Thursday, November 12, 2026

China Factory Supply High Quality Daminozide CAS 1596-84-5 with good service Wholesale & Bulk


 Daminozide (CAS 1596-84-5): Applications, Mode of Action and Benefits in Ornamental Horticulture

1. What Is Daminozide?

Daminozide, also known as Butanedioic Acid Mono(2,2-dimethylhydrazide), is a synthetic plant growth regulator (PGR) widely used in ornamental horticulture.

With CAS Number 1596-84-5 and molecular formula C₆H₁₂N₂O₃, Daminozide is primarily used to regulate vegetative growth, reduce excessive stem elongation and promote compact plant architecture.

It is particularly relevant to commercial greenhouse production, where controlling plant height and maintaining consistent plant appearance are important for product quality and marketability.



2. How Does Daminozide Work?

Daminozide primarily regulates plant growth by interfering with gibberellin biosynthesis.

Gibberellins are naturally occurring plant hormones responsible for several growth processes, particularly stem and internode elongation.

By inhibiting gibberellin production, Daminozide can:

  • Reduce internode elongation.
  • Control excessive vegetative growth.
  • Promote shorter and more compact plants.
  • Help maintain uniform plant height and shape.
  • Improve the overall appearance of ornamental plants.

Its growth-regulating effects make it a useful tool for greenhouse growers and commercial ornamental plant producers.



3. Main Agricultural Applications of Daminozide

Daminozide is mainly associated with ornamental horticulture and controlled-environment plant production.



A. Chrysanthemum Production

Daminozide is used in chrysanthemum production to regulate stem elongation and help maintain compact plant architecture. It can support more uniform growth and improve the commercial presentation of potted and flowering chrysanthemums.

B. Poinsettia Cultivation

In commercial poinsettia production, controlling plant height is important for achieving balanced proportions between the plant canopy and container size.

Daminozide can help manage excessive vegetative growth and support a more compact appearance.

C. Bedding Plants and Greenhouse Ornamentals

For commercial bedding plants and other ornamental species, Daminozide can help growers manage plant size, reduce excessive elongation and maintain more consistent crop quality.

D. Commercial Horticulture

In greenhouse and nursery operations, plant growth regulation can help growers meet specific market requirements for plant height, shape and production scheduling.

The actual response depends on plant species, cultivar, growth stage and environmental conditions.



4. Key Benefits of Daminozide in Plant Growth Management

Key Function

Potential Benefit

Growth regulation

Helps control excessive stem elongation

Plant height management

Supports compact plant development

Plant uniformity

Helps maintain consistent plant architecture

Ornamental quality

Improves commercial plant presentation

Greenhouse production

Supports crop growth management

An important consideration is that Daminozide is a growth regulator rather than a conventional fertilizer. It does not directly supply essential plant nutrients or function as a general-purpose yield enhancer.

5. Daminozide Product Information

Property

Description

Product Name

Daminozide

Chinese Name

丁酰肼

CAS Number

1596-84-5

Molecular Formula

C₆H₁₂N₂O₃

Molecular Weight

160.17 g/mol

Chemical Category

Plant Growth Regulator

Main Application

Ornamental Horticulture

Physical Form

White to off-white crystalline solid (typical reference description)

For technical procurement, buyers should confirm the required active ingredient content, purity, impurity profile, physical specifications and analytical documentation with their supplier.

6. Important Considerations for Daminozide Application

The effectiveness of Daminozide depends on several agricultural and environmental factors.

  • Plant Species: Different ornamental plants and cultivars may respond differently.
  • Growth Stage: Application timing influences the final growth-regulating response.
  • Environmental Conditions: Temperature, humidity and plant vigor can affect product performance.
  • Application Method: Foliar application is an established method in ornamental horticulture.
  • Regulatory Compliance: Always follow the approved product label, crop-specific registration and local agricultural regulations.

Small-scale trials are recommended before broader application, particularly when treating new plant varieties.

Daminozide should only be used on crops and in markets where the relevant product use is legally authorized.

7. Why Choose Fortuna Chemical Co.,Ltd?

Fortuna Chemical Co.,Ltd is committed to supplying chemical raw materials to international B2B customers across multiple industries.

We understand that consistent product quality, reliable documentation and professional export coordination are important factors when selecting a chemical supplier.

Our commitment includes:

  • Professional chemical sourcing and supply management.
  • Quality inspection and product documentation.
  • Support for international B2B procurement requirements.
  • Export coordination and customer communication.
  • Long-term cooperation with global distributors, importers and manufacturers.

