PLANT GROWTH RETARDANTS FORMULATIONS ENCYCLOPEDIA
| Format | : | Hard Book & E book (PDF) |
| Editor | : | MCB BOOKS |
| ISBN | : | 978-625-90156-3-7 |
| Cover | : | Hard Cover ( Clorored) |
| Number of Pages | : | 385 Pages |
| Publication Date | : | 2026 |
| Copyright | : | MCB BOOKS |
Price range: $270,00 through $350,00
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PLANT GROWTH RETARDANTS FORMULATIONS ENCYCLOPEDIA is a highly specialized technical resource developed for professionals who aim to formulate, produce, and apply plant growth retardant systems with precision and consistency. The content of this encyclopedia has been created through detailed, formulation-by-formulation analysis, ensuring that each system reflects real agricultural practices, plant physiological responses, and industrial production standards. All formulations are prepared on a 100 kg production basis, allowing direct scalability and seamless transition into commercial manufacturing. The scope includes a wide range of growth retardant systems such as chlormequat chloride solutions, paclobutrazol formulations, trinexapac-ethyl systems, and other advanced growth control compounds designed to regulate plant height, reduce excessive vegetative growth, improve crop uniformity, and enhance resistance to lodging. Each formulation clearly identifies commercially available raw materials, supported by CAS numbers, and provides detailed functional explanations, enabling users to fully understand the mechanisms of action, including inhibition of gibberellin biosynthesis, control of stem elongation, and optimization of plant architecture.
In addition to formulation data, the encyclopedia provides comprehensive application guidelines for every product, including how the product should be used, which crops it is suitable for, and precise dosage recommendations. Detailed usage programs are included for a wide range of crops such as cereals, turf grass, ornamental plants, greenhouse crops, and fruit trees, ensuring optimal performance under different agricultural conditions. Each formulation is also supported by step-by-step production processes, clearly defining the sequence of raw material addition, mixing conditions, and critical control points required to achieve stable and effective products. This structured approach minimizes production errors while ensuring consistency, shelf stability, and reliable field performance. By analyzing each formulation individually, users gain not only ready-to-use production systems but also the technical capability to modify, optimize, or develop new formulations tailored to specific crop requirements, growth stages, and regional practices. For entrepreneurs, this encyclopedia provides a strong entry point into the plant growth regulator market, while for established manufacturers, it serves as a powerful R&D and product development tool. Ultimately, this work is not just a collection of formulations, but a complete technical and commercial guide integrating plant physiology, formulation science, and industrial production methodology.
MCB Product Development Team
CHLORMEQUAT CHLORIDE BASED FORMULATIONS
1 – Chlormequat Chloride 40% SL Liquid Growth Retardant for Compact Plant Growth Formulation and Industrial Production Process
2 – Application Guidelines and Field Usage Program For Maximum Efficiency
3 – Technical Properties, Mode of Action and Effects on Crops
4 – High-Stability Chlormequat Chloride Concentrate for Field Crop Growth Regulation Formulation and Industrial Production Process
5 – Application Guidelines and Field Usage Program For Maximum Efficiency
6 – Technical Properties, Mode of Action and Effects on Crops
7 – Chlormequat Chloride Suspension Concentrate (SC) for Compact Plant Growth Formülerin and Industrial Production Process
8 – Application Guidelines and Field Usage Program For Maximum Efficiency
9 – Technical Properties, Mode of Action and Effects on Crops
10 – Fast-Absorbing Chlormequat Chloride Foliar Spray for Compact Plant Growth Formulation and Industrial Production Process
11 – Application Guidelines and Field Usage Program For Maximum Efficiency
12 – Technical Properties, Mode of Action and Effects on Crops
13 – Surfactant-Enhanced Chlormequat Chloride System for Compact Plant Growth Formulation and Industrial Production Process
14 – Application Guidelines and Field Usage Program For Maximum Efficiency
