Precision Canopy & Rhizosphere Defense

Living Chemistry: Precision Protection for Every Environment.

A multi bio-active system built for Philippine growers. From high-tech DWC and Recirculating Hydroponics to intensive Greenhouse and Soil-based cultivation. Bypassing resistance with zero-residue, clinical-grade pathways.

Open Command Console Explore Blueprints

14 Active Tiers & Strains

Zero Chemical Residues

100% SDG Compliant

Environment-Specific Engineering

Whether managing a deep-water culture reservoir or a localized soil drench, our matrices are calibrated for biological stability and zero-clog performance.

The Complete Precision Bio-Control Ecosystem: 14 Formulations Optimized for Philippine Soil and Hydroponics.

Precision Biological Engineering

The Physics of Non-Toxic Defense

NutriHydro intercepts environmental threats at the molecular level. By matching the specific biological pathway (TPC, Fungal, or ISR) to the correct deployment zone (Phyllosphere vs. Rhizosphere), we ensure maximum efficacy with zero chemical risk to the crop or the reservoir.

Foliar Command

Targeted Protein Crystals (TPC)

Engineering primarily for the Phyllosphere (Canopy). Because TPC activation requires direct ingestion by chewing pests, this matrix is optimized for foliar distribution. Always apply with NH Expolyol to collapse surface tension and anchor the protein crystal matrix flat across the waxy leaf cuticle, preventing wind-blow and rain runoff.

Upon consumption, the micro-encapsulated protein crystal complexes are exposed to alkaline conditions (pH ≥ 9.0) inside the insect's mid-gut. This specific chemical window solubilizes the crystal matrix, initiating enzymatic cleavage. The released active proteins bind immediately to specific receptors on the epithelial cell microvilli, opening lytic pores. Osmotic pressure breaks the gut membrane walls, triggering absolute Mandibular Shutdown within 30 minutes and stopping crop damage long before final pest collapse.

Activation Pathway

Leaf Ingest

pH ≥ 9.0

Shutdown

Drench Command

Chitin-Dissolving Fungal Strike

A biophysical strike for Media-Based Roots and Foliage. For foliar spraying of fungal complex suspensions (such as NH Bebass), pairing with NH Expolyol is strictly mandatory to dissolve target pest cuticle wax and anchor spores. For media-based drenches (Coco, Rockwool, or Soil), apply directly with water only; do not add NH Expolyol.

Applied as a target drench, active biological spores from our proprietary hydrophobic B-Series Myco-Active Complex adhere directly to the epicuticular wax of the target host. Once anchored, they germinate and synthesize extracellular enzymes—specifically chitinase, protease, and lipase complexes. These enzymes systematically digest the protein-chitin matrix of the outer shell. Under physical mechanical pressure, hyphae breach the outer shell, colonizing the interior and securing the rhizosphere media without systemic chemical residues.

Dissolution Pathway

Wax Breach

Chitin Lysis

Lysis Lobe

Deployment Limit: Best for Drip & Soil / Not for DWC

Signaling Command

Induced Systemic Resistance (ISR)

The Biological Vaccine for Recirculating Hydroponics. ISR catalysts are the most bio-stable units for DWC, NFT, and Kratky reservoirs. By colonizing the root zone, they alert the plant’s vascular system to thicken cell walls, neutralizing pathogens like Pythium or Powdery Mildew before they can attach. Note: Deactivate UV Sterilizers for 48 hours to allow the vaccine to establish.

Our proprietary S-Series ISR Catalyst releases cyclic lipopeptides including surfactins, iturins, and fengycins. These surface-active biomolecules colonize root cell membranes to trigger the host plant's defensive transcription factors. This jasmonic acid/ethylene pathway cascade stimulates endogenous enzyme production (peroxidases, polyphenol oxidases). The plant responds by synthesizing lignin and callose to physically reinforce cell walls in the apoplastic space, blocking root pathogen ingress.

Signaling Pathway

ISR Signal

Peroxidase

Systemic Immunity

Precision Biological Engineering

The Physics of Non-Toxic Defense

Reference: Bio Control Protocol_2.pdf.

Targeted Protein Crystals

Once eaten, raw protein crystal complexes solubilize under midgut pH ≥ 9.0, prompting rapid receptor-pore synthesis. The gut breaches internally, causing instant Mandibular Shutdown inside 30 minutes, preserving absolute leaf integrity before complete larval collapse.

Activation Pathway

Leaf Ingest

pH ≥ 9.0

Shutdown

Unified Strategic Hub

Active Biological Command Console

Interactively explore species modes of action, deployment specs, safety profiles, and preparation guides.

Biological Platform Selectors

Select any biological agent above to update the unified tactical brief instantly.

Phyllosphere Command Foliar Priority

NH HANNAH

Platform Active

Target Control Vector

Adult Beetles, Flea Beetles, Leaf Beetles, Resistant Larvae

Biological Engine Technology

Proprietary H-Series Protebiosis Matrix (Coleoptera specialized)

Incubation Window

24h

Solar UV Block

Med

Strategic Operational Insights

Mode of Action (MoA) Ingestion-triggered mandibular paralysis.

