+/- 3%) pH: 5.8 to 6.8 Compression Ratio: Over 75 Liters / Block Moisture: 15 â?? 20% max Electric Conductivity (E.C): o High EC (Animal Bedding): 3.5 - 5 mS/cm. o Low EC (For Plant Growth) < 0.5 mS/cm. Impurities/sand: 3% max Fiber length: Less than 2cm Price: Negotiation Packing: In PP bag 20kgs, or 5kg/block, 192 blocks/pallet, 24 pallets/40ft (23 MTs) Payment method: T/T 40 in advance, 60% on scan bill, L/C at sight 100% Delivery time: 10 - 20 days
Made from 100% natural coco fiber. Ideal for Weed Control, Perfect protection against cold, ice and frost, Biodegradable, Eco-friendly. Size: Diameter 10 cm - 120 cm. Thickness: About 5mm-10mm.
- High water and nutrition holding capacity - Enhance strong and healthy root system. - Perfect growing medium for plants - Used in green house plantation Raw material: Coconut fiber. Block Size: 30 x 30 x 15 cm. PH: 5.8 to 6.8. Moisture: 15-20% Max. Impurities/sand: 3% Max. Electric Conductivity (E.C): High EC (Animal Bedding): 3.5 - 5 mS/cm. Low EC (For Plant Growth) < 0.5 mS/cm. Packaging: 24ton/con40ft
Origin: Vietnam. Specification: 5 kg blocks, 100% coconut husk. Package: Shrink-wrapped on pallets. Usage: Soil conditioner or growing medium.
Specifications: Form: Powder (loose packing 20kgs/bag) or block (compressed packing). Compression Ratio: Over 75 Liters / Block. Impurities/sand: 3% Max. Moisture: 15-20% Max. PH: 5.8 to 6.8. Block Size: 30 x 30 x 15 cm. Fiber length: Less than 2cm. Weight : 5kg (+/- 3%). Electric Conductivity (E.C): High EC (Animal Bedding): 3.5 - 5 mS/cm. Low EC (For Plant Growth) < 0.5 mS/cm.
Specifications: Form: Powder (loose packing 20kgs/bag) or block (compressed packing). Compression Ratio: Over 75 Liters / Block. Impurities/sand: 3% Max. Moisture: 15-20% Max. PH: 5.8 to 6.8. Block Size: 30 x 30 x 15 cm. Fiber length: Less than 2cm. Weight : 5kg (+/- 3%). Electric Conductivity (E.C): High EC (Animal Bedding): 3.5 - 5 mS/cm. Low EC (For Plant Growth) < 0.5 mS/cm.