15 – Technical Properties, Mode of Action and Effects on Crops
16 – Chlormequat-Based Greenhouse Plant Compact Growth Regulator Formulation and Industrial Production Process
17 – Application Guidelines and Field Usage Program For Maximum Efficiency
18 – Technical Properties, Mode of Action and Effects on Crops
19 – Controlled Release Chlormequat Chloride Blend for Compact Plant Growth Formulation and Industrial Production Process
20 – Application Guidelines and Field Usage Program For Maximum Efficiency
21 – Technical Properties, Mode of Action and Effects on Crops
22 – Cotton Growth Control Chlormequat Chloride Formulation and Industrial Production Process
23 – Application Guidelines and Field Usage Program For Maximum Efficiency
24 – Technical Properties, Mode of Action and Effects on Crops
25 – Wheat Lodging Prevention Chlormequat Blend Formulation and Industrial Production Process
26 – Application Guidelines and Field Usage Program For Maximum Efficiency
27 – Technical Properties, Mode of Action and Effects on Crops
28 – High Efficiency Chlormequat Chloride EC Formulation and Industrial Production Process
29 – Application Guidelines and Field Usage Program For Maximum Efficiency
30 – Technical Properties, Mode of Action and Effects on Crops
PACLOBUTRAZOL BASED FORMULATIONS
31 – Paclobutrazol 25% SC Plant Growth Retardant Formulation and Industrial Production Process
32 – Application Guidelines and Field Usage Program For Maximum Efficiency
33 – Technical Properties, Mode of Action and Effects on Crops
34 – Long Residual Paclobutrazol Soil Drench Formulation and Industrial Production Process
35 – Application Guidelines and Field Usage Program For Maximum Efficiency
36 – Technical Properties, Mode of Action and Effects on Crops
37 – Paclobutrazol Microemulsion (ME) Advanced System Formulation and Industrial Production Process
38 – Application Guidelines and Field Usage Program For Maximum Efficiency
39 – Technical Properties, Mode of Action and Effects on Crops
40 – High Penetration Paclobutrazol Foliar Spray Formulation and Industrial Production Process
41 – Application Guidelines and Field Usage Program For Maximum Efficiency
42 – Technical Properties, Mode of Action and Effects on Crops
43 – Fruit Tree Growth Control Paclobutrazol Formulation and Industrial Production Process
44 – Application Guidelines and Field Usage Program For Maximum Efficiency
45 – Technical Properties, Mode of Action and Effects on Crops
46 – Paclobutrazol + Organic Carrier Stabilized Formulation and Industrial Production Process
47 – Application Guidelines and Field Usage Program For Maximum Efficiency
48 – Technical Properties, Mode of Action and Effects on Crops
49 – Controlled Release Paclobutrazol Granule Formulation and Industrial Production Process
50 – Application Guidelines and Field Usage Program For Maximum Efficiency
51 – Technical Properties, Mode of Action and Effects on Crops
52 – Nursery Plant Height Control Paclobutrazol Blend Formulation and Industrial Production Process
53 – Application Guidelines and Field Usage Program For Maximum Efficiency
54 – Technical Properties, Mode of Action and Effects on Crops
55 – Turf Growth Regulation Paclobutrazol Formulation and Industrial Production Process
56 – Application Guidelines and Field Usage Program For Maximum Efficiency
57 – Technical Properties, Mode of Action and Effects on Crops
58 – Ultra Stable Paclobutrazol Liquid Concentrate Formulation and Industrial Production Process
59 – Application Guidelines and Field Usage Program For Maximum Efficiency
60 – Technical Properties, Mode of Action and Effects on Crops
MEPIQUAT CHLORIDE BASED FORMULATIONS
61 – Mepiquat Chloride 5% SL Cotton Growth Regulator Formulation and Industrial Production Process
62 – Application Guidelines and Field Usage Program For Maximum Efficiency
63 – Technical Properties, Mode of Action and Effects on Crops
64 – High Performance Mepiquat Chloride Foliar Spray Formulation and Industrial Production Process
65 – Application Guidelines and Field Usage Program For Maximum Efficiency
66 – Technical Properties, Mode of Action and Effects on Crops
67 – Mepiquat Chloride + Nutrient Combination Formulation and Industrial Production Process
68 – Application Guidelines and Field Usage Program For Maximum Efficiency
69 – Technical Properties, Mode of Action and Effects on Crops
70 – Rapid Uptake Mepiquat Chloride Solution Formulation and Industrial Production Process
