Product:
Coconut fiber pots are made from
the main material is coconut fiber was cleaned and dried to remove impurities,
kill harmful bacteria. After that, the coir is molded to form pots of various
sizes. In outdoor environment, these pots have a decomposition over 3 months to
over 1 year depending on the size and thickness of the pots.
Main uses: flower growing in the
home or office. Design and bring nature into the home when used for interior
decoration. In addition, coconut fiber pots are also used to grow and transport
seedlings, seedlings, ornamental plants.
Advantage of the product: highly
aesthetic compared to the plastic pots, high safety when not falling as the
ceramic pots. Cheap price, save money. If used to grow plants will help plants
grow well and naturally because the roots can grow through the pelvis and
continue to grow normally when placed on the ground, to avoid the need to pot
extraction and root " bent "as when grown in porcelain or plastic
pots.
Manual
instruction:
- Planting flowers: Put the soil
into pots and plant trees, flowers to suit the size of the pot. Note: Watering
is sufficiently moist to maintain pot life. Better use in cool environment,
interior.
- Cultivation: For potting soil,
seedlings need to be nursed or nursed directly into seedlings. Leave the pot
outside the natural environment and water it normally. After seeing the roots
grow and grow through the pots, then the pots and seedlings are planted
directly to the soil (or into larger pots) without having to sow the pot. The
pots will break down naturally and provide nutrients to the plants. The pot
will be a perfect substitute for nursery cover with nylon bags and will not
harm the environment.
- In addition, due to the high
aesthetic, coconut fiber pots are also used in the production of artificial
flowers, display art create natural space in the family or office.
Specifications:
Available sizes:
|
|||
Top Dia (in cm)
|
12
|
15
|
20
|
Bottom Dia (in cm)
|
8
|
11
|
15
|
Height (in cm)
|
10
|
11
|
16
|
Weight per cup (In
Gram)
|
55-65
|
95-110
|
180-195
|
Thickness (in cm)
|
0.5
|
0.5
|
0.5
|
Material
|
These products are
made with coconut fiber with rubberized latex
|
|
Special Requirment
|
Any Customer required
sizes can be executed
Parameters Needed: Top & Bottom Diamater, Thickness, Weight |
|
Packing
|
Carton Box Packing
1. Normal Packing with out label and arranged in the Carton
Box
2. Single Piece Labelled Packing and arranged in the Cartonx Box |
News:
Coir
The thickest and most resistant of all
commercial natural fibres, coir is a coarse, short fibre extracted from the
outer shell of coconuts. Its low decomposition rate means is a key advantage
for making durable geo-textiles.
The plant
Coir is extracted from the tissues surrounding the seed of the coconut palm (Cocos nucifera), which is grown on 10 million ha of land throughout the tropics.
Coir is extracted from the tissues surrounding the seed of the coconut palm (Cocos nucifera), which is grown on 10 million ha of land throughout the tropics.
The fibre
Coir fibres measure up to 35 cm in length with a diameter of 12-25 microns. A coconut harvest occurs once in 45 days. From 1000 coconuts it would be possible to extract 10 kgs of coir. Among vegetable fibres, coir has one of the highest concentrations of lignin, making it stronger but less flexible than cotton and unsuitable for dyeing. The tensile strength of coir is low compared to abaca, but it has good resistance to microbial action and salt water damage and needs no chemical treatment.
Coir fibres measure up to 35 cm in length with a diameter of 12-25 microns. A coconut harvest occurs once in 45 days. From 1000 coconuts it would be possible to extract 10 kgs of coir. Among vegetable fibres, coir has one of the highest concentrations of lignin, making it stronger but less flexible than cotton and unsuitable for dyeing. The tensile strength of coir is low compared to abaca, but it has good resistance to microbial action and salt water damage and needs no chemical treatment.
There are two types of coir: the
more commonly used brown fibre, which is obtained from mature coconuts, and
finer white fibre, which is extracted from immature green coconuts after
soaking for up to 10 months. Mature coir fibres contain more lignin, a complex
woody chemical, and less cellulose than fibres such as flax or cotton.
