SYAZFAN RESOURCES

Tanaman Fertigrasi - Cili

2008-09-12T22:04:00.001-07:00

kos fertigasi cili
Anggaran kos tanaman cili dengan fertigasi
keperluan asas fertigasi bagi 1000pk cili
1.polytank 400 gallon =RM400.00
2.pam 0.75hp =RM250.00
3.main pipe poly 32mmx100m =RM120.00
4.poly tubing 13 mmx300m =RM120.00
5.dripper(putih)1000 =RM80.00
6.nipple 1000 =RM100.00
7.media cocopeat 70 bag =RM315.00
8.media sekam bakar 70 bag =RM175.00
9.polybag 15 x 15 x 40kg. =RM300.00
10.tong baja a/b x 2 =RM70.00
11.tubing 4 mm 9 roll x 80m =RM198.00
12.silver shine 0.035mm x 250m =RM70.00
13.fitting lump sum =RM200.00
14.timer digital 1 minit cutoff =RM60.00
15.tray semai anak benih 10kpg. =RM30.00
16.benih 10 gm. =RM30.00
17.baja a/b 1 set 50kg. =RM240.00
18.disk filter 1' =RM55.00
JUMLAH DI ATAS SEMUA = + - RM2813.00
Kos luar jangka dan operation cost spt. racun, baja ulangan dll.
Pembajaan baja asas fertigasi
Penggunaan bagi 1000 pokok
baja fertigasi ada 2 jenis yang diperlukan iaitu set A dan set B,
'pakej siap lengkap' -set A 24KG dan satu beg set B 24KG -RM160.
Penyediaan campuran set A dan set B
menyimpan air baja dalam satu tong 2700 liter (600 gelen).
Bancuhan pati baja Set A akan dibancuh dalam satu tong air 100 liter
dan bancuhan pati baja Set B akan dibancuh dalam satu lagi tong air 100 liter.
100 liter pati baja Set A - RM49.08
100 liter pati baja Set B- RM65.84.
Jumlah RM114.9262
Bagi satu tangki air 2700 liter (600 gelen)- 12 liter A + 12 liter B
Bacaan EC 1.9 dan PH 6.9.
Anggaran tempoh kegunaan tangki 600 gelen (2700liter) adalah 5 hari
Dalam 1 bulan pengisian sebanyak 5 ½ kali
100% sabut kelapa, setiap pokok memerlukan 0.5 liter air baja setiap hari, maka
bagi 1000 pokok kita memerlukan 500 liter air baja setiap hari
kos baja Set A + baja Set B bagi tanaman 1000 pokok/30 hari
= RM114.9262 / 100 liter X (66.72 liter)
= RM76.68
sukatan pada paket baja warna hijau muda tu kalau untuk semburan harian guna 1
sudu teh dalam 1 liter air maknanya berdasar kan apa yang saya faham setakat ni
ada 21ppmN 21ppmP 21ppmK dalam 1000ml air, jadi bila tambah lagi 6000ml air ia
tetap 21:21:21 tetapi dalam 7000ml air
RM 160 semusim baja fertigrasi tu untuk 1000 pokok..hasil lebih hebat dari baja
Baja saya ada datang dalam bentuk kristal warna hijau di jual di nurseri (Sg Buluh)
1)Calcium Nitrate 25KG = RM55
2)Iron Chelate (EDTA) 1KG = RM42
3)Potassium Nitrate 25KG = RM70
4)Mono Potassium Phosphate 25KG = RM155
5)Magnesium Chelate 25KG = RM27.50
6)Manganese Chelate (EDTA) 1KG = RM42
7)Hybor 0.5KG = RM14 << 40 gramKalau 2000 pokok….80 000 gram---> 80 kgHarga ladang---> 1 kg = RM 6.00Utk sekali petik---->80kg X RM6.00 = RM 480Jadual petik selang 3 hari---> 10 x RM480Jadi anggaran pendapatan kasar sebulan adalah RM 4800.00
700 pokok KULAI TEMPATAN
-setiap hari buah-buah cilinya harus dituai di mana sehingga kini setiap hari menghasilkan 20KG.-Sehingga 2 hari lepas, hasil tuaian dijual pada harga RM6.50 sekilo
-RM8.00 sekilo mengikut harga borong semasa.Berikut adalah gambar hasil tuaian bagi satu hari :
-Gibberellic Acid baru sahaja digunakan bermula Ahad lepas, hasilnya mungkin hanya mula jelas kelihatan selepas 1 bulan.-4400 pokok tersebut dijangka mampu menghasilkan sebanyak 100KG setiap hari menjelang awal November 2007 di mana harga ketika itu adalah RM10.50 sekilogram.