71 – Application Guidelines and Field Usage Program For Maximum Efficiency
72 – Technical Properties, Mode of Action and Effects on Crops
73 – Mepiquat Chloride Concentrate for Dense Crop Growth Formulation and Industrial Production Process
74 – Application Guidelines and Field Usage Program For Maximum Efficiency
75 – Technical Properties, Mode of Action and Effects on Crops
76 – Stabilized Mepiquat Chloride Storage Formulation and Industrial Production Process
77 – Application Guidelines and Field Usage Program For Maximum Efficiency
78 – Technical Properties, Mode of Action and Effects on Crops
79 – Cotton Yield Optimization Mepiquat Formulation and Industrial Production Process
80 – Application Guidelines and Field Usage Program For Maximum Efficiency
81 – Technical Properties, Mode of Action and Effects on Crops
82 – Mepiquat Chloride Microemulsion Blend Formulation and Industrial Production Process
83 – Application Guidelines and Field Usage Program For Maximum Efficiency
84 – Technical Properties, Mode of Action and Effects on Crops
85 – Rainfast Mepiquat Chloride Spray Formulation and Industrial Production Process
86 – Application Guidelines and Field Usage Program For Maximum Efficiency
87 – Technical Properties, Mode of Action and Effects on Crops
88 – Economical Mepiquat Chloride Formulation and Industrial Production Process
89 – Application Guidelines and Field Usage Program For Maximum Efficiency
90 – Technical Properties, Mode of Action and Effects on Crops
DAMINOZIDE (B-NINE) FORMULATIONS
91 – Daminozide Water Soluble Powder (SP) Formulation and Industrial Production Process
92 – Application Guidelines and Field Usage Program For Maximum Efficiency
93 – Technical Properties, Mode of Action and Effects on Crops
94 – Ornamental Plant Compact Growth Daminozide Formulation and Industrial Production Process
95 – Application Guidelines and Field Usage Program For Maximum Efficiency
96 – Technical Properties, Mode of Action and Effects on Crops
97 – Daminozide + Surfactant Spray Liquid Formulation and Industrial Production Process
98 – Application Guidelines and Field Usage Program For Maximum Efficiency
99 – Technical Properties, Mode of Action and Effects on Crops
100 – Greenhouse Growth Retardant Daminozide Liquid Formulation and Industrial Production Process
101 – Application Guidelines and Field Usage Program For Maximum Efficiency
102 – Technical Properties, Mode of Action and Effects on Crops
103 – High Purity Daminozide Technical Blend Formulation and Industrial Production Process
104 – Application Guidelines and Field Usage Program For Maximum Efficiency
105 – Technical Properties, Mode of Action and Effects on Crops
106 – Slow Release Daminozide Granular Formulation and Industrial Production Process
107 – Application Guidelines and Field Usage Program For Maximum Efficiency
108 – Technical Properties, Mode of Action and Effects on Crops
109 – Flowering Control Daminozide Blend Formulation and Industrial Production Process
110 – Application Guidelines and Field Usage Program For Maximum Efficiency
111 – Technical Properties, Mode of Action and Effects on Crops
112 – Daminozide Stability Enhanced Solution Formulation and Industrial Production Process
113 – Application Guidelines and Field Usage Program For Maximum Efficiency
114 – Technical Properties, Mode of Action and Effects on Crops
115 – Nursery Crop Growth Retardant Daminozide Formulation and Industrial Production Process
116 – Application Guidelines and Field Usage Program For Maximum Efficiency
117 – Technical Properties, Mode of Action and Effects on Crops
118 – Commercial Grade Daminozide Concentrate Formulation and Industrial Production Process
119 – Application Guidelines and Field Usage Program For Maximum Efficiency
120 – Technical Properties, Mode of Action and Effects on Crops
ETHEPHON BASED FORMULATIONS
121 – Ethephon 48% SL Growth Regulation Formulation and Industrial Production Process
122 – Application Guidelines and Field Usage Program For Maximum Efficiency
123 – Technical Properties, Mode of Action and Effects on Crops
124 – Fruit Ripening&Growth Control Ethephon Blend Formulation and Industrial Production Process
125 – Application Guidelines and Field Usage Program For Maximum Efficiency
126 – Technical Properties, Mode of Action and Effects on Crops
127 – Ethephon + Penetration Enhancer Spray Formulation and Industrial Production Process
