NextPhenol-R
Phenol that incorporates certified renewable raw materials and maintains the same technical specifications as its fossil counterpart.
Technical data sheet Safety data sheet- leafIt incorporates certified renewable raw materials.
- airwaveSame technical specifications as its fossil counterpart.
- checkGuaranteed traceability from start to finish.
Versatile intermediate product with an improved sustainability profile. Its main use is the production of bisphenol A (BPA), a key component in the manufacture of polycarbonate and epoxy resins. It is also used in the production of caprolactam for the nylon 6 route, and in the production of phenolic resins. Other areas of application range from insulation and coatings to medicines, disinfectants and even food additives.
Technical data sheet Safety data sheet
Sustainable production
Our production plants are ISCC PLUS certified, ensuring production from sustainable raw materials from start to finish through the Mass Balance chain of custody.
NextPhenol range comparison table
Commercial name |
Solidification point (ºC) |
Pt/Co color (Hazen) |
Produced with renewable raw materials |
Produced with renewable energy |
Produced in |
|---|---|---|---|---|---|
|
40.8
|
≤5
|
✔
|
Renewable electricity + and/or biogas
|
Palos / Shanghai
|
|
|
40.8
|
≤5
|
✔
|
Renewable electricity + and/or biogas
|
Palos / Shanghai
|
|
|
40.8
|
≤5
|
✔
|
Renewable electricity + and/or biogas
|
Palos / Shanghai
|
|
|
40.8
|
≤5
|
✘
|
Renewable electricity + biogas
|
Palos / Shanghai
|
Key applications of NextPhenol-R
Sustainable hydroxybenzene for a wide range of industries.
Plastics and resins
Essential raw material for the production of bisphenol A (BPA), critical in the production of polycarbonates and epoxy resins, offering a more sustainable alternative.
Pharmaceuticals
Present in the formulation of medicines and disinfectants, with an improved sustainability profile.
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