Labsa full form

Labsa full form reference image:

Our labsa breakthrough core technology is used in the pesticide industry. It has the following advantages and formulas.

Innovative formulations and processes

Formula 1: Acid-responsive bactericidal microcapsules (for the prevention and treatment of anthrax)

Components Functional design

Core

Azoxystrobin technical 15%

LABSA 96% 8% (pH-responsive heating element)

Wall material

Poly(N-isopropylacrylamide) Thermosensitive material (LCST=52℃)

Chitosan-sodium alginate pH sensitive membrane (disintegration at pH>8.5)

Synergist

Nano cerium oxide 0.5% (light shielding + ROS removal)

Key process:

High-pressure microfluidic embedding (particle size 3.5±0.2μm)

Freeze-dried to obtain a flowing powder (water content <1.5%)

Field data:

Anthracnose control effect 96.8% (conventional suspension is 82.3%)

Retention efficiency after rainwater flushing>90% (national standard ≥70%)

Formula 2: Alkali-triggered herbicide water-dispersible granules (resistant barnyardgrass control)

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Cyhalofop-butyl technical: 12%

LABSA 96%: 6% (trigger carrier)

Tetramethylguanidine: 3% (pH regulator, maintain formulation pH=3.0)

Sodium lignin sulfonate: 4% (disintegrant)

Attapulgite: replenish to 100% (adsorption carrier)

Action logic:

Weed leaf surface pH = 7.0-7.5 → contact with the agent → LABSA proton transfer → local pH drops to 4.2 → open stomata → the agent directly guides the meristem

Advantages of resistance management:

The control effect of ACCase inhibitor-resistant barnyard grass increased from 38% to 89%

The dosage was reduced by 55% (the effective ingredient per mu dropped from 15g to 6.75g)

Key performance comparison

Indicators LABSA 96% system Traditional emulsifiable concentrate/suspension concentrate

Targeted release accuracy Disease area concentration ↑8.3 times Uniform distribution throughout the leaf

Rainwater erosion loss rate ≤12% (1h rainstorm simulation) 35-50%

UV half-life (h) 11.6 2.3

Ladybug mortality (LC₅₀) >5000mg/L (100 times the actual use concentration) 1200mg/L

Sustainable breakthrough

1. Microcapsule regeneration technology

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Residual microcapsules after application → Rainwater pH=5.6 → Automatically settle in soil → Microorganisms secrete esterase → Decompose wall materials (half-life 21 days)

2. Metabolic pathway optimization

LABSA is converted into alkylbenzenesulfonate glucoside in plants (LC-MS verification) → Decomposed into CO₂+H₂O by β-glucosidase (no soil residue)

Application scenario expansion

Scenario 1: Seed treatment agent

LABSA 96% (2%) + thiamethoxam (30%) → Form an acidic protective film (pH=3.5)

Inhibit seed rot bacteria (prevention effect 99.1%), promote root growth↑35%

Scenario 2: UAV flight control synergist

Add 0.3% LABSA 96% → The surface tension of the liquid medicine was reduced to 28.1mN/m

Droplet drift was reduced by 62% (wind speed 5m/s environment)