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copperCopper Conductors
electric cable compoundsECC Elastomeric Polyolefin Compounds
ethylene vinyl acetateEthylene Vinyl Acetate Compounds
flooding and filling compoundsFlooding & Filling Compounds
fluoropolymersFluoropolymers
masterbatch compoundsMasterbatch Compounds
nylon resinNylon Extrusion Resin
PVC compoundsPVC Compounds
polyethylenePolyolefin Compounds
specialty compoundsS&E Compounds
santopreneSantoprene™ Compounds
tapes for cablesTapes - Steel/Aluminum,
Water-Blocking
TPE compoundsTPE Compounds
TPU compoundsTPU Compounds
wire and cable

Crosslinkable and Polyolefin Compounds

Polyethylene and Polypropylene based compounds including LDPE, LLDPE, HDPE, Water Curable, XLPE, Flame Retardant, and Non-Halogen compounds.

Applications include medium/high voltage insulation cables, low voltage power cable insulation, dielectric insulation in communication cables and jacketing, and fiber optic cables.

Jacketing Compounds

Compound Density
g/cm3
Description Data Sheet SDS
HE60620.958 A black high density jacketing compound, which is produced with the Borealis proprietary Borstar® bimodal process technology.
HE60630.946 A natural, UV-stabilised, colourable, bimodal high density jacketing compound; produced with the Borealis proprietary Borstar® bimodal process technology.
HE60670.954 A black high density (HD) jacketing compound; produced with the Borealis proprietary Borstar® bimodal process technology.
HE60680.944 A natural, UV-stabilised, colourable, bimodalhigh density jacketing compound; produced with the Borealis proprietary Borstar® bimodal process technology.
LE60220.918 A black low density copolymer modified polyethylene compound.  
LE60270.920 A black linear low density copolymer modified polyethylene compound.
LE87060.920 A natural colourable linear low density jacketing compound; produced with the Borealis proprietary Borstar® bimodal process technology.
LE87070.936 A a black linear low density jacketing compound; produced with the Borealis proprietary Borstar® bimodal process technology.
ME60520.948 A a black bimodal polyethylene jacketing compound, based on a medium density base resin; produced with the Borealis proprietary Borstar® bimodal process technology.
ME60530.936 A natural, UV stabilised, colourable, medium density jacketing compound; produced with the Borealis proprietary Borstar® bimodal process technology.

Non-Halogen Flame Retardant Compounds

Compound Density Description Data Sheet SDS
FR48021.15 Casico™ thermoplastic, low smoke zero halogen flame retardant, natural jacketing insulation compound combined with excellent extrusion properties.
FR48031.15 Casico™ thermoplastic, low smoke zero halogen flame retardant, UV stabilised, natural jacketing compound combined with excellent extrusion properties
FR48041.15 Casico™ thermoplastic, low smoke zero halogen flame retardant, UV stabilised, natural jacketing compound combined with excellent extrusion properties.
FR48071.15 Casico™ thermoplastic, low smoke zero halogen flame retardant, UV stabilised, natural jacketing compound combined with excellent extrusion properties
FR48101.27 A thermoplastic, low smoke zero halogen flame retardant, black jacketing compound combined with flexibility and exceptional fluid resistance.

Automotive/Appliance Compounds

Compound Density Description Data Sheet SDS
FR48301.40 A chemically crosslinkable non-halogen flame retardant polyethylene compound for primary automotive and appliance wire.
FR48371.40 A chemically crosslinkable non-halogen flame retardant polyethylene compound for primary automotive and appliance wire.
FR48451.40 An irradiation crosslinkable non-halogen flame retardant compound developed for the automotive wire market.
FR48471.40 A polyethylene-based striping compound for primary automotive wires.
FR48321.40 A chemically crosslinkable polyethylene compound for primary automotive wires.
FR48501.35 A halogen free flame retardant polypropylene compound for Primary Automotive Wire of 1.5mm2 or 16AWG conductors and finer.
FR48521.27 A halogen free flame retardant polypropylene compound for Primary Automotive Wire of 2.5mm2 or 14AWG conductors and larger.

