Knowledge Base

Maximizing Green Excellence: Unveiling the Power of 30-10-10 NPK Fertilizer and BoosterPlus Fulvic Acid for Superior Lawn Care

19 Aug 2024 By FarmTek Australia

As a dedicated lawn care and maintenance professional, you’re well aware of the critical role fertilization plays in achieving lush, vibrant lawns. To elevate your lawn care practices to new heights, we present our dynamic duo: the 30-10-10 NPK fertilizer and BoosterPlus Fulvic Acid. In this article, we’ll delve into the exceptional benefits of these products and why incorporating them into your routine can lead to unparalleled results for your clients’ lawns.

Unlocking the Potential of 30-10-10 NPK Fertilizer:

  1. Optimal Nutrient Balance:
    • Our 30-10-10 NPK fertilizer boasts a well-balanced formula with 30% Nitrogen (N), 10% Phosphorus (P), and 10% Potassium (K), ensuring comprehensive nutrient coverage for your lawns.
  2. Lush Green Foliage:
    • High Nitrogen content stimulates vigorous leaf growth, resulting in a beautifully lush and green lawn that captures attention.
  3. Robust Root Development:
    • Adequate Phosphorus supports strong root systems, enhancing the lawn’s ability to withstand stress, diseases, and adverse weather conditions.
  4. Enhanced Overall Health:
    • The Potassium component contributes to the lawn’s overall health, promoting resilience and vitality in the face of various environmental challenges.

lawn care lawn fertilizer

Unveiling BoosterPlus Fulvic Acid: The Game-Changer in Lawn Nutrition

  1. Organic Leonardite Base:
    • Derived from natural young leonardite, BoosterPlus Fulvic Acid is an organic powerhouse processed with unique anti-flocculation technology.
  2. Hard Water Tolerance:
    • With a remarkable hard water tolerance of 21°dh, BoosterPlus remains effective even in challenging water conditions, ensuring consistent nutrient absorption.
  3. 100% Water Solubility:
    • BoosterPlus Fulvic Acid exhibits 100% water solubility at any pH level, making it easy to apply through various irrigation methods, including spraying and drip irrigation.
  4. Enriched Micro and Macro Nutrients:
    • BoosterPlus contains a rich blend of micro and macro nutrients, providing an immediate and accessible source of nutrition for plants and soil microbes.

 

How This Dynamic Duo Transforms Your Lawn Care Business:

  1. Accelerated Growth and Recovery:
    • The 30-10-10 NPK fertilizer, coupled with BoosterPlus Fulvic Acid, accelerates growth, ensuring rapid recovery from stress, foot traffic, or seasonal changes.
  2. Year-Round Resilience:
    • By promoting robust root systems and overall lawn health, this combination ensures year-round resilience, offering clients consistently impeccable lawns.
  3. Cost-Effective Application:
    • BoosterPlus Fulvic Acid’s water solubility allows for cost-effective application, reducing the amount needed for superior results.
  4. Enhanced Customer Satisfaction:
    • Delivering vibrant, healthy lawns will undoubtedly enhance customer satisfaction, establishing your business as a leader in the lawn care industry.

 

Incorporating 30-10-10 NPK Fertilizer and BoosterPlus Fulvic Acid:

  1. Customized Application:
    • Tailor your fertilizer application based on lawn size, type, and local climate, ensuring maximum effectiveness.
  2. Regular Application Schedule:
    • Implement a regular schedule for fertilizer application, preferably during the growing season, and supplement it with periodic BoosterPlus Fulvic Acid treatments.
  3. Educate Clients:
    • Share the benefits of this dynamic duo with your clients, reinforcing your commitment to providing top-tier lawn care services.
  4. Professional Application Techniques:
    • Utilize professional-grade equipment for even and efficient distribution, preventing uneven growth and potential burn spots.

 

Elevate your lawn care business to unprecedented levels of success with our 30-10-10 NPK fertilizer and BoosterPlus Fulvic Acid. By harnessing the power of this dynamic duo, you’ll not only exceed client expectations but also position your business as a trailblazer in the world of lawn care. Transform lawns into vibrant showcases of green excellence and let your clients experience the unmatched results of this powerful combination.

Your journey to lawn care excellence begins with our 30-10-10 NPK fertilizer, BoosterPlus Fulvic Acid, and FertoCore Humic Acid.

 

Lawn Maintenance Initial Guide (Adjust according to results)

Symptom 30-10-10 NPK BoosterPlus Application FertiCore Application Treat Period
Routine maintenance 10g/10m2 fortnightly x 4 times, thereafter
5g/10m2 monthly		 5g/10m2 bi-monthly Spray
Yellowish Appearance 20g/10m2 fortnightly x 4 times, thereafter
10g/10m2 monthly		 10g/10m2 bi-monthly Spray 1-2 months
Soil Compaction 5g/10m2 fortnightly Spray 200g/10m2 monthly Spray 3-6 months
pH imbalance 5g/10m2 fortnightly Spray 2-3 months

Ensure application at least 24 hours prior to expected rainfall.

 

Note: This serves as an introductory guide for general lawn maintenance. The application should be assessed and modified based on the results observed during the treatment period when necessary due to the soil chemical variation from region to region.

 

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*images are for reference only

FarmTek® Lawn Care Lawn Fertilizer

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EC and pH Chart For Hydroponics

03 Aug 2024 By FarmTek Australia

EC and pH Chart For Hydroponic Vegetables & Herbs

 