128 – Application Guidelines and Field Usage Program For Maximum Efficiency
129 – Technical Properties, Mode of Action and Effects on Crops
130 – Stabilized Ethephon Storage Formulation and Industrial Production Process
131 – Application Guidelines and Field Usage Program For Maximum Efficiency
132 – Technical Properties, Mode of Action and Effects on Crops
133 – Multi-Purpose Ethephon Agricultural Solution Formulation and Industrial Production Process
134 – Application Guidelines and Field Usage Program For Maximum Efficiency
135 – Technical Properties, Mode of Action and Effects on Crops
136 – Ethephon Microencapsulation System Formulation and Industrial Production Process
137 – Application Guidelines and Field Usage Program For Maximum Efficiency
138 – Technical Properties, Mode of Action and Effects on Crops
139 – Controlled Ethylene Release Ethephon Formulation and Industrial Production Process
140 – Application Guidelines and Field Usage Program For Maximum Efficiency
141 – Technical Properties, Mode of Action and Effects on Crops
142 – Ethephon + Nutrient Synergy Formulation and Industrial Production Process
143 – Application Guidelines and Field Usage Program For Maximum Efficiency
144 – Technical Properties, Mode of Action and Effects on Crops
145 – High Activity Ethephon Concentrate Formulation and Industrial Production Process
146 – Application Guidelines and Field Usage Program For Maximum Efficiency
147 – Technical Properties, Mode of Action and Effects on Crops
148 – Banana Ripening Ethephon Specialized Formulation and Industrial Production Process
149 – Application Guidelines and Field Usage Program For Maximum Efficiency
150 – Technical Properties, Mode of Action and Effects on Crops
UNICONAZOLE BASED FORMULATIONS
151 – Uniconazole SC High Efficiency Growth Retardant Formulation and Industrial Production Process
152 – Application Guidelines and Field Usage Program For Maximum Efficiency
153 – Technical Properties, Mode of Action and Effects on Crops
154 – Ornamental Plants Uniconazole Spray Formulation and Industrial Production Process
155 – Application Guidelines and Field Usage Program For Maximum Efficiency
156 – Technical Properties, Mode of Action and Effects on Crops
157 – Ultra Low Dose Uniconazole Micro Liquid Formulation and Industrial Production Process
158 – Application Guidelines and Field Usage Program For Maximum Efficiency
159 – Technical Properties, Mode of Action and Effects on Crops
160 – Uniconazole + Wetting Agent Advanced System Formulation and Industrial Production Process
161 – Application Guidelines and Field Usage Program For Maximum Efficiency
162 – Technical Properties, Mode of Action and Effects on Crops
163 – Turf Grass Growth Retardant Uniconazole Formulation and Industrial Production Process
164 – Application Guidelines and Field Usage Program For Maximum Efficiency
165 – Technical Properties, Mode of Action and Effects on Crops
166 – Long Duration Uniconazole Soil Application Formulation and Industrial Production Process
167 – Application Guidelines and Field Usage Program For Maximum Efficiency
168 – Technical Properties, Mode of Action and Effects on Crops
169 – Greenhouse Compact Plant System (Uniconazole) Formulation and Industrial Production Process
170 – Application Guidelines and Field Usage Program For Maximum Efficiency
171 – Technical Properties, Mode of Action and Effects on Crops
172 – Uniconazole Nanoemulsion Formulation and Industrial Production Process
173 – Application Guidelines and Field Usage Program For Maximum Efficiency
174 – Technical Properties, Mode of Action and Effects on Crops
175 – Premium Uniconazole Concentrate Blend Formulation and Industrial Production Process
176 – Application Guidelines and Field Usage Program For Maximum Efficiency
177 – Technical Properties, Mode of Action and Effects on Crops
178 – Uniconazole Controlled Release Capsule Formulation and Industrial Production Process
179 – Application Guidelines and Field Usage Program For Maximum Efficiency
180 – Technical Properties, Mode of Action and Effects on Crops
CHLORPROPHAM (CIPC) FORMULATIONS
181 – Chlorpropham Storage Sprout Inhibitor Formulation and Industrial Production Process
182 – Application Guidelines and Field Usage Program For Maximum Efficiency
183 – Technical Properties, Mode of Action and Effects on Crops