Visico™ Low Voltage Moisture Cure Systems

System Density Description Data Sheet Comp. 1 SDS Comp. 2 SDS Comp. 3 SDS
LE4421/LE44320.92/1.05 This is a black, moisture-induced crosslinking polyethylene compound that is designed for use as low voltage wire insulation and jacketing. The combination of Visico™ base material, LE4421, and a tin catalyst masterbatch, LE4432, provides a highly scorch retardant compound with excellent thermal stability.  
LE4421/LE44370.92/0.94 The combination of a Visico™ base material, LE4421, and a tin catalyst masterbatch, LE4437, provides a highly scorch retardant compound with excellent thermal stability. It is readily pigmented to a variety of colors using standard wire & cable concentrates designed for thermoplastic or crosslinked polyethylene.  
LE4421/LE4460/LE44320.92/2.00/1.05 This is a black, halogen-based flame retardant, moisture-induced crosslinking polyethylene compound. The combination of Visico™ LE4421 base resin, along with the LE4460 brominated flame retardant masterbatch and the LE4432 tin catalyst masterbatch provides a highly scorch retardant compound with excellent thermal stability and good flame properties.
LE4421/LE4460/LE44370.92/2.00/0.94 This is a natural, moisture-induced crosslinking polyethylene compound. The combination of a Visico™ LE4421 base resin, along with the LE4460 brominated flame retardant masterbatch and the LE4437 catalyst, provides a highly scorch retardant compound with excellent thermal stability and good flame retardant properties.
LE4423/LE44760.92 This is a silane crosslinkable natural compound designed for low voltage power cables up to 6 kV. The base material, Visico™ LE4423, in combination with the catalyst masterbatch, Ambicat LE4476, will accelerate the moisture-induced crosslinking reaction. The system is highly active and crosslinks quickly at ambient conditions, in sauna or in hot water.    
LE4423/LE44320.92/1.05 The combination of a Visico™ base material, LE4423, and a tin catalyst masterbatch, LE4432, provides a highly scorch retardant black compound with excellent thermal stability. LE4423/LE4432 contains a patented scorch retardant additive (SRA) that increases the processing window for a moisture crosslinking compound and minimizes the tendency for premature crosslinking in the extruder, head or die.  
LE4423/LE44370.92/0.94 The combination of a Visico™ base material, LE4423, and a tin catalyst masterbatch, LE4437, provides a highly scorch retardant compound with excellent thermal stability. LE4437 also provides, in addition to catalyst, a stabilizaton package containing suitable antioxidants, a metal passivator and a metal deactivator. LE4423/LE4437 is readily pigmented to a variety of colors using standard wire & cable concentrates designed for thermoplastic or crosslinked polyethylene.  
LE4423/LE4460/LE44320.92/2.00/1.05 This is a black, halogen-based flame retardant, moisture-induced crosslinking polyethylene compound. The combination of Visico™ LE4423 base resin, along with the LE4460 brominated flame retardant masterbatch and the LE4432 tin catalyst masterbatch provides a highly scorch retardant compound with excellent thermal stability and good flame properties. LE4432 also provides, in addition to catalyst, a stabilization package containing suitable antioxidants, a metal deactivator and a 25% loading of fine particle size carbon black for UV weather resistance.
LE4423/LE4460/LE44370.92/2.00/0.94 This is a natural, moisture-induced crosslinking polyethylene compound. The combination of a Visico™ LE4423 base resin, along with the LE4460 brominated flame retardant masterbatch and the LE4437 catalyst, provides a highly scorch retardant compound with excellent thermal stability and good retardant flame properties.
FR4450/LE44331.10/0.94 This is a black, zero halogen, moisture-induced crosslinking polyethylene compound that is designed for use as low voltage wire insulation and jacketing. The combination of a Visico™ FR4450 base resin, and the LE4433 catalyst, provides a highly scorch retardant compound with excellent thermal stability and good flame retardant properties. Meets UL 854 and UL 44.  
FR4450/LE44391.10/0.94 This is a natural, zero halogen, moisture-induced crosslinking polyethylene compound that is designed for use as low voltage wire insulation and jacketing. The combination of a Visico™ FR4450 base resin, and the LE4439 catalyst, provides a highly scorch retardant compound with excellent thermal stability and good flame retardant properties. Meets UL 854 and UL 44.  

