RTP by RTP
Engineered thermoplastic compounds from RTP Company provide conductive, structural, wear resistant, flame retardant, elastomeric, and color properties in over 60 engineering resins.
RTP Company compounds a wide range of engineering thermoplastics. Compounding is a process of melt blending plastics with other additives.
This process changes the physical, thermal, electrical or aesthetic characteristics of the plastic. The final product is called a compound or composite.
Compounding starts with a base resin or polymer. RTP Company has experience with more than 60 resin systems, each of which has unique characteristics that make it suitable for use in certain applications.
By incorporating an extensive range of additives, fillers, and reinforcers, a wide range of properties can be achieved in conductivity,
flame retardance, wear resistance, structural, and precolored. Our engineers independently select the additives based on your unique performance criteria.
For example, glass fibers can be added at various levels to increase stiffness in a resin that is more flexible than desired.
|Grade name||Polymer Types||H.D.T.(9) (?C), 1.82 MPa||H.D.T.(9) (?C), 0.45 MPa||N.C.I.(8) (KJ/m2), ISO 179||N.I.(7) (KJ/m2), ASTM D 256||N.I.(7) (J/m), ASTM D 256||N.I.(7) (kg.cm/cm), ASTM D 256||F.M.(6) (kg/cm2),ASTM D790||F.M.(6) (MPa), ISO 178||T.M.(5) (MPa), ISO 527||T.S.(3) (MPa), ISO 527 or ASTM D638, at break||T.S.(3) (MPa), ASTM D412 at break||T.S.(3) (MPa), ISO 137 at break||Density (g/cm)||Elongation (13) %||Elongation, % (Break) ASTM D412||Compression set,% @ 22h,70 ?C Method B, Type 2 (ASTM D395)||% Compression set @ 22h, 150 ?C Method B, Type 2 (ASTM D395)||Hardness (Shore A) (15)||Volume Resistivity (17) (Ohm/cm)||C.S.(18) (%),Condition B||Color||Physical Form (Beads, Pellets, Powder, Flakes)||Product Description|
RTP 6091-85 A BLACK
|TPV||7.1||0.94||400||50||69||83||50||Natural||Pellets||RTP 6091 series TPV compounds can be over-moled onto rigid nylon substates to create a soft protective surface|
RTP 6091-55 A BLACK
|TPV||3||0.94||300||35||56||55||35||Natural||Pellets||RTP 6091 series TPV compounds can be over-moled onto rigid nylon substates to create a soft protective surface|
RTP 6091-70 A BLACK
|TPV||4.4||0.94||300||44||63||70||44||Natural||Pellets||RTP 6091 series TPV compounds can be over-moled onto rigid nylon substates to create a soft protective surface|
RTP 105 CC HB
RTP 105 CC HI
RTP 199 X 70836 A
|PP LGF40%||155||21||8500||8900||120||1.21||1.5-2.5||Black||Pellets||Polypropylene (PP), Long Glass Fiber, Chemically Coupled|
RTP 199 X 70836 B
|PP LGF50%||155||160||23||11700||11800||132||1.33||2.0-2.5||Natural||Pellets||Polypropylene (PP), Long Glass Fiber, Chemically Coupled|
|RTP 199 X 116112 DU||PP LGF60%||19||13400||1.48||Natural||Pellets||Polypropylene (PP), Long Glass Fiber Concentrate, UV Stabilized|
|VLF 80111 CC BLACK||PP LGF60%||154||240||12411||13100||124||1.48||1.0-2.0||Black||Pellets||Polypropylene (PP), Long Glass Fiber, Chemically Coupled|
VLF 80111 CC NATURAL
|PP LGF60%||154||240||12411||13100||124||1.48||1.0-2.0||Natural||Pellets||Polypropylene (PP), Long Glass Fiber, Chemically Coupled|
VLF 80211 A
|PA6 LGF60%||320||20685||21374||228||1.69||1.5-2.5||Natural||Pellets||Nylon 6 (PA), Long Glass Fiber|