184 – Potato Sprout Control Chlorpropham EC Formulation and Industrial Production Process
185 – Application Guidelines and Field Usage Program For Maximum Efficiency
186 – Technical Properties, Mode of Action and Effects on Crops
187 – Chlorpropham Fogging Application Formulation and Industrial Production Process
188 – Application Guidelines and Field Usage Program For Maximum Efficiency
189 – Technical Properties, Mode of Action and Effects on Crops
190 – Post-Harvest Growth Retardant Chlorpropham Blend Formulation and Industrial Production Process
191 – Application Guidelines and Field Usage Program For Maximum Efficiency
192 – Technical Properties, Mode of Action and Effects on Crops
193 – Chlorpropham Microemulsion Storage Formulation and Industrial Production Process
194 – Application Guidelines and Field Usage Program For Maximum Efficiency
195 – Technical Properties, Mode of Action and Effects on Crops
196 – Long Shelf Life Chlorpropham Formulation and Industrial Production Process
197 – Application Guidelines and Field Usage Program For Maximum Efficiency
198 – Technical Properties, Mode of Action and Effects on Crops
199 – Industrial Grade Chlorpropham Concentrate Formulation and Industrial Production Process
200 – Application Guidelines and Field Usage Program For Maximum Efficiency
201 – Technical Properties, Mode of Action and Effects on Crops
202 – Chlorpropham Stabilized Liquid Formulation and Industrial Production Process
203 – Application Guidelines and Field Usage Program For Maximum Efficiency
204 – Technical Properties, Mode of Action and Effects on Crops
205 – Anti-Sprouting ChlorprophamTreatment System Formulation and Industrial Production Process
206 – Application Guidelines and Field Usage Program For Maximum Efficiency
207 – Technical Properties, Mode of Action and Effects on Crops
208 – Controlled Release Chlorpropham Technology Formulation and Industrial Production Process
209 – Application Guidelines and Field Usage Program For Maximum Efficiency
210 – Technical Properties, Mode of Action and Effects on Crops
MALEIC HYDRAZIDE FORMULATIONS
211 – Maleic Hydrazide 60% SL Growth Retardant Formulation and Industrial Production Process
212 – Application Guidelines and Field Usage Program For Maximum Efficiency
213 – Technical Properties, Mode of Action and Effects on Crops
214 – Tobacco Sucker Control Maleic Hydrazide Blend Formulation and Industrial Production Process
215 – Application Guidelines and Field Usage Program For Maximum Efficiency
216 – Technical Properties, Mode of Action and Effects on Crops
217 – Sprout Inhibition Maleic Hydrazide Solution Formulation and Industrial Production Process
218 – Application Guidelines and Field Usage Program For Maximum Efficiency
219 – Technical Properties, Mode of Action and Effects on Crops
220 – Maleic Hydrazide + Surfactant Spray Formulation and Industrial Production Process
221 – Application Guidelines and Field Usage Program For Maximum Efficiency
222 – Technical Properties, Mode of Action and Effects on Crops
223 – High Efficiency MaleicHydrazide Concentrate Formulation and Industrial Production Process
224 – Application Guidelines and Field Usage Program For Maximum Efficiency
225 – Technical Properties, Mode of Action and Effects on Crops
226 – Post-Harvest Growth Control MH Formulation and Industrial Production Process
227 – Application Guidelines and Field Usage Program For Maximum Efficiency
228 – Technical Properties, Mode of Action and Effects on Crops
229 – Maleic Hydrazide Granular System Formulation and Industrial Production Process
230 – Application Guidelines and Field Usage Program For Maximum Efficiency
231 – Technical Properties, Mode of Action and Effects on Crops
232 – Stabilized Maleic Hydrazide Storage Formulation and Industrial Production Process
233 – Application Guidelines and Field Usage Program For Maximum Efficiency
234 – Technical Properties, Mode of Action and Effects on Crops
235 – Long Acting Maleic Hydrazide Formulation and Industrial Production Process
236 – Application Guidelines and Field Usage Program For Maximum Efficiency
237 – Technical Properties, Mode of Action and Effects on Crops
238 – Economical Maleic Hydrazide Formulation and Industrial Production Process
239 – Application Guidelines and Field Usage Program For Maximum Efficiency
240 – Technical Properties, Mode of Action and Effects on Crops
TRINEXAPAC-ETHYL FORMULATIONS