Kronologi pertumbuhan pokok cili
Medium semaian piet moss + root guard
Teknik semaian biji benih
1)rendam benih dalam air selama 8 jam2)tos kan benih3)taburkan atas kertas A4, lipat kertas itu4)masukkan kertas beserta benih itu ke dalam plastik, tiupkan plastik dan terus tutup supaya plastik menggelembung, biarkan 24 jam5)keluarkan semula benih, tabur racun kulat ke atas benih6)semai sedalam 0.5cm guna peat moss7)siram air paip pagi dan petang, jangan bagi kering8)setiap 7 hari sembur racun kulat (guna separuh sukatan yang disyorkan)9)selepas 14 hari, siram air baja A B pagi dan petang, jangan bagi kering(baja A B digunakan selepas semaian berusia 14 hari kerana baja di dalam peatmoss telah habis atau kurang)10)bermula usia 21 hari, setiap hari jemur pada matahari dari jam 8pagi - 11pagi supaya batangnya keras11)apabila capai ketinggian 6 inci (25 hari), bolehlah pindah ke polibeg
5 hari
20 hari
30 hari
anak pokok memerlukan sedikit makanan dari media semaian.
penggunaan holland peat/peat moss memang bagus untuk pertumbuhan anak2 pokok.
Cocopeat tidak mengandungi zat2 makanan yang di perlukan dan dalam penyediaan tanaman secara fertigasi, cocopeat ni perlu di bilas dulu dgn air sebelum anak benih di pindahkan.
tanah bakar pun boleh juga, anasir2 dalam tanah tu dah mati kena baker
- baja foliar NPK :15:15:15 (cecair)-anak benih dlm tray semaian
- ketinggian pokok cili .7.5cm ( 3 helai helai daun)
- Guna baja cecair foliar NPK 15:15:15.
- pindah anak pokok dalam polybag dlm jangkamasa 25-30 hari
(akar lebihan terencat)
- Baja Bestgrow -pertumbuhan pokok dlm polybag
- Racun Avemec/mafa malathion- Selepas pokok dipindahkan dlm polybag- NPK 12.12.17+MgO2+TE (biji -warna biru)- pokok mula keluar bunga.- Mancozeb baja kulat--buah baru berputik.
Penggunaan racun serangga dan kulat semasa @hampir pokok berbuah/tuaian
Anconil 500
-racun kulat sentuhan kesan hilang 3 hari
-gunakan sebanyak 20 ml / 18 lit air.
Bralic 12.5EC
-racun serangga
- minyak bawang putih
-gunakan sebanyak 40 ml / 18 lit air.
1.kutip semua buah yang masak dan hampir masak merah sikit pun ambil juga. kalu rasa dah tua boleh peram bagi masak ambil juga.2.hari pertama sembur racun serangga cypermethrin untuk hapuskan aphid dan thrip (cypermethrin tu bahan aktif bukan brand. ada macam2 brand)3.hari kedua sembur dengan racun serangga untuk hamama brand ORTUS (fenpyroximate) untuk hapuskan hamama. racun ni boleh hapuskan semua peringkat hamama.4.hari ketiga sembur dengan racun serangga untuk hamama brand MITAC (amitraz) untuk hapuskan hamama dewasa yang mungkin tertinggal.-jangan kutip hasil selama 5 hari selepas semburan terakhir. sembur basah keseluruhan pokok atas dan bawah daun.-semburan dilakukan pada waktu petang sebab serangga selalu menyerang pada waktu malam..