Environmental benefits
Coir is a material which is widely used to overcome the problem of erosion. When woven into geotextiles and placed on areas in need of erosion control it promotes new vegetation by absorbing water and preventing top soil from drying out. Coir geotextiles have a natural ability to retain moisture and protect from the suns radiation just like natural soil, and unlike geo-synthetic materials, it provides good soil support for up to three years, allowing natural vegetation to become established.
Uses of coir
Traditionally the coconuts were left to cure in water for several months (or in brine for a longer period for white fibres) then the coir was extracted. However with technology there is an increased use of coconut husk defibering machines.
Coir is a material which is widely used to overcome the problem of erosion. When woven into geotextiles and placed on areas in need of erosion control it promotes new vegetation by absorbing water and preventing top soil from drying out. Coir geotextiles have a natural ability to retain moisture and protect from the suns radiation just like natural soil, and unlike geo-synthetic materials, it provides good soil support for up to three years, allowing natural vegetation to become established.
Uses of coir
Traditionally the coconuts were left to cure in water for several months (or in brine for a longer period for white fibres) then the coir was extracted. However with technology there is an increased use of coconut husk defibering machines.
Typically, white coir spun into yarn is
used in the manufacture of rope and, thanks to its strong resistance to salt
water, in fishing nets. Brown coir is stronger and more widely used than white
coir. Applications include sacking, brushes, doormats, rugs, mattresses,
insulation panels and packaging.
Geotextiles
Recognition of coir for sustainable vegetation and erosion control arises from the fact that it is an abundant, renewable natural resource with an extremely low decomposition rate and a high strength compared to other natural fibers. Coir is woven into thick textiles which are applied like blankets on the ground in erosion prone areas. Geotextiles made from coir are durable, absorb water, resist sunlight, facilitate seed germination, and are 100% biodegradable. These blankets have high strength retention and a slow rate of degradation meaning they last for several years in field applications.
Recognition of coir for sustainable vegetation and erosion control arises from the fact that it is an abundant, renewable natural resource with an extremely low decomposition rate and a high strength compared to other natural fibers. Coir is woven into thick textiles which are applied like blankets on the ground in erosion prone areas. Geotextiles made from coir are durable, absorb water, resist sunlight, facilitate seed germination, and are 100% biodegradable. These blankets have high strength retention and a slow rate of degradation meaning they last for several years in field applications.
Coir is widely used in the upholstery
industry, and it is a healthy substitute for processed synthetic rubber. It is
also used as a combination with natural rubber and is used for filling up
mattresses, automobile seats, sofas, settees, and seating systems. European
automobile producers upholster cars with pads of brown coir bonded with rubber
latex. Coir is used for insulation and finds application in panels, cold
storages, food industry, etc.
Coir Ply
A substitute to plywood, coir ply is an innovative product that when is added together with resin and limited pre-treated timber veneers. In India the product has been well accepted by the market as an alternative to plywood. Substituting coir for other timber products could also save a substantial amount of tropical trees being logged for this purpose.
A substitute to plywood, coir ply is an innovative product that when is added together with resin and limited pre-treated timber veneers. In India the product has been well accepted by the market as an alternative to plywood. Substituting coir for other timber products could also save a substantial amount of tropical trees being logged for this purpose.
Coir ply has all the properties of
phenol-bonded ply with the added strength of fibre reinforced phenol bonding.
It has high degrees of surface abrasion resistance and resists contraction/
expansion due to variations in temperatures.
By products
The waste product from milling the coir is peat or pith which makes for high quality mulch and fertilizer. Coir peat compost developed from coir waste is an excellent organic manure and soil conditioner applicable to agricultural crops.
The waste product from milling the coir is peat or pith which makes for high quality mulch and fertilizer. Coir peat compost developed from coir waste is an excellent organic manure and soil conditioner applicable to agricultural crops.
