Global Bio-Organic Rooting Solution: Microbial Agent Rooting Type
Advanced Soil Revitalization & Root System Enhancement Technology

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Product Overview

This high-performance Microbial Agent Rooting Type integrates four synergistic microorganisms (Trichoderma harzianum 50%, Bacillus subtilis 17%, Bacillus megaterium 17%, Paenibacillus mucilaginosus 17%) to combat root stress, soil fatigue, and continuous cropping challenges. Formulated under GB 20287-2006 standards with ≥10 billion CFU/g viability, this powder delivers triple-action results: root stimulation | pathogen suppression | nutrient mobilization.

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Core Scientific Advantages

1. Strain-Specific Bioactivity

• Trichoderma harzianum dominance triggers auxin-mediated capillary root proliferation while secreting chitinases against Fusarium/Rhizoctonia

• Bacillus subtilis establishes root biofilms producing surfactin antibiotics

• Bacillus megaterium solubilizes mineral phosphates via gluconic acid secretion

• Paenibacillus mucilaginosus fixes atmospheric nitrogen and releases silicate-bound potassium

2. Advanced Viability Assurance

• Trehalose microencapsulation shields cells during lyophilization

• Low-temperature fluidized-bed drying (≤45°C) preserves Trichoderma conidia integrity

• Diatomaceous earth carrier ensures optimal oxygen permeability

• Shelf-life stability: 85% viability retention at 12 months

3. Validated Field Performance

• 120% capillary root density increase in solanaceous crops

• 50% reduction in Fusarium wilt incidence

• 30% decrease in phosphate fertilizer requirements

• 95% transplant survival in monoculture systems

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Application Methodology

Critical Pre-Activation Protocol

1. Combine 1kg powder + 2kg lukewarm non-chlorinated water + 100g brown sugar

2. Aerate 30-60 minutes before application

Drip Irrigation/Fertigation

• Early growth: 7.5kg per hectare

• Mid-late season: 15kg per hectare

• Frequency: 3-4 seasonal applications

Root Zone Drenching

• 40g powder + 30L water per application

• Apply biweekly during establishment phases

Foliar Spray (Supportive Use)

• Standard crops: 50g + 20L water

• Cucurbits/legumes: 25g + 20L water

• Apply monthly at dawn/dusk

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Universal Crop Coverage

Vegetables: Tomato, Pepper, Eggplant, Cucumber, Melon, Watermelon, Cabbage, Broccoli, Carrot, Onion, Garlic, Lettuce, Spinach, Potato, Sweet Potato
Fruits: Apple, Orange, Lemon, Grape, Strawberry, Blueberry, Banana, Mango, Peach, Cherry
Grains: Rice, Wheat, Maize, Barley, Sorghum, Oats
Legumes: Soybean, Peanut, Green Bean, Pea, Chickpea
Oil Crops: Canola, Sunflower, Sesame, Olive
Commercial Species: Tea, Coffee, Tobacco, Cotton, Sugarcane
Specialty Crops: Ginseng, Turmeric, Lavender, Rose, Chrysanthemum, Orchid, Turfgrass

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Operational Guidelines

Compatibility Restrictions

• Avoid strong oxidizers, copper fungicides, alkaline pesticides (pH>8)

• Separate applications from chemical inputs by 72+ hours

Environmental Optimization

• Soil temperature: 15-30°C

• Apply mornings/evenings; avoid midday heat

• Maintain soil moisture post-application

Storage Specifications

• UV-resistant packaging

• <25°C storage temperature

• ≤60% relative humidity

• 12-month shelf life from production

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Technical FAQ: Microbial Agent Rooting Type

Q1: Differentiation from synthetic rooting hormones?
A: Conventional auxins provide temporary stimulation. Our microbial consortium establishes self-sustaining rhizosphere ecosystems that continuously produce phytohormones (IAA, GA3), solubilize nutrients, and generate antifungal compounds – creating persistent root growth environments.

Q2: Safe co-application with NPK fertilizers?
A: Exercise caution:
• Never tank-mix with ammonium-based or high-EC fertilizers
• Maintain 72+ hour application intervals
• Compatible with humic acids/seaweed extracts
• Strictly incompatible with bactericides

Q3: Scientific basis for brown sugar activation?
A: Sucrose serves three critical functions:

1. Immediate energy source for microbial metabolism ignition

2. Biofilm formation substrate enhancing root colonization

3. Carrier molecule for rhizosphere penetration
   Field trials show unactivated applications reduce efficacy by 60%.

Q4: Continuous cropping obstacle mitigation?
A: Our strains:

1. Degrade autotoxic root exudates (phenolics, terpenoids)

2. Displace pathogenic biofilms through competitive exclusion

3. Replenish micronutrients via silicate weathering

4. Rebuild soil structure through glomalin production

Q5: Heavy metal safety certification?
A: Certifiably below maximum thresholds:
Arsenic <75mg/kg | Lead <100mg/kg | Cadmium ≤10mg/kg | Chromium <150mg/kg | Mercury <5mg/kg

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Precision Manufacturing Process

Phase 1: Strain-Specific Fermentation

• Liquid deep-culture for bacilli: Automated pH/DO modulation

• Solid-state fermentation for Trichoderma: Dark-phase sporulation induction

Phase 2: Viability Optimization

• Centrifugal biomass concentration

• Trehalose/alginate cryoprotectant infusion

Phase 3: Quality Verification

• ISO 17025 accredited CFU validation

• Batch-specific pathogen screening

• Heavy metal compliance testing

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Sustainable Agriculture Impact

Deployment enables:
✓ 25% higher nutrient use efficiency
✓ 40% reduction in chemical fungicides
✓ 8-12 tonne/ha yield increases in degraded soils
✓ Carbon sequestration via glomalin production

*Third-party validated across 42 crops in 14 countries*

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