Racun Kulat1)Topsin M - Ancom Crop Care - Kelas 4 - Antraknos - tahan 14 hari2)Dithane M45 - Dow Agrosciences - Kelas 4 - Bintik Daun, Hawar, Reput Akar, Reput Buah - tahan 14 hari3)Thiram 80 - Ancom Crop Care - Kelas 2 - Bintik Daun - tahan 14 hari4)Daconil 2787 - Agricultural Chemicals - Kelas 4 - Hawar Alternaria - tahan 7 hari5)Antracol 70 WP - Bayer Cropscience - Kelas 3 - Hawar Alternaria, Hawar Phytophthora, Antraknos - tahan 14 hariRacun Serangga1)Padan - Agricultural Chemicals - Kelas 3 - Ulat Ratus, Bena Perang - tahan 7 hari2)Decis 250 - Bayer Cropscience - Kelas 3 - Pengorek Buah - tahan 3 hari3)Pegasus 250 SC - Syngenta - Kelas 2 - Kutu Trip, Hamama - tahan 28 hari4)Selecron 500 EC - Syngenta - Kelas 2 - Ulat Ratus, Pengorek Batang - tahan 14 hariBaja Daun1)Bayfolan 11:8:6 - Bayer CropsciencePenggunaan Racun1)3 hari sekali (tak kira lah tak hujan ke baru hujan ke)2)selepas jam 5 petang3)Racun Kulat dicampurkan dengan Racun Serangga Penggunaan Baja Daun1)hanya 4 kali seumur hidup pokok2)pertama kali disembur selepas pokok dipindahkan3)kali kedua semasa usia pokok 1.5 bulan4)kali ketiga semasa usia pokok 2 bulan5)kali keempat semasa usia pokok 2.5 bulan6)baja daun boleh dicampurkan dengan racun kulat dan racun serangga
Baja Daun Bayfolan disembur 2 minggu sekali sebanyak 4 kali sahaja seumur hidup pokok, lepas usia pokok 2.5 bulan
Baja Penggalak Bunga dan tidak lagi guna Baja Daun,
baja penggalak bunga pun tak boleh guna lebih 4 kali sepanjang hidup pokok
racun kulat aku ada A B C D Eracun serangga aku ada Z Y X WAturan guna racun serangga dan kulatHari pertama sembur A+Zlepas 3 hari sembur B+Ylepas 3 hari sembur C+Xlepas 3 hari sembur D+Wlepas 3 hari sembur E+Zlepas 3 hari sembur A+Y
berikut pula ialah gambar pokok yang terbesar (usia 2 bulan 3 minggu sejak disemai) :saiz polibeg = 18 X 15
Dalam masa 87 hari buah akan menjadi bertukar warna merah
Kulai king
Dibawah disertakan gambar projek cili saya...Kemaman 100 PokokKuantan 1000 Pokok
PENANAMAN CILI
PENANAMAN
Penyediaan Tanah
1. Di Ladang
Bajak dan gemburkan tanah sedalam 15 hingga 22 cm.
Sediakan batas berukuran 1.2 lebar dan 22 - 30 cm tinggi. Panjang batas mengikut keadaan kawasan.
Jarak antara batas - 45 cm.
Gaulkan tahi ayam reput sebanyak 25 kg bagi 50 meter persegi kawasan.
2. Dalam Pasu dan Bekas-bekas lain
Gunakan tanah campuran mengandungi 3 bahagian tanah, 1 bahagian tahi ayam reput atau kompos dan 1 bahagian pasir.
Isikan pasu dengan tanah campuran sehingga 5 cm dari permukaan pasu.
Menyedia Anak Benih
1. Di ladang
Sediakan kotak semaian 45 cm x 22 cm x 10 cm.
Isikan kotak semaian dengan tanah campuran 3 bahagian tanah, 1 bahagian tahi ayam reput dan 1 bahagian pasir.
Semai 5 g biji benih ke dalam kotak semaian secara barisan dan tutup benih dengan lapisan nipis tanah.
Jarak tanaman - 5 cm x 2 cm
Siram dengan penyiram semburan halus dua kali sehari
Kotak semaian mesti dilindungi daripada matahari dan hujan yang berlebihan.
Ubah anak benih ke ladang 3 - 4 minggu selepas disemai.
Sebelum diubah ke ladang, dedahkan anak benih kepada cahaya matahari selama 3 hingga 4 hari untuk mengeraskannya.
Menanam
1. Di Ladang
Anak benih berumur 6 minggu boleh diubah ke batas.
Sebelum mencabut, basahkan kotak semaian supaya anak benih senang digali. Kemudian gali anak benih dengan segumpal tanah dan tanam terus ke batas.
Jarak tanaman - 90 cm antara pokok x 150 cm antara baris
2. Dalam Pasu atau bekas lain
Semai terus 3 - 4 biji benij ke dalam pasu sedalam 2 hingga 5 cm. Tinggalkan hanya sepokok setiap pasu 2 minggu selepas menanam.

