ICORENE® 1506 is a crosslinkable high density polyethylene specifically developed for rotational moulding. This grade is particularly suitable for use in applications requiring exceptional impact resistance at low temperature, toughness and excellent ESCR such as fuel tanks. The cross linking system used allows a wider processing windows and higher PIAT can be reached.

Cross-linkable Polyethylene Compound TA 1108 HD is for use in residential and commercial applications. TA 1108 HD is primarily used in flexible pipe intended for potable hot and cold water plumbing. It is also used extensively in radiant heating applications. Crosslinked TA 1108 HD has a combination of properties which result in tubing with excellent flexibility, superior mechanical and thermal performance, and outstanding aesthetics. TA 1108 HD is suitable for SDR 9 tubing applications in continuous service at operating conditions of 140°F (60°C) and 80 psi.

Cross-linkable High Density Polyethylene Compound TA 1117 HD is for use in industrial applications. Crosslinked TA 1117 HD has a beneficial combination of high density and high gel content which result in excellent chemical, abrasion and heat resistance. The properties of TA 1117 HD make it a preferred choice for oil and gas production, mining, and other aggressive industrial applications. TA 1117 HD is suitable for continuous service at operating temperatures of 95°C (203°F).

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

TA 2410 CX masterbatch is used with Kafrit NA cross-linkable PEX-b compound TA 1117 HD to produce CX-PE pipes. TA 2410 CX is formulated to not accelerate the crosslinking rate of CX-PE pipes, which is intended to allow produced pipe to be stored for several months at ambient conditions with minimal crosslinking taking place before installation. Pipes produced from the CX-PE compound of TA 1117 HD and TA 2410 CX may be butt fused during installation and subsequently allowed to crosslink while in service. TA 2410 CX catalyst contains color pigments, antioxidants and metal deactivator additives, which protect pipes from long term degradation caused by oxidation and heat. TA 2410 CX catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure equivalent to six months in Arizona, as tested in accordance with ASTM F2657.

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

TA 2412 CX masterbatch is used with Kafrit NA cross-linkable PEX-b compound TA 1117 HD to produce CX-PE pipes. TA 2412 CX is formulated to not accelerate the crosslinking rate of CX-PE pipes, which is intended to allow produced pipe to be stored for several months at ambient conditions with minimal crosslinking taking place before installation. Pipes produced from the CX-PE compound of TA 1117 HD and TA 2412 CX may be butt fused during installation and subsequently allowed to crosslink while in service. TA 2412 CX catalyst contains color pigments, antioxidants, and metal deactivator additives, which protect pipes from long term degradation caused by oxidation and heat. TA 2412 CX catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure equivalent to six months in Arizona, as tested in accordance with ASTM F2657.

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

TA 2400 CL series catalyst masterbatches are used with Kafrit NA cross-linkable PEX-b compound TA 1108 HD to produce potable water tubing. TA 2400 CL series catalyst contains color pigment and a crosslinking catalyst which will complete the Sioplas system when extruded with PEX-b compounds such as TA 1108 HD. TA 2400 CL series catalyst masterbatches also contain antioxidant & metal deactivator additives, which protect water pipes from long term degradation caused by oxidation, heat, and exposure to chlorine and active metal ions. TA 2400 CL series catalyst masterbatches include UV protection (HALS and UV absorber) for weathering exposure of the equivalent of 6 months in Arizona, as tested in accordance with ASTM F2657.

Description LUTENE® XL2710BK has excellent strippability, processability for medium voltage power cables (High viscosity version of XL2700BK). Applications Easy strippable insulation shielding compound for medium voltage power cables with rated voltage up to 35kV Characteristics The advantage of LUTENE® XL2710BK over conventional strippable insulation shield compounds include: - Consistent, clean adhesion level over -40 to 70°C temperature range. - Excellent extruded surface smoothness with fewer and smaller surface protrusions over broad range of shear rates. Specification LUTENE® XL2710BK meets the property requirement of the following material specifications. - AEIC CS8 - ICEA S-94-649 - IEC 60502 - BS 6622