Plant EC (mS/cm) pH Planting Harvest
Arugula 1.2 – 1.8 6.0 – 7.0 Spring, Fall Spring, Fall
Artichoke 1.8 – 2.8 6.5 – 7.5 Spring, Fall Summer, Fall
Asparagus 1.4 – 1.8 6.0 – 6.8 Spring Summer
Basil 1.0 – 1.6 5.5 – 6.5 Spring, Summer Summer, Fall
Beets 1.8 – 4.0 6.0 – 6.5 Spring, Fall Summer, Fall
Bell Pepper 1.8 – 2.8 5.5 – 6.5 Spring Summer, Fall
Bok Choy 1.5 – 2.0 6.0 – 7.0 Spring, Fall Spring, Fall
Broccoli 2.8 – 3.5 6.0 – 6.5 Spring, Fall Summer, Fall
Brussels Sprouts 2.0 – 3.5 6.0 – 6.5 Spring, Fall Fall, Winter
Butterhead Lettuce 0.8 – 1.2 5.5 – 6.0 Spring, Fall Spring, Fall
Cabbage 1.5 – 2.0 6.5 – 7.0 Spring, Fall Summer, Fall
Carrots 1.6 – 2.4 6.3 – 6.7 Spring, Fall Summer, Fall
Cauliflower 1.5 – 2.0 6.0 – 7.0 Spring, Fall Summer, Fall
Celery 1.8 – 2.4 6.0 – 7.0 Spring Fall
Chard (Swiss Chard) 1.8 – 2.5 6.0 – 7.0 Spring, Fall Summer, Fall
Chilli 1.8 – 2.8 5.5 – 6.5 Spring, Summer Summer, Fall
Choy Sum 1.5 – 2.5 5.5 – 6.5 Spring, Summer Summer, Fall
Chives 1.2 – 1.8 6.0 – 6.5 Spring, Summer Summer, Fall
Cilantro/Coriander 1.2 – 1.8 5.5 – 6.7 Spring, Fall Spring, Fall
Collard Greens 1.5 – 2.5 6.5 – 7.5 Spring, Fall Fall, Winter
Cucumber 1.7 – 2.5 5.8 – 6.0 Spring Summer
Dill 0.8 – 1.4 5.5 – 6.5 Spring, Summer Summer, Fall
Eggplant 2.5 – 3.5 5.5 – 6.0 Spring Summer, Fall
Endive 0.8 – 1.8 5.5 – 6.0 Spring, Fall Summer, Fall
Escarole 1.8 – 2.2 5.5 – 6.0 Spring, Fall Summer, Fall
Fennel 1.4 – 1.8 6.0 – 6.7 Spring, Fall Summer, Fall
Garlic 1.4 – 1.8 6.0 – 6.5 Fall Summer
Ginger 1.6 – 2.2 5.5 – 6.5 Spring Fall
Green Beans 1.8 – 2.4 6.0 – 6.5 Spring Summer
Horseradish 1.6 – 2.2 5.5 – 6.5 Spring Fall
Kale 1.5 – 2.5 6.0 – 7.5 Spring, Fall Summer, Fall
Kohlrabi 1.5 – 2.5 6.0 – 7.0 Spring, Fall Summer, Fall
Leeks 1.4 – 1.8 6.0 – 6.5 Spring, Fall Summer, Fall
Lettuce 0.8 – 1.2 5.5 – 6.0 Spring, Fall Spring, Fall
Mint 1.2 – 1.8 5.5 – 6.0 Spring, Summer Summer, Fall
Mustard Greens 1.5 – 2.5 6.0 – 7.5 Spring, Fall Fall, Winter
Nasturtium 1.2 – 1.8 6.1 – 6.6 Spring Summer
Okra 2.0 – 2.4 6.0 – 6.5 Spring Summer, Fall
Onions 1.4 – 2.0 6.0 – 7.0 Spring, Fall Summer, Fall
Oregano 0.8 – 1.2 6.0 – 8.0 Spring Summer
Parsley 0.8 – 1.8 5.5 – 6.0 Spring, Fall Summer, Fall
Peas 1.5 – 1.8 5.8 – 6.3 Spring Summer
Peppers 1.8 – 2.8 5.5 – 6.0 Spring Summer, Fall
Potatoes 2.0 – 2.5 5.5 – 6.0 Spring, Fall Summer, Fall
Pumpkins 1.8 – 2.4 5.5 – 6.5 Spring Fall
Radicchio 1.8 – 2.0 5.5 – 6.5 Spring, Fall Summer, Fall
Radishes 1.6 – 2.2 6.0 – 7.0 Spring, Fall Spring, Fall
Rhubarb 1.2 – 2.0 5.5 – 6.5 Spring Summer
Rosemary 1.0 – 1.6 5.5 – 6.0 Spring, Summer Summer, Fall
Rutabaga 1.8 – 2.4 5.5 – 6.5 Spring, Fall Summer, Fall
Sage 1.0 – 1.6 5.5 – 6.5 Spring, Summer Summer, Fall
Spinach 1.8 – 2.3 6.0 – 7.0 Spring, Fall Spring, Fall
Squash 1.8 – 2.4 5.5 – 6.5 Spring Summer
Strawberry 1.2 – 1.5 5.5 – 6.5 Spring Summer
Sweet Corn 1.6 – 2.4 6.0 – 6.5 Spring Summer
Swiss Chard 1.8 – 2.5 6.0 – 7.0 Spring, Fall Summer, Fall
Tatsoi 1.5 – 2.5 5.5 – 6.5 Spring, Summer Summer, Fall
Thyme 0.8 – 1.6 5.5 – 7.0 Spring Summer
Tomatoes 2.0 – 5.0 5.5 – 6.5 Spring Summer, Fall
Turnip Greens 1.8 – 2.0 6.0 – 7.5 Spring, Fall Spring, Fall
Turnips 1.6 – 2.0 6.0 – 7.5 Spring, Fall Spring, Fall
Watercress 0.5 – 1.5 6.5 – 6.8 Spring, Fall Spring, Fall
Zucchini 1.8 – 2.4 6.0 – 6.5 Spring Summer

*for reference only. Adjustments may be required depending on your local condition and water hardness.

In hydroponics, maintaining the right nutrient balance is crucial for the healthy growth of vegetables and herbs. Two key factors that play a vital role in this process are Electrical Conductivity (EC) and pH levels. EC measures the concentration of nutrients in the water, ensuring that plants receive the optimal amount of minerals necessary for growth. Meanwhile, pH levels indicate the acidity or alkalinity of the nutrient solution, affecting the availability of nutrients to the plants.

EC and pH Chart for hydrponic vegetables EC and pH Chart for hydrponic vegetables

This EC and pH chart for hydroponic vegetables and herbs serves as a valuable guide for growers to monitor and adjust these parameters effectively. By understanding the ideal EC and pH ranges for different types of vegetables and herbs, growers can optimize their hydroponic systems for better yields, healthier plants, and more flavorful produce.

 

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EC and pH Chart for hydroponic vegetables

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Understanding EC and pH in hydroponics

03 Aug 2024 By FarmTek Australia

EC and pH Optimal Level For Hydroponics Vegetables & Herbs

Hydroponics, a method of growing plants without soil, relies heavily on the precise control of the nutrient solution. Two critical factors that affect the success of hydroponic systems are Electrical Conductivity (EC) and pH. Understanding and managing these parameters ensures that plants receive the proper nutrients, leading to optimal growth and yield.

Water Condition Tester EC TDS pH Temperature Tester BlueTooth

What is Electrical Conductivity (EC)?

Electrical Conductivity (EC) measures the ability of a solution to conduct electricity, which correlates to the concentration of dissolved salts, primarily nutrients, in the water. In hydroponics, EC is an indicator of nutrient strength in the solution.

Why is EC Important?

  1. Nutrient Availability: EC levels indicate the concentration of nutrients available to plants. Too low an EC means insufficient nutrients, leading to nutrient deficiencies and poor plant growth. Too high an EC can result in nutrient toxicity, which can damage or kill plants.
  2. Plant Health: Maintaining the correct EC ensures that plants receive balanced nutrition. This balance is essential for healthy growth, robust root development, and optimal yield.
  3. Water Uptake: Proper EC levels help plants absorb water efficiently. If the EC is too high, plants may struggle to take up water due to osmotic stress.

What is pH?

pH measures the acidity or alkalinity of a solution on a scale of 0 to 14, with 7 being neutral. In hydroponics, pH affects the availability of nutrients to plants.

Why is pH Important?

  1. Nutrient Absorption: Different nutrients are available to plants at different pH levels. A pH that is too high or too low can lock out essential nutrients, leading to deficiencies.
  2. Microbial Activity: Beneficial microbes that help break down organic matter and make nutrients available to plants thrive within specific pH ranges. Maintaining the correct pH supports these microbes, enhancing plant health.
  3. Root Health: Extreme pH levels can damage plant roots, affecting their ability to absorb water and nutrients. Maintaining an optimal pH range promotes healthy root systems.