PENJAGAAN
Sungkupan
1. Diladang
Gunakan rumput-rumput kering atau pelepah kelapa sebagai sungkupan.
2. Dalam Pasu dan Bekas-bekas lain
Gunakan rumput-rumput kering.
Merumput
Bersihkan batas dariapda rumpai dengan menggunakan tanah, cangkul atau tajak. Bagi tanaman dalam pasu cabut rumpau untuk mengawalnya.

KAWALAN SERANGAN DAN PENYAKIT
Penyakit

Kawalan
Bintik daun

Sembur racun kulat Benomyl
Antraknos buah

Sembur racun kulat seperti mancozeb
Kutu daun

Sembur racun serangga seoertu chlorphyrifos atau Imidachloprid
Hamama merah

Sembur racun seperti dicofol atau malathion
Kerekot daun dan mozek daun

(a) Penyakit ini disebar oleh kutu daun. Oleh itu kawal kutu daun adalah penting.(b) Buang dan bakar pokok yang berpenyakit.
Layu bakteria

Tiada kawalan kimia yang berkesan. Buang dan bakar pokok yang berpenyakit. Tentukan saliran yang elok.
MEMUNGUT HASIL
1. Di Ladang
Cili boleh dipetik 8 minggu selepas diubah ke ladang.
Punggutan hasil dibuat setiap 3 atau 4 hari.
Anggaran hasil dari kawasan 50 m persegi ialah 100 - 200 kg.
(a) Cili HijauHarga - RM5 - RM8Pendapatan kasar - RM400 - RM1200

(b) Cili Merah Harga - RM5 - RM8Pendapatan kasar - RM500 - RM1600
2. Dalam Pasu atau Bekas-bekas lain
Mulalah memetik buah 12 minggu selepas ditanam. Anggaran hasil ialah 0.8 hingga 15 kg sepokok.
Sumber: Panduan Menanam Cili, Jabatan Pertanian Semenanjung Malaysia

Information & Services

2007-11-26T18:45:00.000-08:00

Technical Services

Services Description:

1. Soil Analysis
2. Plant Tissue Analysis
3. Technical Assistance
4. Monitoring and Documentation
Project Duration : Minimum of 6 Months