Description LUTENE® XL2802BK is a cross-linkable semi-conductive shielding compound for conductor and bonded insulation shielding of high voltage power cables. LUTENE® XL2802BK is compatible with both copper and aluminum conductors. LUTENE® XL2802BK was specifically developed to provide a excellent-smoothness surface yielding a more perfect interface between extruded shield and the insulation. As a result, significantly improved cable performance can be expected. LUTENE® XL2802BK has stable volume resistivity characteristics at elevated temperature. Applications Excellent-smoothness extra clean semi-conductive compound for conductor and bonded insulation shielding of high voltage power cable Characteristics - Excellent Surface Smoothness - Excellent Electrical Properties - Excellent Physical and Thermal Properties - Long-run Extrusion without Scorch Specification LUTENE® XL2802BK meets the property requirement of the following material specifications. - AEIC CS8 - AEIC CS 7-93 - IEC 60502 / IEC 60840 - ICEA S-94-649, S-66-524 / NEMA WC74

Description LUTENE® XL2808BK TR is specially designed cross-linkable semi-conductive compound for conductor shielding of medium voltage power cables. LUTENE® XL2808BK TR is compatible with both copper and aluminum conductors. LUTENE® XL2808BK TR was specifically developed to provide an excellent smoothness surface yielding a more perfect interface between extruded shield and the insulation. As a result, significantly improved cable performance can be expected. LUTENE® XL2808BK TR is recommended for use in conjunction with XL8080NTS (Cross-linked polyethylene compound) and XL8080TR (Tree-retardant cross-linked polyethylene compound) Applications Cross-linkable semi-conductive compound for conductor and bonded insulation shielding of medium voltage power cables with rated voltage up to 35kV Characteristics - Excellent Surface Smoothness - Excellent Electrical Properties - Excellent Physical and Thermal Properties - Long-run Extrusion without Scorch Specification LUTENE® XL2808BK TR meets the property requirement of the following material specifications. - AEIC CS8 - ICEA S-94-649, S-93-639 / NEMA WC74 - IEC 60502 - CENELEC HD620 - BS 6622

Applications Cross-linkable semi-conductive compound for conductor and bonded insulation shielding of medium voltage power cables with rated voltage up to 35kV Description - LUTENE ® XL2808BK has an excellent electrical properties and assists in obtaining a minimum shrinkback on aluminum conductor, especially solid conductor. - LUTENE ® XL2808BK is specifically developed to provide a smooth surface yielding a more perfect interface between the extruded shield and the insulation. - LUTENE ® XL2808BK has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that has demonstrated compatibility with copper conductor. Characteristics - Excellent Electrical Property - Excellent Physical and Thermal Property - Excellent Surface Smoothness Specification LUTENE ® XL2808BK meets the property requirement of the following material specifications. - AEIC CS8 - ICEA S-94-649 - IEC 60502 - BS 6622

Description LUTENE® XL2810BK has an excellent electrical properties and assists in obtaining a minimum shrinkback on aluminum conductor, especially solid conductor. LUTENE® XL2810BK is specifically developed to provide a smooth surface yielding a more perfect interface between the extruded shield and the insulation. LUTENE® XL2810BK has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that has demonstrated compatibility with copper conductor. Applications Cross-linkable semi-conductive compound for conductor and bonded insulation shielding of medium voltage power cables with rated voltage up to 35kV (High viscosity version of XL2808BK) Characteristics - Excellent Electrical Property - Excellent Physical and Thermal Property - Excellent Surface Smoothness Specification LUTENE® XL2810BK meets the property requirement of the following material specifications. - AEIC CS8 - ICEA S-94-649 - IEC 60502 - BS 6622

Description LUTENE® XL2902BK is a cross-linkable semi-conductive shielding compound for conductor and bonded insulation shielding of high and extra high voltage power cables. LUTENE® XL2902BK is compatible with both copper and aluminum conductors. LUTENE® XL2902BK was specifically developed to provide a super-smoothness surface yielding a more perfect interface between extruded shield and the insulation. As a result, significantly improved cable performance can be expected. LUTENE® XL2902BK has stable volume resistivity characteristics at elevated temperature. Applications Excellent-smoothness extra clean semi-conductive compound for conductor and bonded insulation shielding of high and extra high voltage power cable Characteristics - Excellent Surface Smoothness - Excellent Electrical Properties - Excellent Physical and Thermal Properties - Long-run Extrusion without Scorch - Contaminant Free Specification LUTENE® XL2902BK meets the property requirement of the following material specifications. - AEIC CS8 - AEIC CS7-96 - IEC 60502, 60840, 62067 - ICEA S-94-649, S-66-524 / NEMA WC74