241 – Trinexapac-Ethyl 25% EC Turf Growth Regulator Formulation and Industrial Production Process
242 – Application Guidelines and Field Usage Program For Maximum Efficiency
243 – Technical Properties, Mode of Action and Effects on Crops
244 – Lawn Height Control Trinexapac Formulation and Industrial Production Process
245 – Application Guidelines and Field Usage Program For Maximum Efficiency
246 – Technical Properties, Mode of Action and Effects on Crops
247 – High Absorption Trinexapac-Ethyl Spray Formulation and Industrial Production Process
248 – Application Guidelines and Field Usage Program For Maximum Efficiency
249 – Technical Properties, Mode of Action and Effects on Crops
250 – Sports Field Growth Retardant Formulation and Industrial Production Process
251 – Application Guidelines and Field Usage Program For Maximum Efficiency
252 – Technical Properties, Mode of Action and Effects on Crops
253 – Trinexapac-Ethyl + Adjuvant Blend Formulation and Industrial Production Process
254 – Application Guidelines and Field Usage Program For Maximum Efficiency
255 – Technical Properties, Mode of Action and Effects on Crops
256 – Advanced Trinexapac Microemulsion Formulation and Industrial Production Process
257 – Application Guidelines and Field Usage Program For Maximum Efficiency
258 – Technical Properties, Mode of Action and Effects on Crops
259 – Rainfast Trinexapac-Ethyl Formulation and Industrial Production Process
260 – Application Guidelines and Field Usage Program For Maximum Efficiency
261 – Technical Properties, Mode of Action and Effects on Crops
262 – Premium Turf Management Trinexapac System Formulation and Industrial Production Process
263 – Application Guidelines and Field Usage Program For Maximum Efficiency
264 – Technical Properties, Mode of Action and Effects on Crops
265 – Trinexapac-Ethyl Long Residual Formulation and Industrial Production Process
266 – Application Guidelines and Field Usage Program For Maximum Efficiency
267 – Technical Properties, Mode of Action and Effects on Crops
268 – Economical Trinexapac Blend Formulation and Industrial Production Process
269 – Application Guidelines and Field Usage Program For Maximum Efficiency
270 – Technical Properties, Mode of Action and Effects on Crops
NATURAL & BIO-BASED RETARDANT FORMULATIONS
271 – Seaweed-Based Natural Growth Retardant Formulation and Industrial Production Process
272 – Application Guidelines and Field Usage Program For Maximum Efficiency
273 – Technical Properties, Mode of Action and Effects on Crops
274 – Amino Acid Growth Regulation System Formulation and Industrial Production Process
275 – Application Guidelines and Field Usage Program For Maximum Efficiency
276 – Technical Properties, Mode of Action and Effects on Crops
277 – Humic Acid Based Growth Control Formulation and Industrial Production Process
278 – Application Guidelines and Field Usage Program For Maximum Efficiency
279 – Technical Properties, Mode of Action and Effects on Crops
280 – Botanical Extract Growth Retardant Blend Formulation and Industrial Production Process
281 – Application Guidelines and Field Usage Program For Maximum Efficiency
282 – Technical Properties, Mode of Action and Effects on Crops
283 – Organic Certified Growth Retardant Formulation and Industrial Production Process
284 – Application Guidelines and Field Usage Program For Maximum Efficiency
285 – Technical Properties, Mode of Action and Effects on Crops
286 – Plant Extract-Based Compact Growth System Formulation and Industrial Production Process
287 – Application Guidelines and Field Usage Program For Maximum Efficiency
288 – Technical Properties, Mode of Action and Effects on Crops
289 – Bio-Based Nano Growth Retardant Formulation and Industrial Production Process
290 – Application Guidelines and Field Usage Program For Maximum Efficiency
291 – Technical Properties, Mode of Action and Effects on Crops
292 – Eco-Friendly Growth Retardant Liquid Formulation and Industrial Production Process
293 – Application Guidelines and Field Usage Program For Maximum Efficiency
294 – Technical Properties, Mode of Action and Effects on Crops
295 – Microbial Growth Regulation Formulation and Industrial Production Process
296 – Application Guidelines and Field Usage Program For Maximum Efficiency
297 – Technical Properties, Mode of Action and Effects on Crops
298 – Sustainable Agriculture Growth Retardant System Formulation and Industrial Production Process