The Nutrient Composition of ExaGrow-fruit

1. Moisture Content………………………………...........................…..…14.70%wt
2. Total Nitrogen (as N)……........................................................ 5.50%wt
3. Total Phosphorus (as P²O).................................................. 5.77%wt
4. Total Potassium (as K²O).......................................................11.05%wt
5. Total Magnesium (as MgO)..................................................... 0.17%wt
6. Calcium Oxide (CaO)................................................................ 1.51%wt
7. Manganese (as Mn)................................................................ 0.05%wt
8. Iron (as Fe)............................................................................. 0.73%wt
9. Zinc (as Zn)............................................................................. 0.06%wt
10. Copper (as Cu)........................................................................ 0.01%wt
11. Sulphate (Total)...................................................................... 2.62%wt
12. Boron (as B)............................................................................ 0.05%wt
13. Total Organic Matter............................................................34.98%wt
* pH Value.................................................................................... 6.82

Note:

i) The analysis was carried out by NM Laboratory Sdn. Bhd.
ii) Due to the nature of the fertilizer, the above result may vary.

iii) Composition of ExaGrow series: basic leaf fruit
1. Primary Nutrients (N:P²O:K²O) 3:3:3 5:5:5 5:5:10
2. Secondary Nutrients (MgO:0.2~1,B:0.05~0.1&Zn:0.05~2)
3. Essential Trace Elements Abundant
4. Beneficial Microorganisms Abundant

Important Notes:-

i) Other than fertilizer, the plant growth and yield will also depend on other critical factors such as the original soil condition, the weather condition, the environmental condition, the plant’s age, the plant strain and general maintenance.

ii) The bio-organic fertilizer performance will be enhanced when:
a. applied after rain;
b. mixed in or ploughed in with the soil;
c. applied a few inches beneath the soil;
d. covered with waste organic matters such as rice hull, leaves, husk or fruit bunches and so on upon application;

e. watered thoroughly after application;
f. all other factors or conditions are conducive; and

g. applied more frequently in inversely proportional to the dosage.
iii) The bio-organic fertilizer must be kept in a shaded and dry place.
iv) Minimum ordering is 10 tons. Price excluded transportation charges.

Trial Plot 4: 6~7Years Old Oil Palms on 9 Acres at Bukit Karangan, Kedah.

2007-11-26T18:42:00.000-08:00

Result of ExaGrow-fruit. 9 acres estate. 450 oil palm trees of 6~7years old. Applied about 200 kg/acre (about 4kg/tree), and fertilization continued every 4 months.

Farmer’s Report:

i) The estate owner was a paddy farmer.

ii) After using the bio-organic fertilizer, the palm trees are healthier and greener.

iii) The flower and fruit development on the palm trees is much better than before.

iv) The yield has improved tremendously, a staggering 90%, hence additional profit.

Conclusion:
The above trial convincingly shows that the fertilizer is providing sufficient nutrients to promote better growth and yield. The yield graph shows that there is a substantiate improvement as compared to the previous year.

Trial Plot 3: 7~8Years Old Oil Palms on 9 Acres at Air Kurning, Perak.

2007-11-26T18:41:00.000-08:00

Result of ExaGrow-fruit. 9 acres estate. 510 oil palm trees of 7~8years old. Applied about 200 kg/acre (about 3.5kg/tree), and fertilization continued every 4 months.

Farmer’s Report:

i) Same estate owner as in Trial Plot 2.

ii) Obtained similar good result with the bio-organic fertilizer.

iii) Harvested even bigger and heavier fruit bunch, a whopping 32kg.

iv) The overall yield has increased more than 40%, and so is the profit.

Conclusion:
The above trial result shows that the fertilizer is performing well. The yield quality and quantity have improved very much.

Trial Plot 2: 5~6Years Old Oil Palms on 2 Acres at Langkap, Chui Chak, Perak.

2007-11-26T18:34:00.000-08:00

Result of ExaGrow-fruit. 2 acres. 110 oil palm trees of 5~6 years old in a 0.81 hectare (2 acres) mini estate. Applied in August’2003 with 200kg/acre (about 3.6kg/tree), and fertilization continued every 4 months.

