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Next generation controlled release fertilizer
THE SCIENCE OF PRECISE NUTRITION.
NEXTCOATE® brings TC-SPX™ hybrid resin + sulfur coating technology to professional agriculture, ornamentals, turf and nursery production — engineered to deliver nutrients steadily throughout the growing cycle.
01 — CORE TECHNOLOGY
Precision begins at the surface.
The TC-SPX™ system brings together the protective resin structure and sulfur-based functional support in a hybrid, semi-permeable coating designed to manage the release of nutrients over time.
A SMARTER COATING CONCEPT
Two materials. One controlled delivery system.
Resin membrane
Creates the semi-permeable protective layer that controls water access and nutrient diffusion.
Sulfur-based support
Contributes to the coating structure and can support root-zone conditions and micronutrient availability.
Balanced nutrient feeding
Helps reduce sharp nutrient peaks and supports sustained supply over a selected release period.
02 — MANUFACTURING TECHNOLOGY
Engineered at every stage.
Our process philosophy focuses on uniform granules, stable coating adhesion, thermal stabilization and release-quality checks.
Granule Preparation
Selection and sizing of NPK granules for even surface coverage.
Surface Conditioning
Preparation for uniform coating adhesion across the granule.
Hybrid Layer Formation
Application of TC-SPX™ resin and sulfur-based coating components.
Thermal Stabilization
Controlled hot-air curing to stabilize the coating layers.
Quality Verification
Checks covering SGN, hardness, dust content and release behavior.
03 — THE RELEASE MECHANISM
From water entry to root uptake.
Four simple steps explain the science behind a semi-permeable controlled-release granule.
01 / Water penetration
Water enters the coated granule through the membrane.
02 / Core dissolution
Nutrients dissolve inside the granule and form an internal solution.
03 / Regulated diffusion
Nutrients diffuse outward at a rate influenced by temperature and coating.
04 / Plant uptake
Roots take up nutrients steadily as the feeding cycle progresses.
04 — RELEASE PERFORMANCE
See the difference in the release curve.
Compare an illustrative conventional soluble-fertilizer spike with gradual NEXTCOATE-style release. Select a target program to explore its relative duration.
Illustrative, normalized profiles only — not a laboratory release dataset or measured product performance.
NUTRIENT EFFICIENCY
Steadier availability throughout the cycle.
Reduced initial peak
The coating restricts immediate nutrient dissolution compared with uncoated soluble granules.
Extended feeding window
Defined release programs support nutrition planning over weeks or months.
Temperature responsive
Warm growing conditions generally accelerate release; cooler conditions slow it.
05 — GROWING MARKETS
Designed for high-value growing systems.
From ornamental nurseries to landscape trees and vegetable seedlings, NEXTCOATE serves applications where predictable nutrition and operational efficiency matter.
06 — QUALITY ASSURANCE
Quality is more than NPK.
Control of the physical granule matters as much as the nutrient formula itself.
SGN Consistency
Uniform granule sizing promotes even application and coating consistency.
Mechanical Strength
Hardness checks help reduce breakage during handling and transport.
Low Dust
Cleaner, lower-dust granules support product handling and coating integrity.
Release Testing
Release checks help validate batch consistency against defined production specifications.
07 — APPLICATION GUIDANCE
Recommended application rates.
Indicative rates from the NEXTCOATE technical presentation. Final dosage depends on growing media, irrigation, climate, release longevity and crop nutrient demand.
| Application | Recommended Rate |
|---|---|
| Seedlings (Plug Trays) | 1.0–2.0 kg/m³ |
| Young Potted Plants | 2.0–3.0 kg/m³ |
| Ornamental Potted Plants | 3.0–5.0 kg/m³ |
| Container Nursery Stock | 3.0–6.0 kg/m³ |
| Trees & Shrubs | 4.0–7.0 kg/m³ |
| Large Containers | 4.0–8.0 kg/m³ |
| Top Dressing | 2–8 g/L of pot volume |
| Planting Hole Application | 20–100 g/plant |
| Landscape Planting | 40–120 g/plant |
| Turf Establishment | 25–50 g/m² |
