Jun 09,2026
Warm Congratulations to ZS-CHEM on Obtaining the Registration Certificate for 92% Triacontanol TC
Recently, the plant growth regulator 92% triacontanol tc submitted by ZS-CHEM has been approved for registration. To date, ZS-CHEM has obtained registration certificates for 14 high-content plant growth regulator technical concentrates, ranking among the industry leaders in terms of quantity.
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ZS-CHEM TC registration certificates | ||||
登记证号/NO. | 登记名称/NAME | 登记名称/NAME | 农药类别/category | 含量/剂型 Content/Formulation |
PD20210997 | 调环酸钙 | prohexadione calcium | 植物生长调节剂/Plant growth regulators | 92%TC |
PD20200301 | 苄氨基嘌呤 | 6-benzylamino-purine | 植物生长调节剂/Plant growth regulators | 99%TC |
PD20200300 | 吲哚丁酸 | 4-indol-3-ylbutyric acid | 植物生长调节剂/Plant growth regulators | 98%TC |
PD20101477 | 萘乙酸钠 | sodium 1-naphthyl acetic acid | 植物生长调节剂/Plant growth regulators | 87%TC |
PD20251282 | 14-羟基芸苔素甾醇 | 14-hydroxylated brassinosteroid | 植物生长调节剂/Plant growth regulators | 98%TC |
PD20200396 | 24-表芸苔素内酯 | 24-epibrassinolide | 植物生长调节剂/Plant growth regulators | 90%TC |
PD20211121 | 28-高芸苔素内酯 | 28-homobrassinolide | 植物生长调节剂/Plant growth regulators | 90%TC |
PD20250876 | 28-表高芸苔素内酯 | 28-epihomobrassinolide | 植物生长调节剂/Plant growth regulators | 95%TC |
PD20110529 | 胺鲜酯 | diethyl aminoethyl hexanoate | 植物生长调节剂/Plant growth regulators | 98%TC |
PD20242367 | 烯腺嘌呤 | enadenine | 植物生长调节剂/Plant growth regulators | 98%TC |
PD20211691 | 羟烯腺嘌呤 | oxyenadenine/trans-zeatin | 植物生长调节剂/Plant growth regulators | 98%TC |
PD20081294 | 复硝酚钠 | compound sodium nitrophenolate | 植物生长调节剂/Plant growth regulators | 98%TC |
PD20262039 | 三十烷醇 | triacontanol | 植物生长调节剂/Plant growth regulators | 92%TC |
PD20211122 | 赤霉酸 | gibberellic acid | 植物生长调节剂/Plant growth regulators | 90%TC |
Triacontanol Product Profile
Common Name: Triacontanol
Chemical Name: 1-Hydroxytriacontane
CAS No.: 593-50-0
Chemical Structure: CH₃-(CH₂)₂₈-CH₂OH
Molecular Formula: C₃₀H₆₂O
Relative Molecular Mass: 438.81
Physicochemical Properties: The pure product is a white, scaly crystal with a melting point range of 85.5–86.5°C. It is almost insoluble in water, sparingly soluble in cold methanol, ethanol, and acetone, and readily soluble in ether, chloroform, and carbon tetrachloride.
Category: Agricultural raw material – Plant growth regulator
Toxicity: Low toxicity
Storage Conditions: Keep in a cool, dark, and well-ventilated place.
 | Quality Standard of Triacontanol Technical Concentrate | ||
Test Item | Specification | Test Method and Standard | |
Appearance | White powder, no visible mechanical impurities | Visual inspection | |
Triacontanol mass fraction, % ≥ | 92.0 | Gas chromatography | |
pH range | 4.0 – 7.0 | GB/T 1601 | |
Water content, % ≤ | 0.5 | GB/T 1600 | |
Trichloromethane insoluble matter, % ≤ | 0.1 | GB/T 19138 | |
Functions and Effects
Mechanism of Action：Triacontanol is a long-chain primary alcohol consisting of thirty carbon atoms. It is a natural carbon-chain substance widely present in beeswax and plant waxes. Its primary mode of action involves altering plant enzyme activities. It has been demonstrated to enhance the activities of amylase, polyphenol oxidase, and peroxidase, increase chlorophyll content, improve photosynthetic intensity, promote matter accumulation, and improve cell membrane permeability and stability.
Functional Characteristics：Triacontanol is a natural long-carbon-chain plant growth regulator that is harmless, free from side effects, and environmentally friendly. It can be used throughout the entire crop growth cycle, offering both yield increase and stress resistance benefits:
Promotes germination and improves germination rate
Promotes flowering and improves fruit set rate
Promotes growth, increases matter accumulation, and enhances stress tolerance
Promotes grain plumpness and increases yield
Application Guidelines
Scope of Use：It can be used on oil crops, grain crops, cash crops, fruits and vegetables, ornamental flowers, edible fungi, etc.
Application Technology：
Application Technology Summary Table for Triacontanol | |||
Function | Crop | Concentration (mg/L) | Application Method |
Promote seed germination | Rice | 1 | Soak seeds for 24–48 h |
Wheat | 0.2–0.5 | Soak seeds for 4–12 h | |
Cucumber | 1 | Soak seeds for 24 h | |
Promote green growth and yield increase | Rice | 1–2 | Spray once at young panicle differentiation stage and once at booting stage |
Wheat | 0.4–0.6 | Spray once at booting stage and once at flowering stage | |
Corn | 0.1–0.3 | Spray once at early flowering stage and once at filling stage | |
Leafy vegetables | 0.1–0.5 | Spray once every 7–10 days throughout the growing period | |
Promote fruit development | Apple | 1 | Spray 15 days before harvest |
Citrus | 0.5–0.6 | Spray once at flowering stage and once at fruit expansion stage | |
Walnut | 0.1–0.5 | Foliar spray at full flowering stage and young fruit stage | |
Hawthorn | 0.1–0.5 | Foliar spray at full flowering stage and young fruit stage | |
Precautions
1.Triacontanol should be applied on windless, sunny days. If rain occurs within 6 hours after spraying, reapplication is required.