Farmer’s Report:

i) The oil palm estate owner has 30 years of agricultural experience.

ii) Noticed that the palm trees grow extremely well with the bio-organic fertilizer..

iii) The fruits are much bigger, about three (3) times as compared to other estate.

iv) Harvested the biggest and heaviest fruit bunch of 28kg, and gained extra profit.

v) No need to apply lime or MOP on the estate any more.

Conclusion:
The above trial result shows that the fertilizer is performing very well. The yield quality and quantity have improved very much.

Trial Plot 1: Young Oil Palm on 32 Acres at Bagan Dato, Perak

2007-11-26T18:18:00.000-08:00

Result of ExaGrow-fruit. 32 acres estate. Applied about 200~500 g/tree for every month was carried out since transplanting.

Farmer’s Report:
i) The oil palm estate owner has 30 years of agricultural experience.

ii) Observed that the growth of the young oil palm trees is healthier and stronger.

iii) Witnessed the palm trees commence flowering earlier and bear more fruits.

iv) Harvested the 1st yield on the 20th month after transplanting.

v) On the 4th harvest at 24th month after transplanting, a total of 15 tons of fruits was obtained on the 32 acres, which amounts to an average yield of 0.47 tons per acre.

vi) Observed that the palm trees growth and yield are sustaining.

Conclusion:
The above trial shows that the fertilizer is generating positive result.

2007-11-26T18:08:00.000-08:00

EXPERIMENT TO SHOW THAT BPA-EXAGROW BIO-ORGANIC FERTILIZER IS MORE EFFECTIVE THAN CHEMICAL FERTILIZER ON PLANT GROWTH AND DEVELOPMENT

i) 4-5 months old Oil ii) Paddy Seedlings
Palm Seedlings

Conclusion:
Under similar condition, the BPA-ExaGrow fertilized seedlings convincingly show:
- longer, thicker and more roots & root hairs;
- longer, thicker and more leaves;
- thicker and stronger stems;
- healthier and luxuriant growth; and
- better growth with more organic fertilizer applied.

Naturally, a plant with thicker, longer and more roots, lush leaves growth and sturdier stem will enable it to:
- assimilate more water and nutrients from the soil;
- absorbs sufficient carbon dioxide and sunlight from the atmosphere;
- produce ample food through photosynthesis;
- accelerate and promote excellent growth;
- provide firmer physical support to withstand the force of nature; and
- indicate the abundance of balance plant nutrients in the soil.

Note: The above experiment support the scientific claim that plants which received organic fertilization have thicker cell walls and shorter internodes, sturdier stems, tougher and thicker leaves and more profuse or robust root system.

2007-11-26T18:03:00.000-08:00

The Process of Nitrogen Fixation by Nitrifying Bacteria:

The advantages and benefits of exagrow d’bio-organic fertilizer:-

- Easily manufactured in bulk.

- Urea, a byproduct of petrol chemical industry is readily available.

- The composition of basic plant primary nutrients namely Nitrogen, Phosphorus and Potassium (NPK value) is easily controlled.

- Dry and not so pungent, hence easily handled.

- Produces very good yield initially, hence very promising.

4 Basic Ingredients that Promote Plant Growth

2007-11-26T17:54:00.000-08:00

4 Basic ingredients that promote plant growth

i) The Soil provides the mechanical support and essential nutrients which are assimilated by the roots. The nutrient contents in the soil dictate the growth rate and development of a plant provided the environmental condition is conducive. In the natural environment, it is the biological organisms such as earthworms, bacteria, actinomycetes, fungi, algae and protozoa which constitute less than 1% of the total soil volume that held the key to unlock the essential nutrients from the soil organic matters which constitute about 3-6% of the total soil volume and mineral matter, moisture and air which constitute about 95% of the total soil volume.

ii) The Water provides the bulk and serves as s medium of transport for nutrients and food, is absorbed by the roots and leaves.

iii) The Air provides the carbon dioxide which is absorbed by the leaves.

iv) Finally, the Sunlight provides the light energy absorbed by the leaves to combine the nutrients, water and carbon dioxide for the plant to manufacture food through a process known as photosynthesis.

