Agriculture

LyondellBasell has a wide range of materials designed for a variety of agricultural applications, ranging from greenhouse and mulch films to heavy agricultural equipment like tractors, combines and implements.

Our innovative solutions can help increase cultivation efficiencies and optimize plant growth, enabling farmers to bring fresh food from their farm to your table.

Success Stories

Baja Desert

Case New Holland

Vidyard Video
Vidyard Video

Our Polymer Portfolio

Catalloy

The proprietary Catalloy technology from LyondellBasell creates reactor thermoplastic polyolefins that combine the advantages of polyolefins with those of elastomers which can be utilized in geomembrane applications.

Engineered Composites

Innovative thermoset compounds that deliver optimum mechanical performance while maintaining aesthetics in applications like body panels and hoods for heavy equipment.

Engineered Polymers

From electrical housings to interior applications, our high-performance plastic compounds offer a variety of characteristics to meet your unique needs.

Masterbatch & Custom Performance Colors

Using Masterbatch additives, such as UV diffusers, we can enhance the effectiveness of applications like greenhouse films and mulch films to help optimize plant growth.

Olefins & Polyolefins

LyondellBasell is one of the world’s largest producers of versatile plastic resins, such as polypropylene and polyethylene. These materials produce a variety of products that are used to advance solutions in nearly every sector of the economy, including agriculture.

Polypropylene Compounds

Our Polypropylene Compounds offer a broad range of characteristics and are used in a variety of interior applications, enabling cabin comfort in heavy equipment.

Specialty Powders

From diesel tanks to combine implements, our broad range of specialty powders is custom-tailored to meet your performance needs, with a wide range of physical properties, performance, and powder characteristics.

Related Stories

Enhancing Tractor Functionality and Efficiency with Polymers