Communication Cable Compounds

Compound Density Description Data Sheet SDS
HE11060.95 A fully formulated compound for physical foamed coaxial cable insulations.
HE33660.945 A HDPE compound for solid insulation of telephone singles with high extrusion speed. HE3366 is designed as insulation for petroleum filled telephone cables. It is also suitable as outer skin in "foam-skin" cosntructions.
HE13440.945 A fully formulated compound for chemical foamed data cable insulation. HE 1344 is a high-density polyethylene compound containing chemical blowing agent.
HE13450.945 A fully formulated compound for chemical foamed telesingles which passes the Telcordia Pedestal test. HE1345 is a high-density polyethylene compound containing chemical blowing agent.
LE11200.924 A low density polyethylene compound intended for the insulation of radio frequency coaxial cables. LE1120 is designed to give the lowest possible cable attenuation by the selection of electrical clean feedstock and contains no additives.
LE60060.918 A low loss LDPE compound for coaxial cables. LE6006 contains a special type of anti-oxidant, which does not adversely affect the electrical properties.
ME60320.928 A MDPE compound for solid insulation of telephone singles and data cables at high line speed. It contains a metal deactivator.

Medium / High Voltage Insulation

Compound Density Description Data Sheet SDS
LR4201S0.92 A crosslinkable natural polyethylene compound, specially designed for insulation applications.    

Semi-Conductive Compounds

Compound Density Description Data Sheet SDS
LE0595-071.135 A crosslinkable black polyethylene compound, specially designed for bonded semiconductive screen applications.
LE05941.113 A crosslinkable black polyethylene compound, specially designed for bonded semiconductive screen applications.  
LE05001.12 A crosslinkable black polyethylene compound, specially designed for bonded semiconductive screen applications. Intended for: semiconductive shielding of XLPE extra high voltage cables
LE05041.135 A crosslinkable black polyethylene compound, specially designed for bonded semiconductive screen applications.
LE05421.127 A silane crosslinkable black semiconductive compound for co-extrusion with a silane crosslinkable LDPE insulation.
LE05111.17 A crosslinkable black polyethylene compound, specially designed for strippable semiconductive screen applications. Intended for strippable outer semiconductive shielding of XLPE medium voltage cables with rated voltages up to 36 kV.
LE05631.055 A thermoplastic semiconductive compound specifically designed for medium- high and extra-high voltage cable systems requiring improved grounding.

Track Resistant Compounds

Compound Density Description Data Sheet SDS
ME44250.93 Medium density Visico™ Silane copolymer containing a scorch resistant additive, for cables up to 5kV. To be used with a catalyst Masterbatch.  

Flame Retardant Compounds

Compound Density Description Data Sheet SDS
PC7801.21 Polycure™ halogenated, colorable, XLPE for LV and control cables meeting UL: XHHW-2, RHH, RHW-2, USE-2, SIS. Approved for oil and gasoline exposure UL 44. Meets UL 1581 VW-1 flame test on #14 AWG and larger conductors.    

Polypropylene Compounds

Compound Density Description Data Sheet SDS
PP48210.915 A thermoplastic, non-halogen containing, insulation compound based on a polypropylene copolymer.
BC545MO0.908 A polypropylene copolymer insulation with excellent thermal stability.

Purge Compound

Compound Density Description Data Sheet SDS
LE08651.05 A natural, modified polyethylene compound.

Borstar® is a registered trademark of Borealis Compounds, LLC.
Casico™, Ambicat™ and Visico™ are trademarks of Borealis Compounds, LLC.