WHAT IS BIO-PLUS ACTIVATOR (BPA)

BPA is a scientifically formulated biological inoculant consisting of 25 types of naturally-occurring beneficial microorganisms which has been isolated and cultured to become “super” strains in a specially formulated, well balanced nutritional food base consisting of chelated trace minerals, enzymes, organic and amino acids, growth promotants and functional compounds through more than 30 years of painstaking research and development headed by Dr. Eliseo L. Ruiz, PhD. The microorganisms are termed “super” because they behave and perform their respective functions much better or more superior than their natural counterparts, even under extreme condition of temperature, moisture, acidity or alkalinity. Further, they reproduce super-abundantly and their growth is more prolonged. The microorganisms are neither mutated nor bio-engineered, they are all natural and environmental friendly.

The microorganisms are categorized base on the individual specific function:

◦ Decomposition of Organic Matter
Some bacteria strains decompose organic matter efficiently and also convert inorganic compounds or elements into metabolites. Some strains decompose polysaccharides.

◦ Production of Natural Enzymes
Some bacteria strains produce a wide range of enzymes that enhance the decomposition and transformation process.

◦ Production of Natural Probiotics
Certain bacteria strains produce probiotics, when absorbed by the plants will enhance the plants’ resistance against the occurrence of diseases.

◦ Transformation of Nutrients
Other strains enhance the oxidation of phosphorus, potassium, magnesium, calcium, sulfur, iron, zinc, copper, boron and so on in order for the plant to assimilate them better.

◦ Nitrogen Fixation
The nitrogen-fixing bacteria fix atmospheric nitrogen and oxidize he element into its highly assimilable form. Other strains known as nitrifying bacteria are capable of catalyzing the oxidation from ammonium to nitrate ions for plant assimilation.

The Most Probable Number (MPN) of microbes per gram of biomass ranges from 1 x 10 up to 1 x 10. Base on the research experiments conducted in the USA, these beneficial microbes can fix and transform nutrients from the atmosphere and soil at the rate of 100~300 kg of N/hectare/year, 100 kg of P²O/hectare/year and 100 kg of K²O/hectare/year provided the soil condition is conducive for their proliferation ~ Reference No.3

D'Bio Organic Fertilizer

2007-11-26T17:43:00.000-08:00

INTRODUCING EXA D’BIO ORGANIC FERTILIZER

Exa Bio Organic Fertilizer gave you 7 D’Ideal:

1. Promotes Excellent & Healthy Growth.

2. Produces Bountifully.

3. Generates Extra Profit, Satisfaction & a Balance Ecology.

4. Yields Quality & Quantity Harvest.

5. A Prime Mover.

6. Hastens Growth & Bears Young.

Home

2007-11-09T19:01:00.000-08:00

Agro is Business For Money.

Believe or not, this decade has change a lot of people who's previously working with a strong and biggest company with a better good position and earn their salary with 4 to 5 digits now change to become a good farmer.

Can you imagine, when you implement a good environment for become a good practice farmer, your income monthly earn around 5 to 6 digit.....yes...

It is not like what we see last few years ago, agro only done by our old man.

And I start to believe this all things when the 1st time I attending one and the largest Maha'2000 venue at PWTC. That time it was a very good impression to me and there is a lot of live stock and all the exhibitor was attending.

For more details on agro-based, please do serve this website http://www.sabakagro.com.my/

You may also contact me for reference:-

Mohd Hatta
C-215 Jalan SP19
Taman Sri Putra Fasa 2
47000 Sg.Buloh, Selangor D.E.
H/P: 012 - 2100059
E-mail: syairf@gmail.com