Action Velocity Active feeding halts in 30 mins; target dehydration 48-72h.

Economic Crop Benefit Prevents the secondary spread of canopy bacterial wilt.

Best Application Phase Deploy immediately at first physical sign of vector activity.

System Compatibility Matrix

On-The-Ground Operational Specs

Starter Potency Window: Use within 4 hours of completion

Tank-Mix Compatibility: Highly compatible with biostimulants

Filtration & Nozzles: 50-mesh filter; nozzle ≥ 0.5 mm

Optimal Climate Limits: 65°F - 85°F (15°C - 29°C)

Physics & Biochemical Law Formulation

Microbial Preparation Directive

Add 1 level teaspoon of Hannah powder, 1 tablespoon of brown sugar/molasses, and 1 mL of NH Expolyol per 1L of starter water. Leave 25% empty container headspace for oxygen, shaking occasionally, and incubate for 12-24 hours.

Safety & REI Compliance Profile

0-Hour Re-entry Interval once dry. The host-specific crystalline matrix is biochemically inert in mammalian digestive tracts due to acidic stomach pH barriers. Apply at dusk to align with honeybee sleep cycles; leaves zero chemical residues on crops prior to harvest.

Reference Document: Bio Control Protocol_2.pdf Real-time Status Online

Essential Bio-Control Adjuvant

NH Expolyol: Collapsing Surface Tension

Biological spores require absolute physical contact to colonize leaf systems and target pests. NH Expolyol resolves the hydrodynamics of hydrophobic canopies with medical-grade surfactant safety.

Guaranteed Analysis N-P-K: 0 - 0 - 0 (Neutral Nutrient Footprint)

ADJUVANT

NH EXPOLYOL

120 mL Format

The Cuticle Barrier

Hydrophobic Repulsion

Waxy plant cuticles (such as Cabbage, Citrus, and Taro) form a highly hydrophobic surface composed of long-chain hydrocarbons, fatty acids, and esters, yielding an extremely low surface energy of ~20 to 25 mN/m. When raw water mixtures (which possess an exceptionally high surface tension of ~72.8 mN/m) are applied without an adjuvant, high interfacial tension causes the liquid to form tense, spherical beads that roll off under gravity. This physical repel mechanism carries away your premium spore inoculants and leaves the crop entirely vulnerable.

Untreated

High Contact Angle

Water forms tense, spherical beads (Lotus Effect) resulting in runoff and lost spores.

Expolyol Treated

Zero Contact Angle

Liquid flattens into a 100% uniform, microscopic biofilm, maximizing spore contact.

1. Non-Ionic Membrane Safety

Standard household detergents, potassium coco-soaps, or charged ionic spreaders possess highly reactive electrical charges. These charges interact directly with and physically rupture the delicate, selectively permeable phospholipid-bilayer cell membranes of your beneficial living microbes, causing rapid cell lysis and total biological death. Because NH Expolyol is entirely **Non-Ionic**, it carries a completely neutral electrical charge, lowering surface tension down to ≤ 30 mN/m without disrupting membrane integrity or denaturing critical structural proteins.

2. Homogeneous Spore De-clumping

Micronized bio-control powders are naturally hydrophobic, prone to severe cohesive clustering and agglomeration when introduced to water tanks due to molecular van der Waals forces. NH Expolyol functions as an exceptional dispersion stabilizer. By aligning its lipophilic alkyl tails with the hydrophobic spore walls and pointing its hydrophilic polyoxyethylene heads into the aqueous base, it creates a robust steric barrier that keeps every single spore individually suspended across the water column, preventing tank precipitation and ensuring an even dosage on the plant.

3. High-Performance Ester Purity

Industrial agricultural adjuvants often contain heavy metal traces, residual petroleum distillates, or chemical preservatives that trigger leaf phytotoxicity and choke sensitive leaf stomata. Formulated with high-purity Ethoxylated Polyol Ester, our solution degrades purely into harmless, plant-assimilable carbon. It leaves zero chemical flavor profiles on sensitive crops, supports safe gas exchange, and fully complies with global food security standards.

Mandatory Formulation Match

NH Expolyol is strictly MANDATORY for the preparation of the following bio-control products to ensure proper spore anchoring and waxy cuticle penetration:

9 Required Formulations Scroll down

Chitin Dissolution (Epicuticular Contact)

NH Bebass: Crucial to break insect cuticle wax.

Foliar Canopy & Chewing Insect Shields

NH Hannah: Ensures ingestion of beetle matrix.
NH Aizure: Anchors larval crystals to waxy leaves.
NH Caternix: Locks UV-shielded polymers to canopy.
NH Subamo: Supports dual-action pest and mildew grip.

Biofilms & Thermal Shields

NH Amylis: Spreads protective lipopeptide film.
NH Pumiforte: Maintains uniform heat stress shield.
NH Liformix: Aids media spray wetting.
NH Leonteros: Guarantees lateral colonization.

