Chlorpropham CAS 101-21-3: Your Guide to Plant Growth Regulation and Herbicide Applications
Discover the versatile applications of Chlorpropham, a key compound for agriculture and industry.
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Chlorpropham
Chlorpropham is a vital chemical compound renowned for its efficacy as a plant growth regulator and herbicide. It plays a crucial role in modern agriculture by preventing unwanted sprouting in crops such as potatoes, thereby extending shelf life and maintaining quality. Its applications extend to controlling grass weeds and serving various industrial purposes.
- Leverage Chlorpropham plant growth regulator for optimal crop yield and quality management.
- Explore Chlorpropham herbicide uses in effective weed control strategies.
- Benefit from Chlorpropham sprout suppressant potatoes, ensuring longer storage and marketability.
- Source high-quality Chlorpropham CAS 101-21-3 specifications from reliable suppliers.
Key Advantages
Extended Shelf Life
Utilize Chlorpropham as a sprout suppressant for potatoes to significantly extend their storage life and preserve market value.
Effective Weed Management
Employ Chlorpropham herbicide uses for robust weed control, protecting crops from competition and ensuring healthier growth.
Versatile Applications
Benefit from the Chlorpropham pharmaceutical application and its broader industrial uses, showcasing its wide-ranging utility.
Key Applications
Crop Sprout Suppression
Chlorpropham plant growth regulator is essential for inhibiting the sprouting of potatoes, onions, and other stored produce, maintaining their freshness and reducing waste.
Weed Control
As an effective herbicide, Chlorpropham is used to manage various types of weeds in agricultural settings, supporting crop health.
Pharmaceutical Manufacturing
The Chlorpropham pharmaceutical application highlights its use as an intermediate or active ingredient in certain medicinal preparations.
Industrial Processes
Beyond agriculture and pharmaceuticals, Chlorpropham finds utility in various industrial processes where its chemical properties are beneficial.