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Welcome to OM CEC Sdn Bhd


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Introduction

OM CEC (M) Sdn Bhd specializes in organic fertilizer made from organic matter. We also offer conventional fertilizer for specific needs. Based in Malaysia, we currently manufacture our fertilizers in our factory in Miri, Sarawak. Besides using both locally sourced and imported ingredients, we also create our own fish protein bacteria for our special formula. Our products are supplied to oil palm plantations, farmers and orchard growers.

We aim to provide the best environmentally friendly organic fertilizer, making our products available internationally, and helping plants thrive as we grow.

Our Values

Organic

We encourage the use of organic fertilizer for healthier and more sustainable agricultural production.

Motivated

Our beliefs drive us to continue formulating more eco-friendly fertilizers for the agriculture industry.

Credible

We are committed to provide quality assured and reliable fertilizers.

Effective

We work to ensure that our fertilizers are effective in enhancing soil fertility and optimizing plant growth.

Caring

We care about the natural environment and want to play our part to restore soil health.

Our Products

OM CEC (M) Sdn Bhd supplies multiple fertilizer formulas for different soil conditions and plant needs. Beside our ready-made fertilizers, we can help customize fertilizer with special formula according to your site requirements and planting conditions.

OM-BO1

OM-BO1 is a fully bio-organic fertilizer that provides basic nutrients for optimum plant growth. It helps recondition the soil for better nutrients and water retention with the enhancement of nitrogen (N) fixation, phosphorus (P) and potassium (K) solubilization, as well as increasing the bio-activities in soil. OM-BO1 also improves root system development for more efficient nutrient absorption to prevent wastage.

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OM-BO2 Super Active

Specially formulated with fish protein bacteria, amino acids and Bacillus subtilis, OM-BO2 is a fully bio-organic fertilizer that provides balanced nutrients to enhance plant immunity and it is suitable for all crops. It helps recondition the soil for better nutrients and water retention with the enhancement of nitrogen (N) fixation, phosphorus (P) and potassium (K) solubilization, as well as increasing the bio-activities in soil. OM-BO2 also improves root system development for more efficient nutrient absorption to prevent wastage.

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OM Ultra Boost!

Micro lonic compound fertilizer

Commercial crops cannot be grown profitably without 
having optimum fertilizer input. Hence, fertilizer quality and 
application methods are of upmost importance.
 It is vital for planters to identify and select the best fertilizer
 available in the market
 to maximize their crop yield and profit return as the future 
economic outlook grows increasingly challenging.
 Fertilizers should be applied in a manner that
 can be absorbed by the plants at its maximum Nutrient 
Uptake Efficiency (NUE). NUE is a concept to assess the 
performance of nutrient management in crop production
 systems (Oberthur and Donough, 2017). The goal of NUE is 
to increase the overall performance of the cropping system by
 matching the crop’s nutrient needs as accurately as possible
 while minimizing environmental impacts.

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Download Advantages

OM Ultra Boost!

Micro lonic compound fertilizer

没有最适当的肥料投入，商业作物就无法实现盈利。因此，肥料质量和施用方法至关重要。鉴于未来的经济前景日益严峻，因此对于种植者来说，至关重要的是要确定和选择市场上可用的最佳肥料，以最大程度地提高作物产量和利润回报。肥料应以植物能够吸收的最大养分吸收效率（NUE）的方式施用。

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OM Ultra Boost!

Micro lonic compound fertilizer

Introducing the first of its kind, high purity, fast acting non coated granular fertilizer made from the highest quality raw materials that is 100% Micro Ionic form. Our finest composition creates a powerful and effective nutrient source which is readily available for total absorption by the plants in all soil conditions. Our unique drying process has eliminated the need for unwanted elements like binders & coatings to create the granular structure.

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Why is OM ULTRA BOOST good for you?

Pay the same price for better quality, which is guaranteed with the finest grade of ingredients.

Can apply almost any season to cope up the planned schedule. It can easily dissolve in low rainfall season.

Highest K content can effectively achieve your desired yield results.

Give you 5 X higher uptake efficiency. It is tested with more than 5 X effective nutrients as being dissolved in the water.

Easy transportation and 5 X more storage space saving.

Labour saving due to its simple manuring method.

What is good for environments?

  1. Minimal chemical residue in the soil
  2. Chloride free. Compliance with MSPO and RSPO requirements.
  3. Free from excess salt and unwanted chemical impurities. Least soil contamination and damage to the roots.

Innovative manuring systems

  1. Possible way to use premium grade fertilizer without huge investment on fertigation systems.
  2. Enable to use fertilizer applicator to ease worker’s heavy works.
  3. More precision, targeted and timely agricultural practices. 4Rs principles: Right nutrient source, Right time, Right rate, Right place.

OM ULTRA BOOST! – Product Background

Commercial crops cannot be grown profitably without having optimum fertilizer input. Hence, fertilizer quality and application methods are of upmost importance. It is vital for planters to identify and select the best fertilizer available in the market to maximize their crop yield and profit return as the future economic outlook grows increasingly challenging. Fertilizers should be applied in a manner that can be absorbed by the plants at its maximum Nutrient Uptake Efficiency (NUE). NUE is a concept to assess the performance of nutrient management in crop production systems (Oberthur and Donough, 2017). The goal of NUE is to increase the overall performance of the cropping system by matching the crop’s nutrient needs as accurately as possible while minimizing environmental impacts.

