| MA-F44 |
Reacted blend of fatty acid derivatives |
For high mineral/silica filled NR and synthetic rubbers. Cell structure improver for EVA foams |
|
| MA-F50 |
Zinc soaps of unsaturated, high molecular weight fatty acids |
Very effective for physical NR and synthetic rubber peptisation, enhances carbon black dispersion |
|
| MA-F60 |
Blend of zinc soaps of high molecular weight fatty acids |
Dedicated for low temperature mixing, improves NR physical peptisation |
|
| MA-F60T |
Structure of fatty acid soaps and amides |
Improves NR physical peptisation, enhances calandering and extrusion, provides smooth surface and higher tear strength |
|
| MA-F70S |
Blend of zinc soaps of unsaturated, high molecular weight fatty acids |
Very effective for white fillers, especially for high loaded Silica compounds, prevents blooming |
|
| MA-L16 |
Structure of fatty acid soaps and amides |
For practically all elastomers, reduces sticking on metal surfaces, enhances injection moulding |
|
| MA-L20 |
Fatty acid ester derivative |
General purpose, works with most fillers and cureactives. Enhances mould release |
|
| MA-L22 |
High molecular weight, aliphatic fatty acid ester |
High temperature capable, very effective in polar polymers. Improves filler incorporation |
|
| MA-L25 |
Fatty acid ester derivative |
General purpose, works with most fillers and cureactives. Improves mould filling |
|
| MA-L33 |
Structure of high molecular weight esters and fatty acid soaps |
Prevents filler agglomeration in high filled compounds. Improves filler incorporation in open and closed mixing systems |
|
| MA-L42 |
Blend of fatty acid derivative |
Special recommendation for EPM and EPDM. Enhances mould flow |
|
| MA-L48 |
Blend of esters and metal soaps of natural fatty acids |
Highly effective for specialty Polymers. Particular suitable to improve flow and release of ECO compounds. It also works very well to improve extrusion of NBR/PVC blend compounds |
|
| MA-L79 |
Fatty Acid Ester and Polymer |
has excellent lubricating properties, which leads to reduction of injection pressure in the moulding process and prevents scorch |