1-Butene CAS 106-98-9: Applications, Properties, and Industrial Significance

Discover the essential role of 1-Butene (CAS 106-98-9), a vital alpha-olefin, in modern industry. Learn about its unique chemical properties and wide-ranging applications, particularly in polymer production and as a key chemical intermediate. This article provides a comprehensive overview of its industrial value.

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Advantages Provided by 1-Butene

Enhanced Polymer Properties

Utilizing 1-Butene in polyethylene production imparts superior mechanical strength and flexibility to materials, crucial for applications like packaging films and bags.

Versatile Chemical Intermediate

The diverse CAS 106-98-9 uses extend to its role as a precursor for other valuable chemicals, showcasing its importance in broader chemical synthesis pathways.

Cost-Effective Performance

1-Butene offers an excellent price-performance ratio for polyethylene products, making it an economically sound choice for large-scale industrial manufacturing.

Key Applications

Polyethylene Manufacturing

As a key alpha-olefin comonomer, 1-Butene is vital for producing linear low-density polyethylene (LLDPE), enhancing its physical properties for various uses.

Poly(1-butene) Production

It serves as a primary monomer in the creation of poly(1-butene), a plastic known for its strength and used in pipes for domestic plumbing and other durable applications.

Chemical Synthesis

1-Butene is a valuable chemical intermediate used in the production of butene oxide, valeric acid, and other specialty chemicals, demonstrating its broad utility.

Packaging Materials

The enhanced properties provided by 1-Butene make it ideal for manufacturing high-quality packaging materials such as films, bags, and food packaging, leveraging its industrial applications.