2.When used for seed soaking, the concentration must be strictly controlled, as excessive concentration may inhibit germination.
3.Calcium ions have a synergistic effect with triacontanol and can be used in combination.
Registration Product List (Triacontanol and Combinations) | |||
Registration Name | Formulation | Content | Registered Crops |
Triacontanol | Technical | 90%, 92%, 95% | — |
SL | 0.10% | Citrus trees | |
ME | 0.10% | Wheat, rice, corn, cotton, peanut, soybean, sorghum, oyster mushroom, tobacco, tomato, tea tree, grape, apple tree, prickly ash tree, potato, citrus tree, lychee tree, mango tree, jujube tree | |
Triacontanol·14-hydroxybrassinolide | SC | Triacontanol 0.116% + 14-hydroxybrassinolide 0.004% | Citrus trees |
Triacontanol·28-Homobrassinolide | SL | Triacontanol 0.1% + 28-Homobrassinolide 0.01% | Pepper |
Triacontanol·24-Epibrassinolide | ME | Triacontanol 0.095%+24-Epibrassinolide 0.005% | Wheat, rice, peanut |
Triacontanol·propionyl brassinolide | Seed treatment solution | Triacontanol 0.097% + propionyl brassinolide 0.003% | Rice |
SL | Triacontanol 0.097% + propionyl brassinolide 0.003% | Peanut | |
SL | Triacontanol 0.147% + propionyl brassinolide 0.003% | Citrus trees | |
Triacontanol·oxyenadenine | SL | Triacontanol 0.099% + oxyenadenine 0.001% | Tomato |
Triacontanol·6-BA | WDG | Triacontanol 0.2% + 6-BA 9.8% | Tomato |
Triacontanol 0.1% + 6-BA 1.9% | Wheat | ||
SC | Triacontanol 0.1% + 6-BA 1.9% | Wheat, peanut | |
Triacontanol 0.1% + 6-BA 4.9% | Citrus trees | ||
Triacontanol 0.2% + 6-BA 3.8% | Wheat, tea tree | ||
SL | Triacontanol 0.1% + 6-BA 1.9% | Wheat | |
SP | Triacontanol 0.1% + 6-BA 1.9% | Wheat | |
Triacontanol·prohexadione calcium | SC | Triacontanol 0.1% + prohexadione calcium 4.9% | Peanut |
Triacontanol 0.2% + prohexadione calcium 9.8% | Peanut, grape | ||
Triacontanol 0.3% + prohexadione calcium 14.7% | Peanut | ||
Triacontanol·IBA | ME | Triacontanol 0.05% + IBA 0.95% | Pepper |
Milk powder | Triacontanol 0.05% + IBA 0.95% | Pepper, rice | |
Choline chloride·triacontanol | SC | Triacontanol 0.2% + Choline chloride 29.8% | Grape |
Triacontanol 0.2% + Choline chloride 4.8% | Rice | ||
SL | Triacontanol 0.1% + Choline chloride 29.9% | Potato | |
Ethephon·triacontanol | SL | Triacontanol 0.1% + Ethephon 17.9% | Grape |
Triacontanol·S-abscisic acid | SL | Triacontanol 0.1% + S-abscisic acid 0.25% | Tomato |
WDG | Triacontanol 0.1% + S-abscisic acid 0.1% | Citrus trees | |
Oligosaccharins·triacontanol | SP | Triacontanol 0.2% + Oligosaccharins 5.8% | Peanut |
Copper sulfate·triacontanol | EC | Triacontanol 0.1% + Oligosaccharins 0.4% | Tomato |
EW | Triacontanol 0.1% + Oligosaccharins 0.4% | Tomato | |
SC | Triacontanol 0.1% + Oligosaccharins 0.8%+Sodium lauryl sulfate 0.1%+Zinc sulfate 0.8% | pepper, tobacco | |
WP | riacontanol 0.1% + Oligosaccharins1.4% | Tomato | |
Triacontanol 0.1% + Oligosaccharins 5.9% | Tomato | ||
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Zhengshi Chemical R&D Team
Since its establishment, Zhengshi Chemical has consistently focused on scientific innovation and application promotion in the field of plant growth regulators, unwaveringly pursuing a path of high‑quality development through innovation and continuously increasing its investment in R&D. The company has introduced doctoral and master’s degree holders from top domestic and international research institutions such as the Chinese Academy of Sciences and China Agricultural University, building a high‑caliber research team that actively engages in in‑depth industry‑university‑research collaboration. To date, the company has obtained 14 registration certificates for plant growth regulator technical concentrates, 96 pesticide formulation registration certificates, and 29 fertilizer registration certificates. It has successively won first prize of the Shennong China Agricultural Science and Technology Award, as well as first, second, and third prizes of the Henan Provincial Scientific and Technological Progress Award, among other national and provincial science and technology awards. The company has also been granted 53 national patents (including 41 invention patents). Looking ahead, Zhengshi Chemical will build on this foundation by further increasing its investment in scientific and technological innovation, strengthening its portfolio of invention patents and pesticide registrations, deepening collaboration with renowned domestic and international universities and research institutions, intensifying original and leading agricultural technology research, accelerating the translation of research achievements into practical applications, and serving China’s modern agricultural production with more high‑quality and efficient crop solutions—contributing to the green and high‑quality development of agriculture.
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Zhengzhou Zhengshi Chemical specializes in plant growth regulators (PGRs), pesticides, and fertilizers, integrating research, production, and sales, and exporting globally.