299 – Application Guidelines and Field Usage Program For Maximum Efficiency
300 – Technical Properties, Mode of Action and Effects on Crops
SPECIALTY & ADVANCED SYSTEMS AND FORMULATIONS
301 – Nano-Technology Growth Retardant Formulation and Industrial Production Process
302 – Application Guidelines and Field Usage Program For Maximum Efficiency
303 – Technical Properties, Mode of Action and Effects on Crops
304 – Controlled Release Polymer Growth Retardant Formulation and Industrial Production Process
305 – Application Guidelines and Field Usage Program For Maximum Efficiency
306 – Technical Properties, Mode of Action and Effects on Crops
307 – Dual Active Growth Retardant System Formulation and Industrial Production Process
308 – Application Guidelines and Field Usage Program For Maximum Efficiency
309 – Technical Properties, Mode of Action and Effects on Crops
310 – Slow Release Encapsulated Growth Retardant Formulation and Industrial Production Process
311 – Application Guidelines and Field Usage Program For Maximum Efficiency
312 – Technical Properties, Mode of Action and Effects on Crops
313 – High Penetration Oil-Based Retardant Formulation and Industrial Production Process
314 – Application Guidelines and Field Usage Program For Maximum Efficiency
315 – Technical Properties, Mode of Action and Effects on Crops
316 – Water Dispersible Granule (WDG) Retardant Formulation and Industrial Production Process
317 – Application Guidelines and Field Usage Program For Maximum Efficiency
318 – Technical Properties, Mode of Action and Effects on Crops
319 – Ultra Low Volume (ULV) Growth Retardant Formulation and Industrial Production Process
320 – Application Guidelines and Field Usage Program For Maximum Efficiency
321 – Technical Properties, Mode of Action and Effects on Crops
322 – Drone Application Growth Retardant System Formulation and Industrial Production Process
323 – Application Guidelines and Field Usage Program For Maximum Efficiency
324 – Technical Properties, Mode of Action and Effects on Crops
325 – Smart Delivery Growth Retardant Formulation and Industrial Production Process
326 – Application Guidelines and Field Usage Program For Maximum Efficiency
327 – Technical Properties, Mode of Action and Effects on Crops
328 – High Stability Export Grade Retardant Formulation and Industrial Production Process
329 – Application Guidelines and Field Usage Program For Maximum Efficiency
330 – Technical Properties, Mode of Action and Effects on Crops
CROP-SPECIFIC GROWTH RETARDANT FORMULATIONS
331 – Rice Growth Retardant Lodging Control Formulation and Industrial Production Process
332 – Application Guidelines and Field Usage Program For Maximum Efficiency
333 – Technical Properties, Mode of Action and Effects on Crops
334 – Wheat Height Control Growth Retardant Formulation and Industrial Production Process
336 – Application Guidelines and Field Usage Program For Maximum Efficiency
337 – Technical Properties, Mode of Action and Effects on Crops
338 – Cotton Compact Growth Retardant Formulation and Industrial Production Process
340 – Application Guidelines and Field Usage Program For Maximum Efficiency
341 – Technical Properties, Mode of Action and Effects on Crops
342 – Tomato Growth Control Greenhouse Formulation and Industrial Production Process
344 – Application Guidelines and Field Usage Program For Maximum Efficiency
345 – Technical Properties, Mode of Action and Effects on Crops
346 – Apple Tree Growth Regulation Formulation and Industrial Production Process
348 – Application Guidelines and Field Usage Program For Maximum Efficiency
349 – Technical Properties, Mode of Action and Effects on Crops
350 – Citrus Growth Control Spray Formulation and Industrial Production Process
352 – Application Guidelines and Field Usage Program For Maximum Efficiency
353 – Technical Properties, Mode of Action and Effects on Crops
354 – Ornamental Flower Compact Growth Formulation and Industrial Production Process
356 – Application Guidelines and Field Usage Program For Maximum Efficiency
357 – Technical Properties, Mode of Action and Effects on Crops
358 – Turf Grass Professional Growth Retardant Formulation and Industrial Production Process
360 – Application Guidelines and Field Usage Program For Maximum Efficienc
361 – Technical Properties, Mode of Action and Effects on Crop
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