Description LUTENE® XL8080NR is a standard version having excellent electrical properties for low and medium voltage power cable insulation. LUTENE® XL8080NR provides excellent surface finish and outstanding output rates over a broad range of conditions. Applications Cross-linkable polyethylene compound for low and medium voltage power cable insulation with rated voltage up to 11kV Specification LUTENE® XL8080NR meets the property requirement of the following material specifications. - AEIC CS8 - ICEA S-94-649 - KSC 3611 - IEC 60502

Description LUTENE® XL8080NRS is a standard version having excellent electrical properties for low and medium voltage power cable insulation. LUTENE® XL8080NRS provides excellent surface finish and outstanding output rates over a broad range of conditions. Applications Cross-linkable polyethylene compound for low medium voltage power cable insulation with rated voltage up to 11kV Specification LUTENE® XL8080NRS meets the property requirement of the following material specifications. - AEIC CS8 - AEIC CS8 ICEA S-94-649 - KSC 3611 - IEC 60502

Description LUTENE® XL8080NT is a standard version having excellent electrical properties for medium voltage power cable insulation and has a very low level of contamination. LUTENE® XL8080NT provides excellent surface finish and outstanding output rates over a broad range of conditions. Applications Cross-linkable polyethylene compound for medium voltage power cable insulation with rated voltage up to 36kV. Specification LUTENE® XL8080NT meets the property requirement of the following material specifications. - ICEA S-94-649 - AEIC CS8 - KSC 3611 - IEC 60502 - BS 6622

Description LUTENE® XL8080NTS is a standard version having excellent electrical properties for medium voltage power cable insulation and has a very low level of contamination. LUTENE® XL8080NTS provides excellent surface finish and outstanding output rates over a broad range of conditions. Applications Cross-linkable polyethylene compound for medium voltage power cable insulation with rated voltage up to 36kV. Specification LUTENE® XL8080NTS meets the property requirement of the following material specifications. - ICEA S-94-649 - AEIC CS8 - KSC 3611 - IEC 60502 - BS 6622

Description LUTENE® XL8080TR has excellent electrical properties for medium voltage power cable insulation and especially it shows improved water tree resistance and has thermal aging property. Applications Cross-linkable polyethylene compound for water tree retardant medium voltage power cable insulation with rated voltage up to 36kV. Specification LUTENE® XL8080TR meets the property requirement of the following material specifications. - AEIC CS8 - ICEA S-94-649, S-93-639 / NEMA WC74 - IEC 60502 - CENELEC HD620 - BS 6622

Description LUTENE® XL8080UCS is a superior cleanliness version for high and extra high voltage power cable insulation and is designated as UC (Ultra-Clean) due to its extremely low level of contamination. Applications Cross-linkable polyethylene compound for high and extra high voltage power cable insulation with rated voltage up to 230kV Specification LUTENE® XL8080UCS meets the property requirement of the following material specifications. - AEIC CS9 - AEIC CS8 - KSC 3611 - ICEA S-94-649 - IEC 60502 - IEC 60840 - IEC 62067

Description LUTENE® XL9090NT is a standard version having an enhanced cross-linking property for medium voltage power cable insulation and having an enhanced degree of scorch retardance. It has been designed to have a low level of additive sweat-out while maintaining the polyethylene's excellent electrical properties. Applications Rapid cure insulation compound for MV power cables with rated voltage up to 36kV. Specification LUTENE® XL9090NT meets the property requirement of the following material specifications. - ICEA S-94-649 - AEIC CS8 - KSC 3611 - IEC 60502

Petrothene YR92126 is a thermoplastic polyolefin-based, semiconductive, deformation resistant, black compound. YR92126 is selected by customers for use as shielding and jacketing for medium voltage power cable. When properly extruded, cables produced with YR92126 will meet the requirements of AEIC CS 5-82 and ICEA S-66-524. Antioxidant has been added to ensure thermal stability during processing and enhance product performance.

Low density, moisture curable polyethylene compound for 125°C/150°C appliance wire and coil-lead wire applications. PEXIDAN® H/T is a low density flame-retardant XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a flame-retardant catalyst masterbatch CAT-012FR. Mixed and extruded in the proper proportions (67/33) this mixture results in a material curable by exposure to 70-95°C hot water or even ambient moisture. PEXIDAN® H/T is listed with CSA for AWM and CL1251, CL1252 & CL1503, and for UL AWM styles 3173 and 3321. See below for a more complete list of suitable AWM styles. PEXIDAN® H/T is halogenated but is RoHS-compliant.