This concept is projected by the 4Rs nutrients stewardship’, which has similar goal to NUE. It essentially describes the selection of the right source of nutrients for application at the right rate, at the right time and in the right place (Reetz, 2016; Singh and Ryan, 2015). In essence, the objective is to ensure all fertilizers applied will be absorbed by the plant effectively. This is achieved by ensuring that the required nutrients are directly available and provided in the most soluble form.

In adopting the maximum NUE concept, the negative environmental impact caused by oil palm monocultures on biodiversity, soil, water, and climate will be greatly reduced.

Why Organic Fertilizer

Soil aggregates are formed when soil particles clump together. Micropores are the spaces found between soil particles which retain water and macropores are formed between soil aggregates which promotes aeration. Soil aggregates ensure good root system development which is suitable for crop cultivation and growth. Soil aggregates also improve soil fertility by regulating the water and air in soil, the decomposition and accumulation of soil organic matter, as well as soil temperature.

For plants to carry out normal nutrient cycles, the respiratory roots need to have sufficient oxygen supply which depends on soil aeration and porosity. Soil aeration is the exchange of soil air with the atmosphere and is proportional to the size of soil particles. It is affected by soil moisture content, soil temperature, atmospheric pressure, and air temperature. Soil aeration is closely related to soil structure, for example:

● soil with good porosity has better aeration,
● well-structured soil has better aeration than poorly-structured soil,
● sandy soil is better than clay soil,
● soil with moderate moisture content is better than excessive moisture content
● topsoil is better than subsoil.

Soil acidity is affected by the concentration of hydrogen ions and hydroxide ions in the soil. When there are more hydrogen ions than hydroxide ions, the soil becomes acidic. When there are more hydroxide ions than hydrogen ions, the soil becomes alkaline. When both ions are at equal level, the soil pH will be neutral. Overly acidic or alkaline soil will affect the nutrient availability, making it difficult to form good soil structure while inhibiting microbial activity in soil, thus affecting the growth and development of various crops.

The changes in the composition of fruits include:

  • Water content – The water content of most fruits is at 80% to 90%.
  • Sugar-acid ratio – The sugar-acid ratio is one of the indicators of fruit quality. The types
    of sugars found in different types of fruits are glucose, fructose and sucrose. As for organic acids, there are malic acid, citric acid and tartaric acid. Young fruit has a low acid level and it increases as the fruit grows. During fruit ripening, the acids are broken down in the respiration process.
  • Pectin – The firmness of a fruit is determined by cell adhesion and cell turgor, and cell adhesion is affected by pectin. Immature fruit contains protopectin that is found in the cell wall which will be converted to water-soluble pectin as the fruit ripens. Cellulose and calcium content also affect fruit firmness.
  • Flavour – Flavour is one of the important factors determining fruit quality. The astringent taste in fruit is caused by tannins and the bitterness in citrus fruit is caused by naringin. Fruits also contain vitamins such as vitamin A and vitamin C.
  • Pigmentation – There are four types of pigments that give colours to fruits which are chlorophyll, carotenoids, flavonoids (anthocyanins and anthoxanthins) and betalains. During fruit ripening, chlorophyll will decrease while the carotenoids increase.

Organic fertilizer is rich in organic matter and organic acids such as humic acid, amino acid and fulvic acid. It also contains trace elements. Although low in content, the nutrient profile is more comprehensive. In general, the elements play multiple roles in plant growth:

  • Nitrogen promotes leaf growth
  • Phosphorus stimulates flower development
  • Potassium increases fruit production
  • Silicon protects roots
  • Calcium protects fruits
  • Magnesium protects leaves
  • Sulfur helps provide flavour
  • Iron prevents leaf yellowing
  • Copper prevents leaf wilting
  • Molybdenum prevents leaf mottling
  • Zinc prevents stunted leaf
  • Boron prevents leaf curling

Organic fertilizers are mostly insoluble in water and it needs to be decomposed by microorganisms in the soil. It will be converted into amino acids and carbohydrates which can then be absorbed by the plants, making this a slow and longer lasting process.

After the organic fertilizer is decomposed, it provides energy and nutrients for microbial activity in soil which will accelerate the decomposition of organic matter. This will produce active substances that stimulate crop growth and improve crop quality. The organic acids produced by microbial activity can also dissolve the minerals in soil which can then be absorbed and utilized by plants.

Studies have shown that the humus in organic fertilizers contains fats, waxes and resins. In the process of soil formation with high fertility, these substances make soil clumps hydrophobic which reduce soil wetting as well as the speed of capillary action. This can reduce soil water evaporation and increase the soil water holding capacity, thus improving the soil moisture conditions.

Soil aggregation is related to the soil organic matter content and the amount of organic fertilizers applied. Water-stable aggregates can ensure topsoil porosity and permeability. Such soil structure with good porosity and macropores can reduce capillary rise and capillary action speed, reducing soil water evaporation.

Organic fertilizers can absorb heat and increase temperature which is beneficial to the germination and growth of plant roots. During the decomposition of organic fertilizer, there is a certain amount of heat being released which increases the soil temperature. Organic fertilizer also has good heat capacity and it can retain heat well without being easily affected by external temperature changes.

Soil organic matter is derived from living organisms and it is one of the main sources of nutrients for plants. It can stimulate plant growth, improve soil physical properties, promote microbial activity and decomposition of soil nutrients. Soil organic matter influences soil structure,
aeration, permeability, adsorption and buffering capacity, thus affecting soil fertility. Soil organic matter content is one of the important indicators for soil fertility and organic fertilizer can help to increase it.

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