|
|
Polypropylene (PP) can be used for a wide range of applications thanks to its excellent processing properties and its low specific density. Because of its favourable cost/performance ratio, this thermoplastic material has the greatest growth rate of all the standard plastics. As it is possible to make specific alterations to the modular structure, new kinds of more efficient PP products have been developed using modern polymerisation processes. At the same time, manufacturers have succeeded in optimising application technological properties that were previously counterproductive, so the PP market promises to continue to experience a high degree of dynamic growth. |
|
Nowadays, there are types of PP
which not only benefit from greater rigidity as a result of
their polymer structure, but are also more resistant to cold
impact and to brittle fracture. These advantages are
compounded by the positive competitive, economic
aspects. |
|
|
dn |
en |
di |
Weight |
Overall length |
|
110 |
3.4 |
103.2 |
1.124 |
6 |
|
125 |
3.9 |
117.2 |
1.450 |
6 |
|
160 |
4.9 |
150.2 |
2.323 |
6 |
|
200 |
6.2 |
187.6 |
3.676 |
6 |