We welcome inquiries from agricultural chemical distributors, agrochemical formulation manufacturers, chemical wholesalers and international trading companies.

8. Looking for a Reliable Daminozide Supplier in China?

If your company is sourcing Daminozide (CAS 1596-84-5) for agricultural chemical formulations or ornamental horticulture applications, Fortuna Chemical Co.,Ltd welcomes your inquiry.

Contact our team to discuss product specifications, quality requirements, quotations and potential business cooperation.

Product Name: Daminozide
CAS Number: 1596-84-5
Supplier: Fortuna Chemical Co.,Ltd

🔗 Product Page: [https://www.fortunachem.com/products/daminozide-cas-1596-84-5/]

📩 Contact: [https://www.fortunachem.com/]

Fortuna Chemical Co.,Ltd – Your Reliable Chemical Supply Partner.


Thursday, November 5, 2026

High Quality Hydroxypropyl-beta-cyclodextrin CAS 94035-02-6 for UV-Protection Textiles

 Hydroxypropyl-beta-Cyclodextrin in UV-Protective Textiles: Applications, Mechanisms and Functional Finishing Technologies

1. Introduction: The Growing Demand for UV-Protective Textiles

With increasing awareness of ultraviolet (UV) radiation protection, the demand for functional textiles is expanding across sportswear, outdoor clothing, protective garments and everyday apparel.

Traditional textile materials provide different levels of natural UV protection depending on fiber composition, fabric structure, thickness and other physical properties. However, advanced textile finishing technologies offer additional possibilities for improving fabric UV resistance.



Hydroxypropyl-beta-Cyclodextrin (HP-β-CD), CAS No. 94035-02-6, is an important cyclodextrin derivative attracting research interest in functional textile applications.

Due to its distinctive molecular inclusion properties, HP-β-CD can encapsulate selected functional compounds, including UV-absorbing agents and natural active ingredients. This provides a potential approach for developing functional textile finishing systems designed to enhance UV protection and improve the retention of active components.

2. What Is Hydroxypropyl-beta-Cyclodextrin (HP-β-CD)?

Hydroxypropyl-beta-Cyclodextrin is a chemically modified derivative of beta-cyclodextrin.

Its molecular structure consists of a hydrophilic exterior and a relatively hydrophobic internal cavity. This unique structure allows HP-β-CD to form inclusion complexes with suitable guest molecules through molecular recognition and non-covalent interactions.

Key functional characteristics include:

  • Molecular Inclusion Capability: Can encapsulate suitable hydrophobic or relatively poorly water-soluble compounds.
  • Improved Solubility: Hydroxypropyl modification improves the aqueous solubility of beta-cyclodextrin.
  • Guest Molecule Stabilization: Inclusion complex formation may help protect certain active compounds from environmental degradation.
  • Controlled Release Potential: Suitable inclusion systems may influence the release behavior of encapsulated substances.

These characteristics make HP-β-CD an interesting functional ingredient for applications in pharmaceuticals, cosmetics, food technology and advanced textile finishing.

3. How Does HP-β-CD Work in UV-Protective Clothing?

One of the promising applications of HP-β-CD is its use in developing functional textile finishing systems.

Its contribution to UV-protective textiles mainly involves two technical mechanisms.

3.1 Encapsulation of UV-Absorbing Agents

Certain UV absorbers, such as benzotriazole derivatives, can be incorporated into HP-β-CD inclusion systems.

The cyclodextrin cavity can accommodate suitable guest molecules, potentially improving their dispersion, stability and compatibility within a finishing formulation.

When applied to textile materials through appropriate finishing technologies, these functional components can contribute to the UV-protective performance of the treated fabric.

Natural active ingredients, including tea polyphenols, have also been investigated in HP-β-CD-based textile finishing systems.

3.2 Fixation on Textile Fiber Surfaces

Encapsulation alone is not sufficient to ensure long-term textile performance.

The fixation of HP-β-CD and its inclusion complexes onto fiber surfaces is another important consideration.

Different approaches, including in-situ deposition, hydrogen-bond interactions and suitable chemical fixation technologies, can be explored to improve the attachment of functional components to textile fibers.

Effective fixation is particularly important for maintaining UV-protective performance during repeated washing and daily use.



4. Research Progress: HP-β-CD for UV-Protective Textile Finishing

Recent research has demonstrated promising possibilities for applying HP-β-CD in functional textile development.

Case 1: UV-Resistant Silk Fabrics

A 2022 study published in the Journal of Applied Polymer Science investigated the functionalization of silk fabrics using boronic-acid-functionalized HP-β-CD-coated Fe₃O₄ particles.

