Coir geomesh, made from 100% natural coconut fiber, is an eco-friendly, biodegradable solution for civil engineering, landscaping, and environmental restoration. It prevents soil erosion, supports plant growth, and promotes sustainable landscaping.
Weight: Starts from 400g/m2
Open weave: Starts from 1″x1″
Slopes: Starts from >2:1
Flows: Starts from <2.0 m/s
Tensile Strength: Starts from 2 kN/m
Lifespan: 3 to 5 years.
At our company, we offer premium cocopeat that supports Indonesia’s economic growth. With years of experience, our cocopeat is 100% natural, environmentally friendly, and free from artificial additives, ensuring superior quality with minimal impurities.
Cocopeat has excellent water retention capacity, making it ideal for soil conditioning and as a growing medium. It can hold water up to eight times its weight.
A compressed block made from coconut peat. It is a natural and renewable resource that is widely used as a soilless growing medium in gardening and agriculture.
It is resistant to many soil-borne pests and diseases, which can help in reducing the need for chemical treatments.
Coconut husks, once considered a waste product of the coconut industry, are now transformed into a valuable horticultural commodity. The process involves extracting the long fibers from the husk, leaving behind a spongy material called cocopeat. This byproduct is then washed, buffered to balance its pH, and compressed into compact blocks or bricks for easy transportation and storage.
Unlike many other growing media, cocopeat is pH neutral and free from harmful chemicals, making it suitable for organic gardening. It also has a high cation exchange capacity (CEC), which enables it to retain and release nutrients efficiently, promoting optimal plant growth.
By choosing cocopeat, gardeners contribute to reducing waste and promoting sustainability. Coconut husks, which were once discarded or burned, are now repurposed into a valuable resource. Moreover, cocopeat is biodegradable and can be composted after use, minimizing its environmental impact.
Coconut husks, once considered a waste product of the coconut industry, are now transformed into a valuable horticultural commodity. The process involves extracting the long fibers from the husk, leaving behind a spongy material called cocopeat. This byproduct is then washed, buffered to balance its pH, and compressed into compact blocks or bricks for easy transportation and storage.
Cocopeat significantly improves soil structure by increasing aeration and water retention. This results in healthier root development, better drainage, and enhanced nutrient uptake, ultimately leading to higher crop yields. Its ability to hold moisture and nutrients makes it an excellent addition to various soil types, promoting sustainable plant growth over time.
Cocopeat is an eco-friendly and renewable alternative to traditional peat moss, making it a popular choice for sustainable gardening. Harvested from coconut husks, it offers an environmentally conscious solution for growers who want to reduce their carbon footprint. By using cocopeat, gardeners can maintain healthier plants while supporting green practices that protect natural ecosystems.
One of cocopeat’s standout benefits is its superior moisture retention properties. It holds water effectively, reducing the need for frequent watering while maintaining optimal moisture levels for plants. This makes cocopeat an ideal choice for arid climates and regions facing water scarcity, ensuring plants receive consistent hydration without waste.
We believe that collaboration is key to growth and mutual success. As we continue to expand our reach and innovate within our industry, we recognize the immense value that partnerships and cooperative efforts can bring.
Jl. Dr. Makaliwe 1 No.2, RT.001/RW.007, Grogol, Grogol Petamburan, West Jakarta, 11450, Indonesia
We are a top Indonesian manufacturer of high-quality cocopeat/coco coir growing media, ideal for horticulture, cultivation, and hydroponics. Our eco-friendly products promote healthy plant growth, superior water retention, and optimal root development.