Valeryl Chloride
Valeryl Chloride Manufacturer Supplying High-Purity Acid Chloride for Pharmaceutical and Industrial Synthesis
Valeryl Chloride is a clear, reactive liquid that plays a big role in the world of science. It belongs to a special group of chemicals called acid chlorides. As a trusted Valeryl Chloride Manufacturer, we produce this compound to help other companies build complex molecules. You can think of it as a chemical “connector” that allows different substances to join together and form something new and useful.
In the world of chemical manufacturing, acid chlorides are very important because they react quickly and easily. This speed helps factories save time and energy when they are making complicated products. By using this specific compound, industries can produce high-quality items with very few mistakes. It acts as a reliable bridge between simple raw materials and the advanced chemicals used in our daily lives.
Modern industrial chemistry relies on this compound to create everything from medicine to farm supplies. It is a vital tool for making sure products are effective and safe for everyone to use. By providing a steady and pure supply of this intermediate, we support the global industries that keep our society moving forward. It is truly a small but powerful part of today’s chemical success.
Chemical Identification Table
Property | Details |
Product Name | Valeryl Chloride |
Chemical Formula | C5H9ClO |
CAS Number | 638-29-9 |
EC Number | 211-330-1 |
Molecular Weight | 120.58 g/mol |
UN Number | 2502 |
Appearance | Clear to pale yellow liquid |
Chemical Family | Acid Halides / Acyl Chlorides |
Physical and Chemical Properties Table
Property | Details |
Boiling Point | Approximately 127°C to 128°C |
Melting Point | Below -70°C |
Density | About 1.016 g/cm³ at 25°C |
Flash Point | 33°C (Closed Cup) |
Solubility | Reacts with water; soluble in organic solvents |
Chemical Nature | Highly reactive and corrosive |
Reactivity | Reacts vigorously with water, alcohols, and bases |
Why Choose Shital Chemical Industries
Well-controlled chemical production systems
We use modern equipment to ensure every reaction is monitored closely for safety and efficiency.
Consistent product purity in every batch
Our manufacturing process is standardized so that you receive the same high quality every time you order.
Advanced laboratory testing and quality verification
Every lot is tested in our in-house lab to meet strict industry specifications before it leaves the facility.
Infrastructure capable of large-scale manufacturing
Our plant is designed to handle high-volume demands to support your growing business needs.
Experience handling reactive acid chloride compounds
We have years of expertise in managing sensitive chemicals safely and professionally.
Compliance with global safety and quality standards
We follow international protocols to ensure our products are safe for transport and use.
Packaging and Export Capability
Industrial drum packaging designed for chemical transport
We use heavy-duty drums that can withstand the rigors of long-distance shipping.
Sealed moisture-protected containers
Since Valeryl Chloride reacts with humidity, our packaging is airtight to maintain chemical stability.
Hazard labeling according to international regulations
All shipments are clearly marked with the correct symbols and safety data for secure handling.
Compliance with global chemical shipping standards
We strictly follow IMDG and IATA guidelines for sea and air freight.
Export documentation such as COA and MSDS
We provide all necessary paperwork, including Certificates of Analysis, to make customs clearance easy.
Reliable logistics for worldwide delivery
Our network of shipping partners ensures your chemical intermediate reaches you on schedule.
Applications of Chloroacetyl Chloride
In the medical world, Valeryl Chloride is an essential tool for pharmaceutical manufacturing companies. It is used to build the chemical structure of various life-saving drugs. By reacting this compound with other substances, scientists can create specific molecular chains required for blood pressure medications and other vital treatments.
The high reactivity of this acid chloride intermediate ensures that pharmaceutical synthesis happens quickly and yields pure results. Because medicine requires the highest level of precision, having a reliable source for this chemical is crucial for labs and factories producing modern healthcare solutions.
This compound is also very important for agrochemical production facilities. It helps in the creation of effective herbicides and pesticides that protect crops from pests and diseases. By using this chemical, manufacturers can produce specialized formulas that help farmers increase their food production safely.
The chemical structure of Valeryl Chloride allows it to bond easily with other organic molecules. This makes it a preferred choice for creating the active ingredients found in many agricultural sprays and treatments used across the globe.
For chemical intermediate manufacturers, Valeryl Chloride serves as a versatile reagent in general organic synthesis. It is frequently used in Friedel-Crafts acylation reactions to add carbon chains to aromatic rings. This process is fundamental in creating a wide variety of secondary chemicals used in daily life.
By acting as a “starter” molecule, it allows chemists to experiment and develop new substances. Its predictable behavior in controlled environments makes it a staple in any organic synthesis laboratory or large-scale production plant.
Specialty chemical laboratories often require Valeryl Chloride to develop niche products with very specific functions. These could include flavoring agents, fragrances, or unique additives for industrial processes. Its specific five-carbon chain provides the exact structure needed for these specialized applications.
Because these chemicals are often produced in smaller, high-value batches, the purity of the Valeryl Chloride is extremely important. We provide the high-grade material necessary for these delicate and precise chemical reactions.
In the polymer production industries, this chemical helps in modifying the properties of plastics and resins. It can be used to adjust how a polymer reacts to heat or how flexible it stays under pressure. This helps in creating durable materials for construction, automotive parts, and consumer goods.
By introducing the valeryl group into a polymer chain, manufacturers can create materials that are more resistant to certain environmental factors. This adds value to the final plastic products used in various engineering fields.
Valeryl Chloride is a key component in the production of fine chemicals. These are pure, complex substances produced in limited volumes for specific tasks. Many high-tech industries rely on these fine chemicals to create components for electronics and advanced machinery.
By serving as a reliable Valeryl Chloride Supplier, we support the creation of these complex molecules. The stability and quality of our product ensure that fine chemical producers can maintain their high standards without worrying about raw material issues.
FAQs
What is Valeryl Chloride used for?
It is mainly used as a building block to create medicines, agricultural chemicals, and polymers by adding a valeryl group to other molecules.
Is Valeryl Chloride hazardous?
Yes, it is a corrosive and flammable liquid. It must be handled with care using proper safety gear like gloves and goggles.
How should Valeryl Chloride be stored?
It should be kept in a cool, dry place in tightly sealed containers. It must stay away from water, heat, and open flames.
Which industries commonly use Valeryl Chloride?
The pharmaceutical, agrochemical, and plastic industries are the most common users of this chemical intermediate.
Can Valeryl Chloride be supplied in bulk quantities?
Yes, as a Chemical Intermediate Manufacturer, we can provide this product in various drum sizes and bulk shipments to meet industrial needs.
Why is Valeryl Chloride important in chemical synthesis?
It is very reactive, which means it helps chemical reactions happen faster and more efficiently, making it easier to create complex products.