EST
1980
1104 north scenic drive
payson, arizona 85541
tm
Copyright 2006-2011 - SRG Plastics - All Rights Reserved
C
injection molded parts
injection mold tooling
The method of injection molding involves
heating plastic to high temperatures
sometimes in excess of 600 degrees and
forcing the liquid plastic, under extreme
pressure and clamping force into a steel
mold. The mold is then rapidly chilled and
the part is ejected. This happens all with-
method for part manufacturing and high
volume production.
heating plastic to high temperatures
sometimes in excess of 600 degrees and
forcing the liquid plastic, under extreme
pressure and clamping force into a steel
mold. The mold is then rapidly chilled and
the part is ejected. This happens all with-
method for part manufacturing and high
volume production.
-
Advantages with injection molding
Some of our capabilities include:
- process a wide range of materials including engineering grades
- overmolding and hand loading threaded inserts
- 75 - 700 ton injection molding machines
- 2 grams to 64 ounce in part weight
- part design and CAD drawing services
- U.S. and offshore mold manufacturing
- full fabrication and CNC machine services
- 24 hr / 6 day production capabilities
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Depending on your requirements, literally thousands
of materials can be injection molded. These range
from polypropylene used in toys, to ABS used in
consumer electronics, to nylon used for engineering
grade applications, to silicone used for high heat
requirements. Click here for our material selection
guide, to learn about some common materials.
of materials can be injection molded. These range
from polypropylene used in toys, to ABS used in
consumer electronics, to nylon used for engineering
grade applications, to silicone used for high heat
requirements. Click here for our material selection
guide, to learn about some common materials.
Plastic injection molded parts can be:
- reinforced with glass or graphite, exhibits metal characteristics
- resistant to extreme hot or cold temperatures -40 to 500F
- resistant to caustic chemicals and ultra violet light exposure
- low CLTE (co-efficient of linear expansion) good for outdoor applications
- exhibit rubber like characteristics when using thermoplastic elastomers
- anti-stat inhibitors for electronic requirements
- chrome plated for automotive applications
For a definition of some common plastic terms see plastic terms
For a definition of some common plastic terms see plastic terms
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