IPC 100 & 1800 Series Compression Molded
Compounds based on
RYTON™ PPS


IPC 5000 Series
PTFE Based
PPS Modified Grades


IPC 6000 Series
PEEK Materials


IPC Injection Molding
Compounds


IPC Proprietary
HY-Grade Materials

 

 

 


IPC-100 Series are compression molded compounds based on RYTON ™ Polypheneylene Sulfide filled with glass fibers and minerals. These compounds have excellent machinability, to 2 light bands, with grinding and lapping. High stiffness, chemical resistance & heat stability (600°F) make them natural choices for structural applications or as electrical insulators.

TYPICAL PHYSICAL PROPERTIES OF IPC 100 SERIES
IPC 100 Series compression molding compounds are based on Ryton™ PPS with various loadings of glass fibers and other modifiers such as PTFE, MoS2, graphite, etc. These compounds, used primarily in structural components, are characterized by high stiffness, extremely high use temperatures (to 600°), excellent chemical resistance, and excellent electrical properties. These materials exhibit excellent machinability, and optimal finishes are possible with grinding and lapping. The IPC compound meets ASTM D 4067-84 PPS000G40.

APPLICATIONS

Electrical Components
Pumps
Gears
Packing back-ups
Bearings
Valves
Other structural & functional parts
Available as compression molded bar, tube & plate stock
IPC’s fully equipped machine shop can also provide finished machined parts



IPC-1800 Series is a group of compression molded compounds that are based on Polyphenylene Sulfide and employ carbon fiber reinforcement, graphite, PTFE, molybdenum disulfide, and other modifiers to enhance their chemical and physical properties. These materials are ideal for planer and spherical bearing applications in lubricated or non lubricated service. Lubrication may be in the form of acids or bases or salt water, or any liquid which can form a supportive layer. This series is characterized by high lubricity, but no creep like PTFE. They do not hydrolyze like the polyamides. They are not as fragile as carbon. They are not porous and do not absorb moisture. Their excellent thermal and chemical resistant properties also make them very suitable for use in high temperature and corrosive environments.

Typical Physical properties of the IPC 1800 Series

Friction & Wear Performance Characteristics

Applications
IPC-1800 materials function in harsh environments and are used as:

Bearings
Bushings
Pistons
Back-up rings for fluoropolymer “o” rings
Thrust washers
Back-ups for chevron packing
Molded/machined pistons (for fixed rod reciprocating gas compressors)
Available as compression molded bar, tube & plate stock
IPC’s fully equipped machine shop can also provide finished machined parts

 

   
   
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