| Product |
Features/Characteristics |
|
| _Lewatit K1131 |
Strong acid; gel-type; highly stable; for production of BPA |
|
| _Lewatit K1131 S |
Strong acid; gel-type; low cross-linked; for production of BPA |
|
| _Lewatit K1221 |
Strong acid; gel-type; low cross-linked; highly stable |
|
| _Lewatit K1461 |
Strong acid; gel-type; removal of heavy
metals; esterification |
|
| _Lewatit K2431 |
Strong acid; macroporous; spherical beads; alkylation; esterification |
|
| _Lewatit K2620 |
Strong acid; macroporous; hyper-active sulfonic acid groups |
|
| _Lewatit K2621 |
Strong acid; macroporous; large pore structure; high cross-linked |
|
| _Lewatit K2629 |
Strong acid; macroporous; for use in aqueus and organic solutions |
|
| _Lewatit K2649 |
Strong acid; macroporous; for use in inpolar and non-polar media |
|
| _Lewatit K3433 |
Weak base; macroporous; catalytic removal of oxygen |
|
| _Lewatit K6267 |
Strong base; gel-type; recovery of anionic heavy metal anions |
|
| _Lewatit K6333 |
Strong base; gel-type; palladium-doped, catalytic removal of oxygen |
|
| _Lewatit K6362 |
Strong base; gel-type; monodispersed; continuous flow processes |
|
| _Lewatit K6367 |
Strong base; gel-type; large bead size; recovery of anionic heavy metal
complexes |
|
| _Lewatit K6462 |
Strong base; gel-type; monodispersed recovery of anionic heavy metal
complexes |
|
| _Lewatit K7333 |
Strong base; gel-type; palladium-doped, catalytic removal of oxygen |
|
| _Lewatit K7367 |
Strong base; macroporous; monodispersed recovery of anionic noble metal
complexes, chloro- or cyano- complexes |
|