 

Optimal EC and pH Chart Ranges for common vegetables & herbs

To maximize the potential of hydroponic systems, it’s crucial to maintain the recommended EC and pH levels for different plants. Here is a chart of optimal ranges for some common hydroponic crops:

PlantEC (mS/cm)pHPlantingHarvest
Arugula1.2 – 1.86.0 – 7.0Spring, FallSpring, Fall
Artichoke1.8 – 2.86.5 – 7.5Spring, FallSummer, Fall
Asparagus1.4 – 1.86.0 – 6.8SpringSummer
Basil1.0 – 1.65.5 – 6.5Spring, SummerSummer, Fall
Beets1.8 – 4.06.0 – 6.5Spring, FallSummer, Fall
Bell Pepper1.8 – 2.85.5 – 6.5SpringSummer, Fall
Bok Choy1.5 – 2.06.0 – 7.0Spring, FallSpring, Fall
Broccoli2.8 – 3.56.0 – 6.5Spring, FallSummer, Fall
Brussels Sprouts2.0 – 3.56.0 – 6.5Spring, FallFall, Winter
Butterhead Lettuce0.8 – 1.25.5 – 6.0Spring, FallSpring, Fall
Cabbage1.5 – 2.06.5 – 7.0Spring, FallSummer, Fall
Carrots1.6 – 2.46.3 – 6.7Spring, FallSummer, Fall
Cauliflower1.5 – 2.06.0 – 7.0Spring, FallSummer, Fall
Celery1.8 – 2.46.0 – 7.0SpringFall
Chard (Swiss Chard)1.8 – 2.56.0 – 7.0Spring, FallSummer, Fall
Chives1.2 – 1.86.0 – 6.5Spring, SummerSummer, Fall
Cilantro1.2 – 1.86.5 – 6.7Spring, FallSpring, Fall
Collard Greens1.5 – 2.56.5 – 7.5Spring, FallFall, Winter
Cucumber1.7 – 2.55.8 – 6.0SpringSummer
Dill0.8 – 1.45.5 – 6.5Spring, SummerSummer, Fall
Eggplant2.5 – 3.55.5 – 6.0SpringSummer, Fall
Endive0.8 – 1.85.5 – 6.0Spring, FallSummer, Fall
Escarole1.8 – 2.25.5 – 6.0Spring, FallSummer, Fall
Fennel1.4 – 1.86.0 – 6.7Spring, FallSummer, Fall
Garlic1.4 – 1.86.0 – 6.5FallSummer
Ginger1.6 – 2.25.5 – 6.5SpringFall
Green Beans1.8 – 2.46.0 – 6.5SpringSummer
Horseradish1.6 – 2.25.5 – 6.5SpringFall
Kale1.5 – 2.56.0 – 7.5Spring, FallSummer, Fall
Kohlrabi1.5 – 2.56.0 – 7.0Spring, FallSummer, Fall
Leeks1.4 – 1.86.0 – 6.5Spring, FallSummer, Fall
Lettuce0.8 – 1.25.5 – 6.0Spring, FallSpring, Fall
Mint1.2 – 1.85.5 – 6.0Spring, SummerSummer, Fall
Mustard Greens1.2 – 2.46.0 – 7.5Spring, FallFall, Winter
Nasturtium1.2 – 1.86.1 – 6.6SpringSummer
Okra2.0 – 2.46.0 – 6.5SpringSummer, Fall
Onions1.4 – 2.06.0 – 7.0Spring, FallSummer, Fall
Oregano0.8 – 1.26.0 – 8.0SpringSummer
Parsley0.8 – 1.85.5 – 6.0Spring, FallSummer, Fall
Peas1.5 – 1.85.8 – 6.3SpringSummer
Peppers1.8 – 2.85.5 – 6.0SpringSummer, Fall
Potatoes2.0 – 2.55.5 – 6.0Spring, FallSummer, Fall
Pumpkins1.8 – 2.45.5 – 6.5SpringFall
Radicchio1.8 – 2.05.5 – 6.5Spring, FallSummer, Fall
Radishes1.6 – 2.26.0 – 7.0Spring, FallSpring, Fall
Rhubarb1.2 – 2.05.5 – 6.5SpringSummer
Rosemary1.0 – 1.65.5 – 6.0Spring, SummerSummer, Fall
Rutabaga1.8 – 2.45.5 – 6.5Spring, FallSummer, Fall
Sage1.0 – 1.65.5 – 6.5Spring, SummerSummer, Fall
Spinach1.8 – 2.36.0 – 7.0Spring, FallSpring, Fall
Squash1.8 – 2.45.5 – 6.5SpringSummer
Sweet Corn1.6 – 2.46.0 – 6.5SpringSummer
Swiss Chard1.8 – 2.56.0 – 7.0Spring, FallSummer, Fall
Thyme0.8 – 1.65.5 – 7.0SpringSummer
Tomatoes2.0 – 5.05.5 – 6.5SpringSummer, Fall
Turnip Greens1.8 – 2.06.0 – 7.5Spring, FallSpring, Fall
Turnips1.6 – 2.06.0 – 7.5Spring, FallSpring, Fall
Watercress0.5 – 1.56.5 – 6.8Spring, FallSpring, Fall
Zucchini1.8 – 2.46.0 – 6.5SpringSummer

*for reference only. Adjustments may be required depending on your local condition and water hardness.

 

Monitoring and Adjusting EC and pH

To maintain optimal EC and pH levels, regular monitoring and adjustments are necessary:

  1. Testing: Use reliable EC and pH meters to regularly test the nutrient solution. Digital meters provide accurate readings and are easy to use.
  2. Adjusting EC: If EC is too high, dilute the nutrient solution with water. If it is too low, add a concentrated nutrient solution to reach the desired EC.
  3. Adjusting pH: To raise pH, add a pH up solution (usually potassium hydroxide). To lower pH, add a pH down solution (usually phosphoric acid).
  4. Consistency: Keep records of EC and pH levels to identify trends and make necessary adjustments before issues arise.

Conclusion

The control of EC and pH is fundamental to the success of hydroponic systems. By maintaining optimal levels, growers can ensure their plants receive the right balance of nutrients, leading to healthier growth and higher yields. Regular monitoring and adjustments help avoid common pitfalls and create a stable growing environment for plants. Investing time in understanding and managing these parameters will pay off in more robust and productive hydroponic gardens.

Hydroponic Grow Medium – 4 Major Types Explained

13 May 2024 By FarmTek Australia

Hydroponic Grow Medium: Rockwool, Expanded Clay Balls, Farmtek Aquacube, and Sponge

In the realm of modern agriculture, hydroponic gardening stands out as an innovative and sustainable method for cultivating plants.  One key component of successful hydroponic systems is the hydroponic grow medium, which provides support and delivers essential nutrients to plants’ roots.

Selecting the right hydroponic grow medium is essential for creating an optimal environment that promotes healthy plant growth and maximizes yields. With a plethora of options available, ranging from rockwool and expanded clay balls to innovative solutions like the Farmtek AquaCube and simple DIY sponge, choosing the appropriate grow medium can seem daunting. In this short introduction, we’ll explore key considerations to help you navigate this decision-making process effectively and select the grow medium best suited to your hydroponic setup and plant requirements.

Farmtek AquaCube:

The Farmtek AquaCube is a unique hydroponic grow medium designed for all hydroponic systems. It consists of a floating foam raft with holes to support plant roots, allowing them to access nutrient-rich water below. The Aquacube provides stability for plants while ensuring continuous hydration and nutrient uptake, making it an efficient option for growing leafy greens and herbs.

This is the most economical hydroponic grow medium of all, featuring high water absorption and water retention rate. easy to use and split easily during transplanting stage.

Hydroponic Grow Medium - Farmtek AquaCube Seedling Propagation Cubes

Rockwool:

Rockwool, derived from basalt rock and chalk, serves as a stalwart foundation for hydroponic plants. Its fibrous structure enables optimal water retention and aeration, ensuring that plant roots remain moist while accessing essential oxygen. Available in various forms such as cubes and slabs, rockwool provides stability and support, making it ideal for seed germination and propagation. Its versatility and reliability have cemented rockwool as a staple in hydroponic gardening.

