XLPE FOR MEDIUM VOLTAGE This is a modified polyethylene compound with Vinylsilane, wet cross-linking, recommended for the coating of overhead compact network of power distribution cables, voltages of 13.8 kV to 34.5 kV. It is supplied in the form of a mono-component. XPEAT61 may be used as coating of cables with Aluminum or Copper conductors, although its use in cables with aluminum conductors is more common for weight reduction purposes. It is suppled in the natural color. For the gray cable, we recommend the color concentrate of general use MBPECZ2/10 (up to 1%) and for the black cable, we recommend the color concentrate of general use MBPEPR5/50 (up to 0.5%). The XPEAT61 compound contains: - Superior resistance to thermal oxidation; - Stabilization to UV light (2000h in WOM as per standard ASTM G155); - Resistance to electrical tracking (2.75KV:1000 min as per standard NBR 10296); - Metallic ion neutralizers; CROSS-LINKING Highly reactive resin / catalyst system, allowing for a quick cross-linking in sauna with saturated vapor (90°C) or heated water (up to 80°C). As a reference, in steam room or heated water, a cable with coating thickness of 3.0mm may sub-link up to 12h. A thickness of 6.0mm may cross-link up to 48h. In ambient curing (25°C / 55% of relative humidity), coverage thickness of 3mm, cross-link in up to 25 days; with thickness of 6.0mm, cross-linking completed up to 45 days.

This compound utilizes the system for cross linking of polyethylene developed by DOW Corning and known as Sioplas. It is a three component system comprising a silylated ethylene polymer known as the graft copolymer PP 408, a tin based cross-linking catalyst master batch PP 401 and also a master batch P-10040-B containing lubricant, UV ingredient and suitable grade of carbon black. These three material are normally used in the ratio of 90 parts graft, 5 parts catalyst master batch and 5 parts special black masterbatches. Stored separately, these materials are fairly stable but when mixed and exposed to moisture, crosslinking takes place. This system allows the compound to be extruded as a normal thermoplastic which will then attain a high level of cross linking in the processed from. The finished product has all the properties associatedwith polyethylene cross linked by other methods. Silane grafted black cross linkable polythylene for over head cables.

A Silane Grafted Crosslinkable Polyethylene Compound, Curable by exposure to moisture, for insulation of Power Cables and possessing excellent extrudability at output rate. PP 411 has been specially developed for cables upto 11KV. The special formulation and compounding techniques used ensure that the contamination level is kept within the required limits for this voltage grade. PP 411 has general Melt Flow Index range of 0.5-0.8, which provides firm stability during extrusion, especially for the thick insulation required for high voltage. Silane Grafted Crosslinkable Polyethylene For Medium Voltage Power Cable Insulation.

A silane grafted crosslinkable polyethylene compound, curable by exposure to moisture, for insulation of power cables and possessing excellent extrudability at high out put rate. PP 408 is based on a high molecular weight polymer and has melt index in the range of 0.5 to 0.8. It has especially developed for low voltage cable insulation and for sheathing purpose. DESCRIPTION : This compound utilizes the system for cross - linking of polyethylene developed by DOW Corning and known as Sioplas. It is a two component system comprising a silylated ethylene polymer known as the graft copolymer PP 408 , and a master batch PP 401 containing a cross - linking catalyst. The two materials normally used in the ratio of 95 parts graft to 5 parts catalyst master batch.

A silane grafted Crosslinkable polyethylene compound, curable by exposure to moisture, for insulation of power cables and possessing excellent extrudability at high output rate. PP 409 has been specially developed for cables up to 72 KV. The special formulation and compounding techniques used ensures that the contamination level is kept within the required limits for this voltage grade. PP 409 has general melt index range of 0.7 - 1.0 which provides firm stability during extrusion, especially for the thick insulations required for high voltage. DESCRIPTION : This compound utilizes the system for crosslinking of polyethylenes developed by DOW coming and known as sioplas. It is a two-component system comprising a silylated ethylene polymer known as the graft copolymer PP 409, and a masterbatch PP401 containing a crosslinking catalyst. The two materials normally used in the ratio of 95 parts graft to 5 parts catalyst masterbatch.

DESCRIPTION AND USE - Silane based crosslinkable LLDPE according to "Sioplas" system - Good surface smoothness and high crosslinking density - High performance in processability and physical properties for wire and cable

DESCRIPTION AND USE - Silane based crosslinkable LLDPE according to "Sioplas" system - Good surface smoothness and high crosslinking density - High performance in processability and physical properties for wire and cable

DESCRIPTION AND USE - Silane based crosslinkable HDPE according to "Sioplas" system - Good surface smoothness and high crosslinking density - High performance in processability, flexibility and physical properties for pipe

XHPE063P is a compounded rotomoulding powder resin, with super high strength, crosslink grade HDPE. The gelatin rate can reach to 60%, it is achieved by peroxide cross linking and can not be used in medical and food industries.

XLPE070P is a crosslinked LLDPE rotomoulding powder resin, with high temperature resistance and resistance to cracking. The gelatin rate can reach to 70%, it can only provide black powder and can not be used in medical and food industries.

Graft Resin component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system. Graft Resins have approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Catalyst Masterbatch component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system.

Available as Flame Retardant Catalyst Masterbatch component for Avient Syncure System.

Available as Catalyst Masterbatch component for Avient Syncure System.

Available as Catalyst Masterbatch component for Avient Syncure System.

Available as Catalyst Masterbatch component for Avient Syncure System.

Graft Resin component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system. Graft Resins have approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Moisture Crosslinkable Polyethylene Compound. Available as Base Resin component for Avient Syncure System.

Catalyst Masterbatch component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system.

Graft Resin component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system. Graft Resins have approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Catalyst Masterbatch component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system.

Graft Resin component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system. Graft Resins have approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Graft Resin component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system. Graft Resins have approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Moisture Crosslinkable Polyethylene Compound. Available as Base Resin component for Avient Syncure System.

Catalyst Masterbatch component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system.

Catalyst Masterbatch component for Avient's Syncure™ system, which is a two-step, silane-grafted, moisture-crosslinkable polyethylene system.

Syncure™ S100BL system is a three part moisture crosslinkable compound. S100BL is a UL bullentinized sunlight resistant, RoHS compliant, low density, black cable insulation compound. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable compounds. S100FH is a UL bulletinized, RoHS and flame retardant cable insulation compound. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable compounds. S100FH-UV is a UL bulletinized, RoHS compliant and flame retardant cable insulation compound. S100FH-UV is suitable for UL 4703 photovoltaic wire insulation not requiring an outer jacket. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable compounds. S100FH-XUV is a UL bulletinized, RoHS compliant and flame retardant cable insulation compound. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable compounds, is a UL bulletinized high strength, RoHS compliant highly flame retardant insulation compound. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable insulation compounds. S100FV-UV is a UL bulletinized, RoHS compliant, high strength, highly flame retardant insulation compound. S100FV-UV is suitable for UL4703 photovoltaic wire insulation not requiring an outer jacket. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable compounds, UL bulletinized, RoHS compliant, easy processing, high strength, colorable cable insulation compound suitable for service entrance cables. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

UL Bullentinized, RoHS compliant, silane-grafted (two part), moisture crosslinkable polyethylene system, UL 125°C. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.

Syncure™ systems are two part moisture crosslinkable compounds, is a UL bulletinized high strength, RoHS compliant highly flame retardant insulation compound. Graft resin component of this system has approximate shelf life of 6 months from the date of production. Please consult Avient for its use past 6 months.