Production and trade
The coir industry is fully developed only in India and Sri Lanka, but economically important in Brazil, Indonesia, the Philippines and Vietnam. Coconuts are typically grown by small-scale farmers, who use local mills for fibre extraction.
The coir industry is fully developed only in India and Sri Lanka, but economically important in Brazil, Indonesia, the Philippines and Vietnam. Coconuts are typically grown by small-scale farmers, who use local mills for fibre extraction.
Globally around 650 000 tonnes of
coir are produced annually, mainly in India and Sri Lanka. India and Sri Lanka
are also the main exporters, followed by Thailand, Indonesia, Malaysia,
Vietnam, and the Philippines. Around 80 percent of the coir produced is
exported in the form of raw fibre. Smaller quantities are exported as yarn, mats,
matting and rugs.
Market outlook
India has made considerable efforts to promote coir industry including establishing an annual International Coir Festival. The efforts support the market expansion for coir and India hopes to further increase production by streamlining the fibre collection process to meet demand. Research and development efforts are continuing to focus on the use of coir in geotextiles and other new applications as the market shows promising prospects. Coconuts are grown in more than 93 countries in the world and therefore there is considerable scope to develop coir industry in further countries.
India has made considerable efforts to promote coir industry including establishing an annual International Coir Festival. The efforts support the market expansion for coir and India hopes to further increase production by streamlining the fibre collection process to meet demand. Research and development efforts are continuing to focus on the use of coir in geotextiles and other new applications as the market shows promising prospects. Coconuts are grown in more than 93 countries in the world and therefore there is considerable scope to develop coir industry in further countries.
Coir Developments
Much of coir production is done by small holders meaning production is scattered and at small volumes. Integrated farm level processing as a community/cooperative approach would help to facilitate greater availability of technology to process the husk and extract the fibre in volumes needed for industrial buyers. Since many of the developing countries growing coconuts are not utilizing coconut husk to produce value added products, providing such facilities can go along way to provide employment, increase the income of coconut farmers and reduce poverty and provide environmental benefits associated with use of the nutrient rich waste product.
A Common Fund for Commodities (CFC) funded project in Sri Lanka established a R & D and Training Center in a rural area to demonstrate best practices in coir processing. Improved production (increased quantities and higher quality) is to be matched with improvements in the working conditions and production environment currently prevalent, ultimately resulting in higher levels of profitability at the bottom-end of the coir production chain.
Much of coir production is done by small holders meaning production is scattered and at small volumes. Integrated farm level processing as a community/cooperative approach would help to facilitate greater availability of technology to process the husk and extract the fibre in volumes needed for industrial buyers. Since many of the developing countries growing coconuts are not utilizing coconut husk to produce value added products, providing such facilities can go along way to provide employment, increase the income of coconut farmers and reduce poverty and provide environmental benefits associated with use of the nutrient rich waste product.
A Common Fund for Commodities (CFC) funded project in Sri Lanka established a R & D and Training Center in a rural area to demonstrate best practices in coir processing. Improved production (increased quantities and higher quality) is to be matched with improvements in the working conditions and production environment currently prevalent, ultimately resulting in higher levels of profitability at the bottom-end of the coir production chain.
About
us:
We - Viet Delta
Corp. - take this opportunity to introduce you ourselves as a leading reliable
exporter of craft products with the good quality and competitive price. With
over 10 years experience, we always use the best quality materials to produce
the beautiful and durable products which meet the customers’ requirements in
the market.
We are exporting
our craft products to many countries such as: USA, Canada, Europe, Mexico,
Australia, Russia,… We also export all natural raw materials such as: bamboo,
coconut fiber, rattan, palm leaf, sea grass, water hyacinth,…
We hope to
co-operate with reliable partners to promote our business in production and
export them abroad. With the competitive price, good quality and good service,
our products would be suitable for your need and it is very honor to serve you
anytime.
Contact:
Address: 20/5
Dinh Bo Linh Str., Ward 24, Binh Thanh Dist., Ho Chi Minh City (HCMC)
Phone: (08)
35119579
Fax: (08)
35119559
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