1-Chlorooctane
1-Chlorooctane Manufacturer for Industrial Applications
1-Chlorooctane is a clear liquid that plays a vital role in modern chemistry. As a leading 1-Chlorooctane Manufacturer, Shital Chemical Industries provides this high-quality alkyl chloride to various sectors. This compound, often called Octyl Chloride Chemical, is a primary building block used to create more complex molecules. In the world of industrial chemistry, alkyl chlorides are valued because they react easily with other substances, making them perfect for starting chemical transformations.
Using this chemical intermediate allows factories to produce specialty items that we use every day. From high-performance fluids to advanced materials, the stability and reactivity of this compound make it a favorite choice for many chemists. By acting as a reliable Alkyl Chloride Intermediate, it helps bridge the gap between raw raw materials and finished industrial products. Its unique carbon chain length provides the specific physical properties needed for high-quality chemical manufacturing.
Chemical Identification Table
Feature | Details |
Product Name | 1-Chlorooctane |
Chemical Formula | C8H17Cl |
CAS Number | 111-85-3 |
EC Number | 203-915-0 |
Molecular Weight | 148.67 g/mol |
UN Number | 1993 |
Appearance | Colorless to pale yellow liquid |
Chemical Family | Alkyl Halides |
Physical and Chemical Properties Table
Property | Value/Description |
Boiling Point | 182°C to 183°C |
Melting Point | -61°C |
Density | 0.875 g/cm³ at 25°C |
Flash Point | 61°C |
Solubility | Insoluble in water; soluble in alcohol and ether |
Chemical Nature | Organic Halide |
Reactivity | Stable under normal conditions; reacts with strong bases |
Why Choose Shital Chemical Industries
Working with a dedicated Chemical Intermediate Manufacturer ensures that your production line never stops. We focus on precision and reliability to support your business goals.
Process-Controlled Manufacturing
Carefully monitored manufacturing processes to ensure every drop meets industry standards.
Assured Purity Consistency
Stable purity levels in every production batch, providing consistency for your chemical reactions.
In-House Analytical Testing
In-house laboratory testing for quality assurance before any product leaves our site.
Reliable Bulk Production Capability
Strong infrastructure for bulk chemical production to handle large-scale industrial orders.
Hazardous Chemical Handling
Expert handling of reactive organic intermediates by a trained technical team.
Reliable Global Supply
Reliable supply for domestic and global markets with timely delivery schedules.
Packaging and Export Capability
As a global 1-Chlorooctane Supplier, we understand that safe transport is just as important as the chemical itself. We use professional logistics to reach customers everywhere.
Industrial Drum Packaging
Industrial drum packaging suitable for chemical transport to prevent leaks or spills.
Moisture-Protected Sealing
Moisture-protected sealed containers that keep the product fresh and uncontaminated.
Hazard labeling Standards
Hazard labeling according to international shipping standards for clear identification.
International Transport Classification
Compliance with chemical transport regulations to ensure smooth border crossings.
Export Documentation
Export documentation including COA and MSDS provided with every shipment.
Global shipping Capability
Efficient logistics network for worldwide delivery by sea, road, or air.
Applications of Chloroacetyl Chloride
In the medical world, this compound is a vital starting point. Pharmaceutical manufacturing companies use it to build the side chains of various active ingredients. By reacting this chloride with other molecules, scientists can create specific structures that help medicines work better in the human body.
The purity of the intermediate is critical here. Since these substances eventually become part of healthcare products, using a high-grade version ensures the final medicine is safe and effective. It is commonly found in the synthesis of specialized therapeutic agents and organic salts used in the medical field.
Agrochemical production plants rely on this chemical to create effective crop protection tools. It serves as a base for making certain pesticides and herbicides that help farmers protect their yields. Its ability to link with different chemical groups makes it versatile for creating various agricultural formulas.
Because it is an efficient alkylating agent, it helps in producing compounds that target specific pests without harming the environment excessively. This makes it an essential tool for companies looking to improve food security through modern farming chemistry.
Specialty chemical laboratories use this compound as a reagent for many different tests and creations. It is a classic example of an alkyl halide used in “Grignard reactions” and other bonding processes. Chemists use it to introduce an eight-carbon chain into a new molecule, changing its properties entirely.
This process is fundamental for research and development. By using this intermediate, scientists can explore new chemical combinations that lead to the discovery of better materials and more efficient industrial processes.
Many niche industries require chemicals with very specific traits, such as certain boiling points or thickness. This compound helps produce those exact items. It is often used to make lubricants, plastic additives, and corrosion inhibitors that keep heavy machinery running smoothly.
Manufacturing plants that focus on high-performance fluids find this octyl chain length ideal. It provides the right balance between being liquid at room temperature and staying stable when things get hot during industrial use.
The polymer processing industries use this chemical to modify the characteristics of plastics and resins. It can act as a chain terminator or a modifier, helping to control how long a plastic molecule grows. This results in materials that are either more flexible or more durable, depending on the need.
By adding this compound during the cooking process of resins, manufacturers can create coatings that stick better to surfaces. It is often used in the production of specialized coatings that protect metal from rust and wear.
This chemical is a key ingredient in making surfactants, which are the active parts of soaps and industrial cleaners. The eight-carbon chain is “water-fearing,” which helps the surfactant grab onto oil and dirt. Large-scale cleaning chemical producers use it to make high-strength degreasers.
Industrial chemical manufacturers also use it to create quaternary ammonium compounds. These are often used in disinfectants and water treatment facilities to keep water clean and safe for public use.
FAQs
What is 1-Chlorooctane used for?
It is mainly used as a building block to create other chemicals. It is common in making medicines, farm chemicals, and specialized plastics.
Is this compound hazardous to handle?
Yes, it is a flammable liquid and can cause skin irritation. It should always be handled by professionals using the right safety gear like gloves and goggles.
How should 1-Chlorooctane be stored safely?
It should be kept in a cool, dry place away from heat and open flames. The containers must stay tightly sealed to prevent the liquid from evaporating or reacting with air.
Which industries commonly use this chemical?
The pharmaceutical, agrochemical, and plastic industries are the biggest users. It is also used by companies that make industrial cleaners and lubricants.
Can this chemical be supplied in bulk quantities?
Yes, as a manufacturer, we can provide large amounts in industrial drums or tanks to meet the needs of big factories.
Why is 1-Chlorooctane important in organic synthesis?
It is important because it allows chemists to easily add an 8-carbon chain to other molecules. This helps in creating many different types of industrial and medical products.