This type of grow medium is extremely good for plants that love high moisture levels.

Hydroponic Grow Medium - Rock wool cube

Expanded Clay Balls:

Expanded clay balls, colloquially known as hydroton or clay pebbles, offer a lightweight and porous alternative to traditional grow mediums. Crafted from heated and expanded clay, these spherical pellets provide excellent drainage and aeration, preventing waterlogging and facilitating root oxygenation. Suited for a range of hydroponic systems, including flood and drain and drip systems, expanded clay balls are lauded for their reusability and adaptability, making them a preferred choice among hydroponic enthusiasts.

Hydroponic Grow Medium - Clay pebbles clay balls

Sponge:

For DIY hydroponic enthusiasts, sponge emerges as a cost-effective and straightforward grow medium. Consisting of porous foam material, the sponge provides a supportive environment for seedlings and cuttings, retaining moisture and facilitating root development. With its lightweight and malleable nature, the sponge is easily customizable to fit various hydroponic setups, making it an accessible option for beginners and hobbyists alike.

 

In the dynamic world of hydroponic gardening, the selection of a suitable grow medium plays a pivotal role in nurturing plant growth and maximizing yields. Whether opting for the tried-and-true reliability of rockwool, the versatility of expanded clay balls, the innovation of the Farmtek Aquacube, or the accessibility of sponge, each grow medium offers unique advantages tailored to specific plants and hydroponic systems. By understanding the characteristics and applications of these grow mediums, hydroponic growers can embark on their gardening journey with confidence, armed with the knowledge to create optimal growing conditions and achieve success in their endeavours. Happy hydroponic gardening!

Purchasing hydroponic grow medium from Farmtek Australia offers numerous advantages that set it apart as the preferred choice for hydroponic enthusiasts. With a reputation for excellence and innovation, Farmtek Australia provides high-quality grow mediums that are meticulously crafted to meet the diverse needs of modern hydroponic gardening. Their commitment to quality assurance ensures that each product undergoes rigorous testing to guarantee optimal performance and reliability. Additionally, Farmtek Australia’s extensive range of grow mediums, including the revolutionary Farmtek Aquacube, caters to various hydroponic systems and plant types, offering versatility and flexibility for growers. Furthermore, their dedication to customer satisfaction is evident through exceptional service and support, ensuring a seamless purchasing experience from start to finish. When you choose hydroponic grow medium from Farmtek Australia, you’re investing in quality, innovation, and expertise that will elevate your hydroponic gardening endeavors to new heights.

At Farmtek Australia, we stock varieties of hydroponic grow medium for different systems and application to grow better.  You are welcome to talk to us for free consultation and suggestions for your hydroponic project.

A Beginner’s Guide to Starting Your Hydroponic Growing Project

21 Mar 2024 By FarmTek Australia

Embarking on a hydroponic growing project can be an exciting journey into the world of sustainable gardening and fresh produce. Whether you’re limited by space, climate, or simply want to try a new approach to gardening, hydroponics offers a versatile and efficient solution. In this guide, we’ll walk you through the essential steps to kickstart your hydroponic adventure and grow thriving plants right in the comfort of your own home.

Understanding Hydroponics:

Before diving into your hydroponic project, it’s crucial to grasp the basic principles behind this innovative gardening method. Unlike traditional soil-based gardening, hydroponics involves growing plants in a nutrient-rich water solution, with their roots directly immersed or periodically exposed to the solution. This method eliminates the need for soil, relying instead on water, nutrients, and oxygen to nourish the plants.

Choosing the Right System:

There are several types of hydroponic systems available, each offering unique advantages and suited for different setups and plant varieties. Some popular options include:

  • Deep Water Culture (DWC): Plants are suspended in a nutrient solution with their roots submerged.
  • Nutrient Film Technique (NFT): A continuous flow of nutrient solution flows over the roots, providing ample oxygen.
  • Ebb and Flow (Flood and Drain): The nutrient solution is periodically flooded and drained, allowing roots to absorb nutrients and oxygen.
  • Kit Systems: A number of kit systems for indoor and outdoor are available for beginners.

Consider factors such as space availability, budget, and desired plant selection when selecting the most suitable system for your project.

FarmTek Hydroponic Growing System Aeroponic Towers

Gathering Supplies:

Once you’ve chosen your hydroponic system, gather all the necessary supplies to set up your indoor garden. Key items include:

  • Growing containers or trays
  • Growing medium (such as foam cubes, rockwool, perlite, coconut coir, clay balls etc)
  • Nutrients, eg A/B Fertilizers, NPK fertilizers
  • pH and EC testing kit
  • Lighting system (LED or fluorescent lights are popular choices)
  • Seeds or seedlings of your chosen plants

Ensure that your chosen supplies are of high quality to support healthy plant growth and optimize your hydroponic setup’s efficiency.

Setting Up Your Hydroponic System:

Follow these steps to assemble and set up your hydroponic system:

  • Clean and sanitize all components of your system to prevent the growth of harmful bacteria.
  • Install your chosen growing medium into the growing containers or trays.
  • Mix the nutrient solution according to the manufacturer’s instructions and adjust the pH and EC levels to the optimal range for your plants.
  • Place your plants into the growing medium and ensure that their roots are properly positioned within the nutrient solution.
  • Position the lighting system above your plants, providing adequate light exposure for healthy growth.

Monitoring and Maintenance:

Regular monitoring and maintenance are essential for ensuring the success of your hydroponic garden. Here are some important tasks to incorporate into your routine:

  • Check the nutrient solution levels regularly and top up as needed to maintain proper levels.
  • Monitor pH levels and adjust as necessary to prevent nutrient deficiencies or imbalances.
  • Inspect plants for signs of pests or diseases and take appropriate measures to address any issues promptly.
  • Prune plants regularly to encourage healthy growth and prevent overcrowding.

By staying diligent with monitoring and maintenance, you’ll be able to nurture thriving plants and enjoy a bountiful harvest from your hydroponic garden.

Harvesting and Enjoying Your Produce:

As your plants mature, you’ll start to reap the rewards of your hydroponic efforts. Harvest your produce when it reaches peak ripeness, and enjoy the fresh flavours and nutritional benefits of homegrown fruits, vegetables, and herbs. Experiment with different plant varieties and recipes to fully appreciate the versatility and satisfaction of hydroponic gardening.

 

Embarking on a hydroponic growing project is a rewarding endeavour that offers numerous benefits, from sustainable gardening practices to fresh, homegrown produce. By following the steps outlined in this guide and staying committed to your hydroponic garden’s care and maintenance, you’ll be well on your way to cultivating thriving plants and enjoying the fruits of your labour for years to come. Get ready to embark on a journey of discovery and innovation as you explore the exciting world of hydroponic gardening!

Revolutionizing Wheat Cultivation: Boosting Yields, Enhancing Quality, and Sustaining the Environment with FertiCore and BoosterPlus Innovations

22 Feb 2024 By FarmTek Australia

Wheat is one of the most widely cultivated crops globally, as one-third of the world’s population depends on it as a food source. Its versatility allows it to thrive in various environmental conditions and different agricultural systems.

To achieve high productivity and quality in intensive agricultural practices, there is a significant reliance on the use of fertilizers, contributing to elevated costs. Moreover, the application of non-renewable biomass inputs can lead to ecological damage, such as contamination of surface water and soil, and alterations in denitrification processes.

