| |
| |
::Plastic Molding |
| |
 |
|
|
|
|
|
 |
The
Mold Industry, in particular, has the highest number of unsolvable
problems especially when there is a demand for highly complicated
design, high gloss cosmetic finishings using various resin compounds
etc., that, by the very nature of their intrinsic compositions, are
prone to drag onto mold surfaces and cause stretch marks.
Some of the designs and methods of phased extraction also present
unique problems in ensuring end products that can meet customers’
requirements. Molten Plastic Compounds cool at varying timings.
Depending on the additives and foreign materials mixed with the plastic
resin, some compounds take longer to cool or their substrates are
extremely sensitive and fragile. Nanomouldrelease can coat surfaces of
mold, and even the inserts to these molds, to dramatically reduce the
friction coefficient of these surfaces to produce high gloss finishes
without using traditional mold release agents.
And even in critical scenarios where the design and plastic compound
used make it virtually impossible to financially justify low production
output because of the numerous, time consuming machine/tool maintenance
stoppages.
Nanomouldrelease extends uninterrupted production time, significantly
reducing machine/tool maintenance stoppages.Whether in the Plastics
moulding or die casting industry, Nanomouldrelease’s anti-stick and low
friction coefficient properties have increased production output by
about 15-20% or more and last between 5,000~300,000 or more shots
depending on material used, even with highly abrasive glass filled
resin.
Cosmetic value of manufactured parts improves significantly
by eliminating drag and stretch marks by causing mold surfaces to have
reduced surface pressure and high lubricity with a very low friction
coefficient.
|
 |
 |
 |
| |
|
|
 |
 |
 |
| |
|
|
|
|
|
|
|
