AMS-C is alpha-methylstyrene that incorporates certified secondary raw materials from industrial waste, mainly plastics, while maintaining the same technical specifications as its fossil counterpart. This solution allows progress towards a circular economy, without compromising performance or quality.
description Technical data sheet search Safety data sheetAMS-C is a key monomer that offers an improved sustainability profile, contributing to the circular economy. Its main use is in the production of acrylonitrile butadiene styrene (ABS), a thermoplastic recognized for its high impact resistance and durability. Its applications span various industries that require high durability plastics, such as coatings and cosmetics, promoting circularity in these applications.
description Technical data sheet search Safety data sheetThis product is produced at San Roque Energy Park.
description Technical data sheet search Safety data sheet
Our production plants are ISCC PLUS certified, ensuring production from sustainable raw materials from start to finish through the Mass Balance chain of custody.
Commercial name |
Polymer (mg/kg) |
Pt/Co color (Hazen) |
Produced with renewable raw materials |
Produced with renewable energy |
Produced in |
|---|---|---|---|---|---|
|
AMS-R
|
≤10
|
≤10
|
✔
|
Renewable electricity + and/or biogas
|
Palos
|
|
AMS-C
|
≤10
|
≤10
|
✔
|
Renewable electricity + and/or biogas
|
Palos
|
|
AMS-BC
|
≤10
|
≤10
|
✔
|
Renewable electricity + and/or biogas
|
Palos
|
|
AMS-Low Carbon
|
≤10
|
≤10
|
✘
|
Renewable electricity + biogas
|
Palos
|
Essential monomer with lower carbon footprint.
Mainly used to produce ABS, contributing to the circular economy of its end products.
It is used in containers of cosmetic products that require high impact resistance, good dimensional stability, and quality aesthetic finishes.
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Produced with certified renewable energy.
With certified secondary raw materials from biomass waste.
With renewable raw materials, maintains the same specifications as its fossil counterpart.