To mitigate environmental pollution, the development and implementation of sustainable agricultural methods and biofertilizers are crucial. This agricultural ecological approach emphasizes the use of bio-stimulants to enhance plant development, aiming to fortify physiological processes, promote nutrient acquisition, and improve resistance to both biotic and abiotic challenges.

Foliar fertilization has been employed as a means to supplement micro and macro nutrients, plant hormones, stimulants, and other beneficial substances.

Wheat is prone to lodging during the grain-filling period, resulting in issues such as black heads, dead and rotten seedlings, and reduced grain fill, significantly impacting yield.

 

FertiCore (granular soil conditioner) can be utilized as a basal fertilizer before sowing

Before sowing, FertiCore, a granular soil conditioner, can be used as a base fertilizer, adding 20 kg of FertiCore granules per 100 kg of urea, DAP, MAP, etc.

FertiCore helps reduce farmers’ fertilization costs, stabilizes nitrogen, and enhances nitrogen fertilizer efficiency (particularly suitable as a urea additive).

It forms complexes with phosphate to reduce fixation (especially suitable as an additive for DAP/MAP). This implies a 25%-30% reduction in fertilizer usage costs for farmers, addressing soil compaction issues caused by excessive fertilization, with significant soil improvement effects.

For instance, while farmers previously used 350 kg of urea + NPK to cultivate 1 hectare of crops, they can now opt for 100 kg of FertiCore plus 250 kg of nitrogen-phosphorus-potassium to achieve the same on 1 hectare. Crop yields are expected to be better than before. The recommended usage of FertiCore can be adjusted based on actual soil fertility and crop types.

During the later stages of wheat growth, additional fertilizer (BoosterPlus) is recommended. BoosterPlus has a prolonged efficacy period and promotes root growth, enhancing wheat development, resulting in robust stems, increased resistance to lodging, and higher grain weight.

Recommended application rates:

Dilution rate: 2000-3000 times

Water Flushing: 5-6 kgs/ha.

Micro Spraying: 4-5 kgs/ha.

Foliar Application: 2-3 kg/ha,

Soaking Seed: 2g-4g/Liter (soak for three to four hours).

The above rates are suggested; adjustments can be made based on soil fertility, nutrient conditions, and yield levels.

Foliar spraying of BoosterPlus:

The BoosterPlus application period for wheat is approximately between tillering and grain-filling, around 40-70 days into the wheat growth cycle. It is recommended to start spraying potassium humate around 45-50 days into the wheat growth cycle, every 7-10 days for 2-3 consecutive times.

Caution: Spraying potassium humate should be timed correctly, avoiding high-temperature and rainy conditions to prevent a negative impact on the effectiveness of the spray.

By observing and analyzing the physiological characteristics of wheat during germination, emergence, tillering, jointing, heading, flowering, grain-filling, etc., BoosterPlus is shown to promote stress resistance, drought resistance, and yield improvement in wheat.

It enhances seed germination rates and promotes root development. Wheat seeds treated with BoosterPlus show a 6.5% increase in germination and an 8.4% increase in emergence compared to untreated seeds. The BoosterPlus-treated wheat exhibits an early appearance of embryonic roots, emergence two days earlier, robust root systems, increased length by 3.1%-15.3%, and a 3.3%-27% increase in secondary root numbers.

This ensures plant density, improves overall crop competitiveness, strengthens disease resistance, and establishes a solid foundation for crop growth quality and yield.

Increased leaf area and enhanced photosynthesis: After applying BoosterPlus, wheat plants show an average height increase of 9.5% compared to untreated wheat. The first internode circumference increases by 5.4%-8.3%, and the average leaf area per plant increases by 10.5%.

With an expanded leaf area, the effective area for photosynthesis increases, enhancing the process. Strong stems contribute to lodging resistance and grain material accumulation, creating favorable conditions for increased grain weight and yield.

BoosterPlus, when used in conjunction with pesticides commonly used in wheat crops, enhances the efficacy of these pesticides, allowing for reduced usage and subsequently minimizing environmental pollution.

 

Users Feedback:

Feedback 1: Before using BoosterPlus, the wheat yield was 6 tons per hectare, and after using BoosterPlus, it increased to 11 tons per hectare.

Feedback 2: In one region where BoosterPlus was not used, the average yield was 3.3 tons per hectare, while in another region where BoosterPlus was used, the yield was 7 tons per hectare.

 

Wheat Growth Stages Overview:

Tillering Stage:

 

Fwheat 1lowering Stage:

The flowering stage is crucial for wheat growth and is a key period for applying potassium humate. At this stage, potassium humate can promote pollen development in the anthers, enhancing wheat stress resistance and yield. It is recommended to spray potassium humate around 70-80 days into the wheat growth cycle, every 7-10 days for 2-3 consecutive times.

The flowering stage is vital for the transition from vegetative to reproductive growth in wheat. Proper field management during this stage should focus on preventing spike diseases, ensuring disease control, timely nutrient supplementation, and enhancing spikelet numbers to prepare for grain filling. The flowering stage is directly related to wheat yield formation, and using mineral-sourced potassium humate during this stage, applied through root irrigation, can improve growing conditions, promote root and leaf protection, enhance grain-filling intensity, and prolong grain-filling time, effectively increasing wheat yield.

Grain Filling Stage:

The wheat grain-filling period generally lasts for about 30-40 days.

The grain-filling period refers to the process where starch produced by photosynthesis and protein transformed through assimilation are stored in wheat seeds. This critical period includes root protection, leaf protection, extended leaf function, prevention of premature aging, increased grain weight, and preparation against natural disasters such as drought, flooding, wind, diseases, and lodging. Measures should be taken to ensure high wheat yield during this period.

Timely irrigation during grain filling is crucial, as it significantly affects wheat yield. With the weakened nutrient absorption capacity of wheat roots in the later growth stages, foliar fertilization can extend the functional period of wheat leaves, enhance photosynthesis, prevent diseases, and increase drought resistance, reducing the impact of hot and dry winds.

Experimental results indicate that foliar application of BoosterPlus during the flag-leaf stage of winter wheat effectively increases the number of grains per spike, resulting in a production increase of 7.1 grains compared to the blank control. Additionally, foliar application of BoosterPlus during the grain-filling period significantly enhances the thousand-grain weight, averaging a weight increase of 5.52 grams compared to the blank control. This can lead to a production increase ranging from 21.6% to 22.79%.