Through an in-situ deposition process, the modified particles were deposited onto silk fiber surfaces.

The treated silk fabrics demonstrated significantly improved ultraviolet protection factor (UPF) performance compared with untreated fabrics.

Case 2: HP-β-CD/Tea Polyphenol-Treated Polyester Fabrics

A 2024 study investigated the application of HP-β-CD inclusion complexes containing tea polyphenols to polyester fabrics.

The treated fabrics showed substantially improved UPF performance. Their UV-protective, antibacterial and antioxidant properties were significantly retained after 20 washing cycles.

This research highlights the potential of HP-β-CD-based functional finishing technologies for sportswear and outdoor textile applications.

Case 3: UV-Resistant Wool Fabrics

Another 2024 study published in the Arabian Journal of Chemistry investigated wool fabrics treated with HP-β-CD-coated Fe₃O₄ nanoparticles.

Using lipoic acid as part of the fixation approach, the modified wool fabrics demonstrated improved UV resistance, together with additional wrinkle-resistance and antibacterial properties.

These studies provide useful technical evidence for exploring HP-β-CD in the development of multifunctional textile materials.

5. Key Application Areas of HP-β-CD in Functional Textiles

Based on these research directions, HP-β-CD has potential applications in several textile product categories.

Application

Potential Functional Benefits

UV-Protective Clothing

Supports the development of UV-resistant fabric finishing systems

Sportswear

Helps incorporate functional UV-absorbing ingredients into textile treatments

Outdoor Apparel

Supports the development of functional fabrics for outdoor use

Polyester Fabrics

Provides possibilities for inclusion-complex-based functional finishing

Silk and Wool Textiles

Can be explored in advanced surface functionalization technologies

For textile manufacturers, HP-β-CD offers an interesting platform for developing functional finishing formulations rather than acting as a standalone UV-filtering agent.



6. Why Is Wash Durability Important in UV-Protective Textiles?

For commercial UV-protective clothing, initial UV protection performance is only one part of product development.

Repeated washing may remove or reduce the concentration of functional finishing agents on textile surfaces, potentially affecting the fabric’s UV-protective properties.

Therefore, the fixation method, compatibility between finishing agents and textile fibers, and resistance to repeated washing are important factors in evaluating functional textile performance.

Research involving HP-β-CD/tea polyphenol-treated polyester fabrics has demonstrated the retention of functional properties after 20 washing cycles.

However, actual wash durability and UPF performance depend on the complete formulation, application process, textile substrate and testing conditions.

Finished fabrics should be evaluated using appropriate standardized UPF testing methods to determine their actual UV-protective performance.

7. Hydroxypropyl-beta-Cyclodextrin Supplier – Fortuna Chemical Co.,Ltd

As a chemical raw material supplier, Fortuna Chemical Co.,Ltd provides Hydroxypropyl-beta-Cyclodextrin (HP-β-CD) for customers across different industrial application fields.

We recognize the growing demand for innovative ingredients in functional textile development, including UV-protective clothing, sportswear and advanced textile finishing formulations.

Product Information:

  • Product Name: Hydroxypropyl-beta-Cyclodextrin
  • Abbreviation: HP-β-CD
  • CAS Number: 94035-02-6
  • Product Category: Cyclodextrin Derivatives
  • Application Interests: Textile Finishing, Functional Textiles, UV-Protective Clothing and Advanced Material Development

For textile manufacturers, formulation developers and chemical distributors looking for HP-β-CD supply from China, Fortuna Chemical welcomes inquiries and cooperation opportunities.

Contact our team for product specifications, technical documentation, samples and quotations.

Product Page: [https://www.fortunachem.com/products/hydroxypropyl-beta-cyclodextrin-cas-94035-02-6/]

Company Website: https://www.fortunachem.com/

8. Conclusion

Hydroxypropyl-beta-Cyclodextrin is a promising functional ingredient for the development of advanced textile finishing technologies.

Its molecular inclusion capability provides opportunities to incorporate UV-absorbing agents and natural active ingredients into textile treatment systems. Research on silk, polyester and wool fabrics has demonstrated encouraging results in improving UV protection and developing multifunctional textile properties.

Although HP-β-CD does not independently function as a conventional UV filter, its role in encapsulation, stabilization and functional component fixation makes it a valuable material to explore in UV-protective textile development.

As demand for functional sportswear and outdoor clothing continues to grow, HP-β-CD-based textile finishing systems may offer further opportunities for innovation in the textile and chemical industries.