Propionyl Chloride
Propionyl Chloride Manufacturer Supplying High-Quality Acid Chloride for Industrial Applications
Propionyl Chloride is a clear, pungent liquid that plays a vital role in modern chemistry. As a dedicated Propionyl Chloride Manufacturer, we produce this compound to help other factories build complex molecules. It belongs to the acid chloride family, which is known for being very active and ready to transform into new substances during a chemical reaction.
In industrial settings, this Propionyl Chloride Chemical is valued because it can easily attach a three-carbon chain to other structures. This process is essential for creating the building blocks of many products we use every day. By acting as a reliable Acid Chloride Intermediate, it allows chemists to bridge the gap between simple raw materials and advanced finished goods.
Choosing the right Chemical Intermediate Manufacturer ensures that your production line stays efficient. This compound is a key tool for making things like specialized coatings and performance materials. Its ability to react quickly and predictably makes it a favorite for production mana
Chemical Identification Table
Property | Details |
Product Name | Propionyl Chloride |
Chemical Formula | C3H5ClO |
CAS Number | 79-03-8 |
EC Number | 201-170-2 |
Molecular Weight | 92.52 g/mol |
UN Number | 1815 |
Appearance | Colorless to light yellow fuming liquid |
Chemical Family | Acyl Halides |
Physical and Chemical Properties Table
Property | Details |
Boiling Point | 80°C |
Melting Point | -94°C |
Density | 1.06 g/cm³ |
Flash Point | 12°C |
Solubility | Reacts violently with water; mixes with ether |
Chemical Nature | Highly corrosive and flammable |
Reactivity | Reacts with alcohols, amines, and water |
Why Choose Shital Chemical Industries
Controlled Manufacturing
Our production lines use the latest technology to monitor every step, ensuring the chemical is made under perfect conditions.
Batch Consistency
We focus on making sure every drum of chemical is exactly the same as the last one, so your factory never has to adjust its recipes.
Quality Testing
Every batch is tested in our own lab to verify that it meets the high purity levels our customers expect.
Bulk Production
We have a large factory setup that can handle massive orders, making us a reliable Propionyl Chloride Supplier for big projects.
Safety Expertise
Our team knows exactly how to handle reactive chemicals safely, reducing risks during the manufacturing and loading process.
Global Standards
We follow all international safety and quality rules, which allows us to ship our products to customers all over the world.
Packaging and Export Capability
Shipping a CAS 79-04-9 Chemical requires great care and the right materials. We ensure that our export process is seamless and follows all safety laws.
Industrial Drum Packaging
We use strong, specialized drums that are built to carry hazardous chemicals without any risk of leaks.
Moisture-Proof Seals
Since this chemical reacts with air and water, we use airtight seals to keep the product pure during long journeys.
Global Hazard Labeling
Every package is clearly marked with the correct safety symbols so that transport workers know exactly how to handle it.
International Compliance
We make sure all our shipments meet the strict rules for crossing borders and traveling by sea or air.
Export Documents
We provide all the paperwork you need, including the COA (Certificate of Analysis) and MSDS (Material Safety Data Sheet).
Efficient Delivery
Our logistics team tracks every shipment to ensure that it reaches your facility anywhere in the world as fast as possible.
Applications of Propionyl Chloride
In the world of medicine, Propionyl Chloride is a superstar ingredient. Pharmaceutical production facilities use it to create the basic structures of various life-saving drugs. It is especially important for making anti-inflammatory medicines and certain types of pain relievers that millions of people rely on.
By using this chemical, drug makers can precisely control how they build a medicine’s molecule. The high reactivity of the acid chloride makes the chemical reactions happen faster and more cleanly. This leads to a higher quality of medicine and fewer impurities in the final product.
Farmers around the world benefit from products made with this chemical. Agrochemical manufacturing plants use it to synthesize active ingredients for pesticides and herbicides. These products help protect crops from bugs and weeds, ensuring that there is enough food for everyone.
The chemical helps create formulas that are very effective even in small amounts. Because it is so reliable, it helps manufacturers create crop protection products that stay stable in different weather conditions. This makes it an essential part of the global food supply chain.
Chemical intermediate processing companies use this compound for a variety of “building” tasks. It is often used to add specific groups to organic molecules through a process called acylation. This is a common step when creating new flavors, scents, or dyes used in everyday consumer products.
In the lab, it serves as a versatile tool that can be used in many different types of reactions. Its predictable nature allows scientists to experiment and create new chemical combinations. This versatility is why it is found in so many different industrial chemical catalogs.
Specialty chemical laboratories often turn to Propionyl Chloride when they need to make something unique. It is used to create specific esters and amides that have very particular jobs, like working as a lubricant or a special coating. These products are often made for high-tech industries.
Because these chemicals are “specialty” items, they require a high level of purity during production. Using a high-quality acid chloride ensures that the final specialty product performs exactly how it is supposed to. This helps businesses solve very specific technical problems.
The polymer manufacturing industries use this chemical to improve the materials we use in construction and car parts. By adding this compound to a plastic or resin recipe, manufacturers can make the final material tougher or more flexible. It acts as a modifier that changes how the plastic feels and lasts.
These changes are important for making materials that can survive heat, chemicals, or sunlight. Whether it’s for a car dashboard or a household pipe, this chemical helps make the plastic parts last longer. It is a key ingredient for making modern materials more durable.
Research labs use this compound when they are trying to discover the “next big thing” in science. It is used in fine chemical research to create very pure samples of new substances. This type of work is the foundation for future inventions in medicine, electronics, and energy.
Researchers value the chemical because it allows them to do very precise work. When you are trying to invent a new material, you need ingredients that behave exactly as expected. This compound provides that reliability, making it a staple in advanced research settings.
FAQs
What is Propionyl Chloride used for?
It is mainly used to make medicines, farm chemicals like pesticides, and different types of plastics and resins.
Is Propionyl Chloride corrosive?
Yes, it is very corrosive and can cause severe burns. It also gives off strong fumes, so it must be handled with great care in a ventilated area.
How should Propionyl Chloride be stored?
It should be stored in a cool, dry place away from any water or moisture. The drums must be kept tightly closed to prevent the chemical from reacting with the air.
Which industries commonly use this compound?
The main users are the pharmaceutical, agricultural, and plastic manufacturing industries, along with advanced research laboratories.
Can Propionyl Chloride be supplied in bulk quantities?
Yes, we provide this chemical in large industrial drums for factories that need a steady and large supply for their production lines.
Why is Propionyl Chloride important in chemical synthesis?
It is important because it reacts very easily with other chemicals. This makes it a fast and efficient tool for building complex molecules.