 

Functions and Benefits of BoosterPlus:

  1. Promoting Crop Respiration: Applying BoosterPlus manifests in well-developed root systems and increased secondary root growth in crops. Data shows that BoosterPlus can elevate the respiration intensity of rice by 18.2%, with a 12.2% increase in light and intensity.
  2. Enhancing Enzyme Activity: BoosterPlus stimulates enzyme activity in both soil and plants, showing varied increases ranging from 24.4% to 175.6%. Taking wheat as an example, the application of BoosterPlus can increase wheat enzyme activity by 62%-82%, promoting wheat growth, respiration, and photosynthesis. When crops are in a state of premature aging or water deficiency, nitrate reductase activity within the plant decreases. Experimental data on wheat indicates that, during the booting and grain-filling periods, the rate of decline in nitrate reductase activity can be reduced from 37% to 21% with the application of BoosterPlus, enhancing wheat drought resistance and preventing premature aging.
  3. Promoting Soil Microbial Activity: By increasing the quantity of soil microbes, BoosterPlus significantly enhances the value of the land. It promotes beneficial fungal activities, aids in the decomposition of crop residues, and contributes to healthier soil, fostering sustainable plant growth.
  4. Facilitating Nutrient Absorption: BoosterPlus can form complexes or chelates with trace elements, increasing their solubility and facilitating absorption into plant tissues. Additionally, BoosterPlus exhibits better affinity with both root systems and crop surfaces, making nutrient absorption into the plant more effective. According to experiments, after applying BoosterPlus, crop phosphorus absorption can increase by 7%-30%, and nitrogen absorption can increase by 4%-15%.
  5. Promoting Early Germination and Improving Seedling Emergence Rate: When used as a seed coating, BoosterPlus can increase the seedling emergence rate by 10%-30%, leading to early emergence by 1-3 days. In the case of wheat, for example, the emergence rate can be improved by 27%-38%. Moreover, BoosterPlus can increase seedling rates by 10%-30% for different crops.
  6. Stimulating Robust Root Development: Generally, applying BoosterPlus can increase root development by around 30%, enhancing crop tillering rates, root quantity, and length. When used as a seed coating for winter wheat sown at the appropriate time, the root number increases by 27.9%, secondary root length increases by 43.96%, individual tillering numbers increase by 18.18%, and during the regreening period, root numbers increase by 13.24%, secondary root length increases by 28%, and individual tillering numbers increase by 11.63%.

 

Effortless Aeroponic Towers & Hydroponic Systems Cleaning Method, Amazing! No Scrubbing, No Sweating

14 Mar 2023 By FarmTek Australia

Hydroponic systems, while revolutionary for plant growth, can become a haven for dirt, algae, and molds if not diligently cleaned after each growing cycle. Failure to maintain a clean system can compromise the root zone, fostering an unhealthy environment and potentially spreading diseases to your plants.

The conventional method of cleaning involves scrubbing with a brush dipped in a solution of water, vinegar, and hydrogen peroxide. However, this is not only an arduous task but also time-consuming. We present an innovative and effortless cleaning method that surpasses traditional approaches, ensuring the optimal health of your hydroponic systems.

Effortless Cleaning Method:

Step 1: Dilute Bleach Solution

  • Prepare a bleach solution at a ratio of 1:100 – 1:200 (depending on the desired cleaning speed).
  • Pour the solution into the aeroponic tower system.

Step 2: Activate Circulation Pump

  • Switch on the circulation pump and let the system run continuously for 24-48 hours, depending on the concentration of the bleach solution.
  • If using a 1:100 ratio, 24 hours typically suffices, while a 1:200 ratio might require 48 hours or longer to clean dirt and algae from joints.
  • To address dirty planting hole rims, placing a net pot on it guides the bleach solution into the gap.

Step 3: System Cleaning

  • After 48 hours, the inner section of the entire system should be 99% cleaned and sanitized, even with a 1:200 bleach solution.
  • No additional action is required for the inner section, whether it’s aeroponic towers or NFT systems.
  • Clean the outer surface of the tower with a damp cloth or hose down any surface dirt.

Step 4: Utilize Bleach Solution Efficiently

  • Avoid wasting the bleach solution by soaking used net pots in the water tank for a day or two.
  • Without scrubbing, the bleach solution will rejuvenate dirty net pots, leaving them looking like new.
  • This step can be combined with the previous one to clean both the tower and net pots simultaneously.

Step 5: Rinse and Reassemble

  • Rinse the net pots thoroughly with clean water.
  • Clean the water tank and reassemble the tower system.

Cleaning NFT System:

  • The process for cleaning the NFT system mirrors the steps outlined above.
  • Use a diluted bleach solution to run the system continuously for 1-2 days, ensuring it cleans all dirt and algae inside the channels, water piping, and the water tank.
  • Ensure the water volume matches or exceeds the usual volume during the growing stage to guarantee the bleach solution reaches all areas.

This effortless cleaning method not only streamlines the maintenance process but also enhances the longevity and productivity of your hydroponic systems. By embracing this innovative approach, you ensure a healthier and disease-free environment for your plants, paving the way for robust and bountiful harvests. FarmTek Australia introduces a new era of hydroponic system maintenance, free from the hassle of scrubbing and sweating, making plant care a seamless and rewarding experience.

 

Unlocking the Secrets to Healthy Plants: Addressing Yellow Leaves with FarmTek® BoosterPlus™ Fulvic Acid

27 Dec 2022 By FarmTek Australia

Yellow Leaves ProblemYellow leaves on your plants can be distressing, as they often signal an array of potential issues arising from inadequate care. Various factors contribute to this problem, including over and under-watering, nutrient deficiencies, soil pH imbalance, sunlight exposure, and pest infestations.

To diagnose the root cause and effectively remedy the situation, consider the following methods:

1. Humidity Measurement in the Soil:

  • Utilize a reliable soil condition tester, inserting the probe 5-10cm deep into the soil.
  • Alternatively, manually assess the soil’s moisture content by digging into it. Adequate moisture should be present without excess water visible. Adjust watering frequency and amount based on the soil’s condition, whether excessively wet or overly dry.

2. pH Value Assessment in the Soil:

  • Employ a suitable soil condition tester, inserting the probe into the soil at a depth of 5-10cm.
  • Compare the obtained pH reading with the optimal range for the specific plants you are cultivating.
  • BoosterPlus™, with its unique properties, can auto-balance the pH in the soil, restoring it to a neutral state.

3. Sunlight Measurement in the Planting Area:

  • Use a 4-in-1 soil condition tester to gauge sunlight levels in different spots of the field.
  • In outdoor environments, insufficient sunlight is less likely to be the cause of yellowing unless obstructed by tall neighboring objects like sheds, crops, trees, fences, or buildings.

In a BoosterPlus™ experiment conducted unintentionally, a grapefruit tree left unattended for months outdoors exhibited yellowing leaves. After ruling out water, sunlight, or pest issues, the plant was treated with BoosterPlus™ at a 1:3000 ratio fortnightly.

Observing a remarkable transformation in leaf color after just two weeks, a second treatment with Farmtek NPK 30-10-10 at a 1:1000 ratio exceeded expectations. Aside from two old leaves, all others turned completely green, with a minor yellowish-green tint observed in only two leaves.

 

Save Your Plants with FarmTek® BoosterPlus™:

FarmTek® BoosterPlus™ Fulvic Acid For Plants emerges as a game-changer. Crafted from an organic leonardite base, this Fulvic Acid product undergoes processing through a unique anti-flocculation technology. Boasting smaller molecular structures and hard water tolerance up to 21°dh, it proves completely soluble in hard water and acidic conditions.

Packed with both micro and macro nutrients essential for plant growth, BoosterPlus™ serves as an immediately available source of nourishment for plants and soil microbes. Additionally, its remarkable ability to auto-balance soil pH contributes to restoring equilibrium in the growing environment.

When yellow leaves threaten your plants, turn to the natural and effective solution provided by FarmTek® BoosterPlus™ Fulvic Acid. Nurture your plants back to health, witness the vibrant transformation that follows, and experience the satisfaction of cultivating a thriving and lush garden.

 

With BoosterPlus™, you not only address the yellow leaf problem but also pave the way for a flourishing and resilient plant life.

 

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Decoding Potassium Fulvic Acid: Mineral vs Biochemical

24 Sep 2022 By FarmTek Australia

Mineral potassium Fulvic Acid is very different from Bio-Chemical Fulvic Acid

In the realm of agricultural supplements, the distinction between mineral and biochemical potassium fulvic acid becomes a critical factor in determining their efficacy and applications.

