Professional Commercial-Grade Formulation

NH CalMag
Buffer +

Hyper-Concentrated Mineral Foundation

Neutralize toxic sea salts in raw cocopeat and correct sudden calcium-magnesium depletion in active hydroponic reservoirs. Engineered exclusively for professional automated irrigation & CEA systems in humid tropical climates.

Active Density 825g / Liter
Pure Minerals Zero-Foam
Trace Matrix DTPA Iron & Mn
Guaranteed Analysis
pH Buffered
Total Nitrogen (N) (100% Nitrate) 11.05%
Calcium (Ca) (Nitrate Base) 9.50%
Magnesium (Mg) (Nitrate Base) 2.88%
Iron (Fe) (DTPA Chelated) 2,200 ppm
Manganese (Mn) (Complexed) 600 ppm
📋 No Ammonium Content Contains 0.0% Ammonium Nitrogen, humectants, or biological stabilizers. Strictly clean-running mineral nitrates designed to avoid chemical clogging or line slime.

Hyper-Concentrated Mass Action

Packs exactly 825 grams of highly soluble agricultural solids per liter. This establishes a massive electrochemical gradient, forcing raw cocopeat fibers to shed heavy levels of toxic sodium and potassium.

Zero-Foam Clean Formulation

Designed specifically for commercial agricultural injectors, micro-drip manifolds, and recirculating NFT lines. No foaming agents or heavy organic additions means absolutely zero biofilms or pump vapor-locks.

DTPA Iron & Manganese Synergy

Keeps essential trace elements bioavailable even during localized pH spikes up to 6.5+. Maintained at a precise 3.6 to 1 ratio to secure rapid, dark-green canopy photosynthesis without mineral lockouts.

Pathway A

Pre-Planting Substrate Buffer

Cation Exchange Stabilization

⚠️ The Danger (Raw Peat)

Raw cocopeat is naturally highly saturated with sodium (Na+) and potassium (K+). If left unbuffered, it works as a chemical magnet, pulling the Calcium and Magnesium straight out of your plant's fertilizer and replacing it with toxic sodium.

✅ The Solution

Drenching substrate with this concentrated minerals forces a mass exchange. Heavy divalent cations saturate the fiber, ejecting sodium to be flushed safely out of the drain holes.

Pathway B

Active Hydroponic Amendment

Mid-Cycle Deficiency Correction

⚠️ The Danger (Late Vegetative Phase)

During rapid vegetative flushes or high fruit-set transitions, plants build cell walls and chlorophyll faster than base nutrients supply them. This results in pale apical meristems, yellowing leaves (severe interveinal chlorosis), and structural collapse like Blossom End Rot.

✅ The Solution

Adding a precision 0.5 mL to 1.0 mL per Liter amendment to active systems rapidly restores Ca2+ and Mg2+. The purely nitrate-based formulation actively pulls cations through root membranes alongside it.

a
Visual Chemistry

Interactive Cation Exchange Capacity (CEC) Simulator

Raw cocopeat is filled with microscopically charged fibers carrying strong negative charges (CEC-). These sites are initially clogged with lighter, highly toxic Monovalent Sodium (Na+) and Potassium (K+) salts.

Deploying NH CalMag Buffer + introduces a high concentration of highly charged Divalent Calcium (Ca2+) and Magnesium (Mg2+). Through raw mass-action chemistry, these heavier ions forcefully push toxic salts out of the fiber grid.

Sodium (Na+) - Toxic, causes severe root tip burn
Calcium (Ca2+) - Bound safely, stabilizing peat fibers
Magnesium (Mg2+) - Bound safely, feeds early roots
Substrate Micro-Environment State: Unbuffered Raw Peat
Irrigation Drench Zone
Drench is empty. Press "Pump Buffer" to supply divalent cations.
Peat Humic Fiber (CEC Charger Grid)
Site A⁻
Na⁺
Site B⁻
K⁺
Site C⁻
Na⁺
Site D⁻
Na⁺
Site E⁻
K⁺
Leachate Drainage Zone
Drainage is clear. No sodium leach detected.
💡 Physical Process Update: Substrate fiber is currently fully clogged with light salts. Unbuffered peat is hydrophobic and highly toxic to root expansion. Press "Pump NH CalMag Buffer" to run the displacement.
💻 Interactive Crop Simulator: Try adjusting the values below!
Step 1: Choose Your Application Pathway

Substrate Buffer Inputs

Live Tool

Calculate exactly how much buffer fluid is required for raw bulk substrate bags.

✏️ Type to change
📢 Saturation Estimate

Raw uncompacted dry cocopeat typically requires an equivalent volume of solution to secure deep saturation and achieve the mandatory 30% drainage (leachate).

Execution Metrics

Target rates based on commercial agronomic standards.

PATHWAY A
Required CalMag Buffer + 2.00 Liters Based on 2.0 mL per L dosing rate.
Water Volume Base 1,000 L Ensures optimal substrate runoff.
Applied Root-Zone Chemistry Profile EC: N/A
Nitrate N
221.0 ppm
Calcium Ca
190.0 ppm
Magnesium Mg
57.6 ppm
Chelated Fe
4.4 ppm
Manganese Mn
1.25 ppm

* Calculations assume highly purified starting base water (0 EC). Iron source is DTPA chelate. Calcium & Magnesium are 100% Nitrate-bound.

Commercial SOP Guidance:

Flood the dry substrate bag heavily until leachate run-off reaches 30% out the base. Turn off lines and allow to stand for 24 to 48 hours for displacement to take physical effect.

1 Pre-Planting Buffer SOP

Pathway A
  1. Initial Flush: Thoroughly drench dry cocopeat with plain clean water until raw brown tannins run clear and the fiber expands.
  2. Solution Mix: Dilute exactly 2.0 mL of NH CalMag Buffer + per 1 Liter of clean drench water.
  3. Saturate Medium: Wet the cocopeat heavily until at least 30% run-off (leachate) occurs at the base of the bag/pots.
  4. The Displacement Window: Halt all watering. Leave the substrate standing undisturbed for 24 to 48 hours. This allows Calcium and Magnesium to chemically replace the Sodium inside the peat.
  5. Final Seedling Prep: Briefly flush with standard nutrient formula before transplanting your seedlings to wash away displaced sodium.

2 Hydroponic Supplement SOP

Pathway B
  1. Trigger Phase: Monitor crops during explosive vegetative canopy flushes or sudden fruit-set transitions. Confirm pale top meristems or yellowing.
  2. Circulation & Aeration: Ensure the active main reservoir has high recirculating circulation/aeration before amending to guarantee rapid blending.
  3. The Pre-Dilution Rule: CRITICAL: Never pour concentrated CalMag directly into a nutrient tank containing phosphorus or sulfates. Mix your dose in a clean bucket of water first, then add.
  4. Precise Tank Dosing: Add 0.5 mL to 1.0 mL per 1 Liter of tank water. (A 1.0 mL/L dose raises reservoir EC by ~0.4 mS/cm).
  5. Nitrate Monitoring: Because the formula delivers Nitrate Nitrogen, monitor canopy push. Do not use during ripening phases or low light stretch.

Critical Foliar Warning

NH CalMag Buffer + contains premium, raw agricultural nitrates designed strictly for root-zone and substrate buffering. Under no circumstances should this formulation be deployed as a foliar spray during direct sunlight windows or high humidity/temperatures. Failure to comply will result in severe necrotic leaf scorch due to the hyper-concentrated salt index. For foliar rescue, use NH Bio CalMag Protect + instead.

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