Ensure 1 mL per 1 Liter of finished mix is maintained.

Operational Directive: The "Last-In" Rule

To prevent excessive foaming and ensure homogeneous dispersion, NH Expolyol must be added LAST to the mixing container. Do not agitate water containing surfactant before live powders have dissolved.

01. Base Water Base

02. Spores Bio-Control Powder

03. Fuel Sugar Catalyst

04. Film NH Expolyol

Fluid Dynamics of Surfactant Foaming: Lowering water’s surface tension naturally makes it easier to trap air molecules. When surfactants are mixed with water and subjected to mechanical shear (such as vigorous shaking or high-pressure tank agitation), gas is rapidly entrained into the solution. Surfactant molecules align instantly at this new air-water boundary, pointing their hydrophobic tails into the air bubble and their hydrophilic heads into the water. This forms a robust elastic film (the *Gibbs-Marangoni effect*) that stabilizes the bubble wall and creates a persistent, space-choking foam.

The Molecular "Last-In" Rationale: By following this strict operational sequence, you allow our micronized spore powders and energy-rich sugar matrices to fully dissolve in clean, uncompromised water first. Because the water’s surface tension is still high (~72.8 mN/m), bubbles break apart instantly instead of forming foam. Once these solids are completely suspended, adding NH Expolyol *last* with a gentle, non-pressurized stir allows the wetting agent to coat the suspended spores and establish a clean microscopic biofilm without generating any volume-locking foam.

FOAM CONTROL NOTE: Introducing surfactants early under pressurized water creates rapid foam production, locking up container volume. Keep this sequence strictly observed.

The Cuticle Barrier

Hydrophobic Repulsion

Waxy plant cuticles form a highly hydrophobic surface composed of long-chain hydrocarbons and esters, giving it a very low surface energy of ~20 to 25 mN/m. When raw water mixtures (which possess an exceptionally high surface tension of ~72.8 mN/m) are applied without an adjuvant, high interfacial tension causes the liquid to form tense, spherical beads that roll off under gravity. This physical repel mechanism carries away your premium spore inoculants and leaves the crop entirely vulnerable.

WITHOUT NH EXPOLYOL

High Contact Angle

Water forms tense, spherical beads (Lotus Effect) resulting in runoff and lost spores.

ADJUVANT

NH EXPOLYOL

120 mL Format

Non-ionic polyol ester adjuvant designed to secure absolute spore adherence and foliar wetting on waxy leaves.

Expolyol Treated

Zero Contact Angle

Liquid flattens into a 100% uniform, microscopic biofilm, maximizing spore contact.

Active Protocol Generator

Dose & Dilution Framework

Calibrate precise deployment mixtures, water preparation benchmarks, and target spray volumes.

Critical Water Preparation Directive

Municipal tap water contains active chemical biocides designed to kill microbes. Mixing NutriHydro bio-control vectors into untreated tap water causes immediate biological neutralization of the living spores.

Passive Air-Stripping: Pour tap water into a shallow, wide-mouth container. Let it stand uncovered for 24 to 48 hours. Ambient sunlight exposure accelerates the release of free chlorine gas molecules.

Forced Active Aeration: Drop an aquarium pump with an integrated micro-pore air stone to the base of the water column. Bubble aggressively for 2 to 4 hours to force rapid molecular gas displacement.

Chloramine Elimination Shield: Chloramine complexes do not gas off. If your city report notes chloramines, treat water through catalytic carbon filtration or add 1,000 mg of pure Ascorbic Acid (Vitamin C) per 40 gallons (150L) of tank water to instantly break bonds safely.

Select Active Formulation Parameters

Cultivation Environment

Target Biological Agent

Total Application Volume (Liters)

Required Active Inputs

10 Liters Total

NH Hannah

Foliar Priority

Operational Timeline Alert: Complete biological application run within 4 hours following completion of starter batch incubation.

Official Storefront Channels

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Proprietary H-Series Protebiosis Matrix

NH Hannah

Loading formulation specifications...

1 1x 90g Micronized Pack

2 Wetting Agent Substrate

3 Nitrogen-Purged Shield

4 0-Hour Harvest Clearance

1. Choose Bio-Control Variant:

+ Includes companion NH Expolyol spreader-sticker package

Accompanying Config Price

₱499 ₱550

Capacity Guide: Saves 10%. Standard 90g micronized formulation. Ideal for targeting specific, active localized pest or root rot pressure. Makes up to 90 Liters of mix.

Live Spore Viability Warning: Store in a cool, dark room under 85°F (29°C) once delivered to maintain the premium colonization rates.

2. Select Store Outlet:

NH Shop Shopee Lazada TikTok

Living Chemistry: Precision Protection for Every Environment.

Environment-Specific Engineering

System Adaptation Targets

Tier I: Reservoir Elite

Tier II: Foliar Priority

Tier III: Drench Specialized

The Physics of Non-Toxic Defense