At FarmTek Australia, we delve into the characteristics of these two variants, shedding light on their origins, appearances, and the nuanced benefits they bring to soil remediation and plant growth.

Mineral Potassium Fulvic Acid:

Mined from Leonardite, mineral potassium fulvic acid stands as an organic compound that undergoes a combination with potassium oxide, resulting in a relatively stable soil remediation product. The extraction process from natural deposits contributes to its mineral-rich composition.

Biochemical Potassium Fulvic Acid:

In contrast, biochemical potassium fulvic acid takes a different route, deriving from industrial products such as sugar alcohol and monosodium glutamate. Characterized by relatively fewer active functional groups and a higher presence of polysaccharides and lignins, this variant tends to absorb moisture readily, especially when exposed to higher temperatures.

Distinguishing Characteristics:

The visual appearance of the products serves as a straightforward method to distinguish between mineral and biochemical potassium fulvic acid. Biochemical fulvate typically exhibits a yellow hue, while its mineral counterpart manifests as black flakes or powder.

Comparative Benefits:

While both mineral and biochemical potassium fulvic acids share common benefits such as promoting root system development, improving soil condition, stimulating growth, and relieving stress, nuances in their applications and effectiveness emerge.

  • Enzyme Activity:
    • Mineral Potassium Fulvate: Demonstrates a superior ability to promote the activity of enzymes. This attribute renders it particularly effective in enhancing cold and drought resistance in plants.
    • Biochemical Potassium Fulvate: Though contributing to general plant health, it may not exhibit the same prowess in enzyme activation as its mineral counterpart.
  • Application Methods:
    • Mineral Potassium Fulvate: Possesses a versatile nature, suitable for various applications like spraying and drip irrigation. Its high solubility in water, irrespective of pH levels, makes it a flexible choice.
    • Biochemical Potassium Fulvate: Due to its physical characteristics, it may not be ideal for diluted applications through methods like spraying and drip irrigation.

FarmTek® BoosterPlus™ – A Mineral Source of Potassium Fulvate:

At FarmTek Australia, our BoosterPlus™ stands as a testament to the efficacy of mineral potassium fulvic acid. Derived from Leonardite, it not only proves to be cost-effective but also boasts ease of storage, handling, and application. With its 100% solubility in water at any pH level, BoosterPlus™ emerges as a versatile solution for enhancing soil conditions and promoting robust plant growth.

In conclusion, understanding the distinctions between mineral and biochemical potassium fulvic acid allows farmers to make informed choices based on their specific needs and the requirements of their agricultural practices. With FarmTek® BoosterPlus™ leading the way in providing a mineral-rich and efficient solution, farmers can navigate the complexities of soil remediation and plant care with confidence and precision.

Bio-Chemical Fulvic Acid vs Mineral Fulvic Acid

 

Humic Acid vs Fulvic Acid in Agriculture: Unveiling the Distinctions

24 Sep 2022 By FarmTek Australia

In the intricate realm of agricultural sciences, the dynamic duo of humic and fulvic acids takes center stage. These organic compounds, derived from microbial decay, play pivotal roles in enhancing plant health and optimizing crop yields.

In this exploration, we dissect the nuances between Humic Acid, exemplified by FertiCore™, and Fulvic Acid, embodied in BoosterPlus™, to illuminate their functions and guide farmers in their strategic implementation.

Comparative Overview:

1. Molecular Characteristics:

  • Humic Acid: Boasting large molecules, ranging from 10,000 to 100,000 in molecular size, humic acids exhibit a dark color and a composition that includes carbon chains, carbon rings, oxygen, nitrogen, hydrogen, and phosphorus. Solubility varies with pH, being insoluble in acidic conditions but soluble in alkaline solutions.
  • Fulvic Acid: In contrast, fulvic acid presents much smaller molecules, ranging from 1,000 to 10,000 in molecular size. Notably, fulvic acid maintains solubility across all pH levels, a characteristic that distinguishes it from its humic counterpart.

fulvic acid vs humic acid

2. Solubility and Composition:

  • Humic Acid: Primarily working in the soil, humic acid excels in unlocking nutrient structures, chelating toxic metals, stimulating microbial activity, and enhancing water retention. Its insolubility in acidic conditions makes it optimal for soil applications.
  • Fulvic Acid: With superior solubility at all pH levels, fulvic acid’s key strength lies in its role as an efficient carbon-containing chelating compound. Its small molecular size allows it to transport minerals into plants, acting as a pipeline network for vital nutrients.

3. Benefits and Functions:

  • Humic Acid: The benefits of humic acid extend to increased cell wall permeability, nutrient uptake improvement, and stimulation of root and shoot growth. It acts as a vital mediator between plants and soil, fostering essential exchanges.
  • Fulvic Acid: Notable for its chelating prowess, fulvic acid excels in binding to nutrients and facilitating their transfer into plants. As a potent carrier, it acts as a pipeline network, ushering vital nutrients from the soil to crops and plants.

4. Compatibility and Synergy:

  • Humic Acid and Fulvic Acid: The synergy between humic and fulvic acids is crucial for reaping the full spectrum of benefits. While humic acids increase cell wall permeability, facilitating nutrient uptake, fulvic acids act as carriers, making nutrients readily available in the soil. Together, they amplify water-holding capacity and stimulate robust root and shoot growth.

Choosing Between Humic and Fulvic Acids:

  • Both humic and fulvic acids are indispensable for fostering plant health. Attempting to choose one over the other undermines the holistic benefits they collectively offer. The interplay of humic and fulvic acids optimizes growing conditions, making them perfect partners in agricultural endeavors.

FarmTek’s Offerings:

  • Currently, FarmTek Australia extends BoosterPlus™ Fulvic Acid and FertiCore™ Humic Acid to both commercial farms and home growers.
  • FertiCore™ Humic Acid serves as a stalwart for improving soil conditions, creating a foundation for robust plant growth.
  • On the other hand, BoosterPlus™ Fulvic Acid assumes the role of a growth catalyst, enhancing the overall health and vitality of crops and plants.

Synergistic Functions:

  • Soil Improvement: FertiCore™ Humic Acid operates as a soil conditioner, rehydrating dry and compacted soil. It improves soil structure, tilth, and increases cation exchange capacity (CEC), providing nutritive elements essential for plant growth.
  • Growth Enhancement: BoosterPlus™ Fulvic Acid, with its smaller molecules, facilitates nutrient absorption through the cell membrane of plants. It increases root respiration and formation, enhances photosynthesis and respiration, and acts as a food source for soil micro-organisms.
  • Nutrient Transfer: Fulvic acid, being a superior carbon-containing chelating compound, binds to nutrients, carrying them into plants. Humic acid, working in tandem, makes these nutrients more readily available in the soil, ensuring a seamless transfer from soil to plants.

 

Conclusion:

In the evolving landscape of agricultural science, the collaboration between humic and fulvic acids emerges as a harmonious symphony, orchestrating optimal conditions for plant growth. While their distinct functions cater to specific aspects of plant health, the collective impact of both is greater than the sum of individual contributions.

As FarmTek Australia continues to provide these essential components, farmers are encouraged to embrace the synergy between FertiCore™ Humic Acid and BoosterPlus™ Fulvic Acid, unlocking a realm of possibilities for sustainable and flourishing agriculture.

The intricate dance of humic and fulvic acids transforms the agricultural stage into a thriving ecosystem, where plants flourish and crops yield abundantly.

 

FarmTek BoosterPlus 1kgFarmTek FertiCore

How FertiCore™ Humic Acid Remarkably Re-conditions Soil

23 Sep 2022 By FarmTek Australia

Farmtek Humic Acid

In the intricate tapestry of agriculture, where soil vitality directly correlates with bountiful yields, the role of humic acid cannot be overstated. This critical component, found abundantly in FertiCore™ Humic Acid, stands as a beacon of soil rejuvenation, offering multifaceted benefits that extend beyond nutrient replenishment. In this comprehensive guide, we delve into the transformative effects of FertiCore™ Humic Acid and unravel the science behind its remarkable soil re-conditioning prowess.

The Soil Conundrum: As time elapses, the ability of soil to sustain thriving plant life diminishes, a consequence of continual nutrient depletion through natural processes like decomposition and evaporation. To counteract this gradual decline, a proactive approach to soil replenishment becomes imperative. FertiCore™ Humic Acid emerges as the antidote, replenishing vital nutrients in a slow-release manner, ensuring sustained plant health and productivity without causing harm to delicate roots or foliage.

Major Soil Condition Challenges:

  1. Compaction Woes:
    • One prevalent challenge in soil health is compaction, often induced by the repeated use of heavy mechanical tillage tools. Tractors, while breaking up the soil surface and integrating organic matter, also compact it through repeated passes.
    • FertiCore™ Humic Acid recommends a strategy to minimize compaction, suggesting the use of lightweight tillage equipment, such as vertical tillage tools. Unlike tractors, vertical tillers are less likely to disrupt soil aggregates.

FertiCore™ Applications: Unlocking Soil Potential:

  1. Soil Conditioning Marvel:
    • Humic acid, a byproduct of organic matter decomposition, serves as an exceptional soil conditioner. Its unique properties facilitate moisture retention, making it more accessible to plants. Moreover, it aids in nutrient uptake and movement through the soil profile.
    • Acting as a pH stabilizer, FertiCore™ Humic Acid offers a buffer against extreme pH conditions, ensuring an optimal environment for plant growth.
  2. Benefits Bestowed Upon the Soil:
    • Rehydration of Dry, Compacted Soil:
      • FertiCore™ Humic Acid breathes life into arid, compacted soil, restoring its moisture balance.
    • Enhanced Soil Structure and Tilth:
      • The application of humic acid results in improved soil structure and tilth, fostering an environment conducive to root development.
    • Boost in Cation Exchange Capacity (CEC):
      • Cation exchange capacity, a critical parameter for nutrient availability, experiences an upswing with FertiCore™ Humic Acid. It efficiently stores nutrients, ensuring a continuous supply for plant use.
    • Nutrient-Rich Contribution:
      • The humic acid content in FertiCore™ supplies essential nutrients like calcium, magnesium, iron, manganese, and more, promoting comprehensive plant nutrition.
    • Amplification of Water-Holding Capacity:
      • The water-holding capacity of the soil gets a substantial boost, leading to heightened plant growth and larger yields.

Primary Functions of FertiCore™ Humic Acid:

  1. Cation Exchange Capacity (CEC) Enhancement:
    • The core function revolves around augmenting CEC, a pivotal mechanism for nutrient storage and release. By buffering pH levels and enhancing water retention, FertiCore™ ensures an ideal nutrient uptake environment.
  2. Detoxification Mastery:
    • Serving as a potent chelating agent, FertiCore™ Humic Acid binds to toxic elements like aluminum and chromium, rendering them inert in the soil. This prevents their uptake by plants and curtails leaching into groundwater supplies.

Scientific Validation: The efficacy of humic acid in soil health enhancement has garnered substantial support from scientific studies. These investigations affirm its positive impact on crop yields, root growth, water-holding capacity, and resilience against diseases and pathogens.

Unraveling the Essence of Humic Acid: In essence, humic acids, evolving over time from plant matter, contribute significantly to soil enrichment. Beyond serving as a nutrient source, humic acid facilitates soil structure improvement and moisture retention in sandy soils. Functioning as a natural chelating agent, it ensures the availability of essential minerals for plant uptake, cementing its pivotal role in fortifying soil health and elevating agricultural productivity.

In Conclusion: FertiCore™ Humic Acid emerges not just as a soil conditioner but as a holistic solution for sustainable agriculture. Its profound impact on soil health, nutrient availability, and crop yield makes it an invaluable asset for modern farming practices. As we navigate the intricate landscape of agricultural challenges, FertiCore™ Humic Acid stands as a testament to innovation in soil science, offering a sustainable path towards a greener, more productive future.

 

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How Does FertiCore™ Humic Acid Re-condition Soil?

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Choosing the Right Hydroponic Method: A Comprehensive Guide

06 Sep 2022 By FarmTek Australia

Embarking on the hydroponic journey is a commendable step toward environmental sustainability and the production of healthy, pollutant-free crops. However, selecting the optimal hydroponic growing method requires careful consideration of various factors. Here, we provide exclusive hints to guide you in making a well-informed decision.

Factors Affecting Hydroponic Selection:

  1. Available Funds:

    • Water Culture - HydroponicsRegardless of the chosen hydroponic method, it’s crucial to acknowledge that the initial investment surpasses traditional farming costs.
    • Deep Water Culture (DWC) stands out for its lower initial investment, suitable primarily for leafy vegetables. For larger plants like tomatoes and cucumbers, options like drip irrigation and Dutch buckets prove effective.

  2. Available Space:

    • Multi-level Nutrient Film Technique (NFT) or EBB & Flow systems are ideal when space is a limitation, especially for leafy vegetables. EBB & Flow can also accommodate short garden plants and pot flowers.
    • Consider single-level or multi-level setups based on your yield requirements. Multi-level systems necessitate LED lighting and ventilation, significantly impacting the initial investment.FarmTek Hydroponic Growing System

  3. Available Public Facilities:

    • Access to water, electricity, and gas directly influences operational costs, particularly in greenhouse farming. Electricity-intensive operations like lighting and ventilation may render solar power insufficient. Gas is often used to maintain ambient temperatures in greenhouses during cold winters.

  4. Type of Crops to Grow:

    • Crop selection plays a pivotal role in determining the suitable hydroponic method.
    • Larger, climbing plants benefit from drip irrigation and Dutch buckets. Dutch buckets offer a cost-effective alternative to drip irrigation with reusable components.
      FarmTek Dutch Bucket

  5. Open Space, Greenhouse, or Indoor:

    • Various considerations arise when operating hydroponic systems in different environments.
    • Evaporation rates are higher outdoors, impacting water consumption. EBB & Flow may not be ideal due to increased evaporation and susceptibility to dirt.
    • Sunlight exposure requires management to prevent leaf burn. Mesh covers may be necessary, incurring additional expenses.
    • Greenhouse environments offer control over ambient and water temperatures but involve higher initial and operational costs.
      Outdoor Hydroponics

  6. Distribution of Produce:

    • Proximity to sales channels or markets is a vital consideration, especially when delivering products.
    • Indoor NFT or EBB & Flow systems are suitable for smaller sites, offering multi-level setups for vertical farming.

By meticulously evaluating these factors, you can tailor your hydroponic system to align with your specific needs, optimizing resource utilization and ensuring a successful and sustainable venture into hydroponic agriculture.

 

 

We are professional hydroponics experts and designers to assist with your hydroponics growing plan design, setup, and operation.

Contact us for a phone discussion or an in-person visit appointment.