Low density moisture curable polyethylene compound for SAE J1128 Automotive wire applications. PEXIDAN® J/T is a low density flame-retardant XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a flame-retardant catalyst masterbatch CAT-012FR. Mixed and extruded in the proper proportions (60:40), the two components result in a material that is curable by exposure to 70-95°C hot water or even ambient moisture. PEXIDAN® J/T is designed to meet SAE J1128 standards for GXL, TXL and SXL type insulation. PEXIDAN® J/T is halogenated but is RoHS-compliant.

Low density, moisture curable, polyethylene compound for low voltage building wire insulation (CSA RW-90, RWU-90, AC-90, TECK-90). PEXIDAN® R/T is a low density XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a catalyst masterbatch CAT-009. Mixed in the proper proportions (95/5) the two components result in a material that is curable by exposure to 70-95°C hot water or even ambient moisture. PEXIDAN® R/T is listed with the Canadian Standards Association for use in RW-90 and RWU-90 XLPE applications and rated to -40°C. PEXIDAN® R/T is non-flame-retardant, halogen-free and RoHS-compliant.

Low density, moisture curable polyethylene compound, for low voltage building wire insulation (CSA RW90, RWU90, AC90, TECK90 - Sunlight Resistant). PEXIDAN® R/T-UV2 is a low density XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a catalyst masterbatch CAT-288UV. Mixed and extruded in the proper proportions (95:5), the two-component blend results in a material that is curable by exposure to 70-95°C hot water or even ambient moisture. Insulation made with PEXIDAN® R/T-UV2 is rated to -40°C and may be marked Sunlight Resistant ("- SR") in all colors and in all sizes per CSA C22.2 No. 38. PEXIDAN® R/T-UV2 is suitable for CSA Type RPV90 and RPVU90 photovoltaic wire per C22.2 No. 271. PEXIDAN® R/T-UV2 is non-flame retardant, halogen free, and RoHS-compliant.

Low density moisture curable polyethylene compound for low voltage underground service entrance cables (UL styles USE / USE-2 and Secondary URD). PEXIDAN® U/T is a low density XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a catalyst masterbatch CAT-008. When mixed and extruded in the proper proportions (95/5), the two components result in a material curable by exposure to 70-95°C hot water or even ambient moisture. In order to prevent pre-scorching, the grafted compound and the catalyst masterbatch must be stored separately and mixed only when used. PEXIDAN® U/T is RoHS-compliant. PEXIDAN® U/T is also suitable for medium voltage XLPE jacket applications not requiring flame retardancy.

Low density, moisture curable polyethylene system, for low voltage building wire, control cable and cable tray applications (UL styles SIS, XHH, XHHW, XHHW-2, RHH, RHW, and RHW-2 VW-1). Also CSA listed for RW-90 and CIC (-40°C rated). PEXIDAN® V/T is a low density flame-retardant XLPE system curable by moisture and consists of a silane-grafted base compound A-3001 and a flame-retardant catalyst masterbatch CAT-010FR. Mixed and extruded in the proper proportions (50/50), the two components result in a material that is curable by exposure to hot water. PEXIDAN® V/T is halogenated but is RoHS-compliant.

Low Density, Moisture Curable Polyethylene Compound, for Low Voltage Building Wire, Control Cable and Cable Tray Applications (UL Styles SIS, XHH, XHHW, XHHW-2, RHH, RHW, and RHW-2 VW-1). Also CSA listed for RW-90 and CIC (-40C rated). PEXIDAN® V/T-2 is a low density flame-retardant XLPE system curable by moisture and consists of a silane-grafted base compound A-3001 and a catalyst masterbatch CAT-045FR. Mixed and extruded in the proper proportions (50/50), the two components result in a material that is curable by exposure to hot water. PEXIDAN® V/T-2 is halogenated but is RoHS-compliant.

Low density, moisture curable polyethylene, for low voltage building wire, control cable, photovoltaic and cable tray applications (UL styles SIS, XHHW, XHHW-2, RHW, RHW-2, PV VW-1; ‘SUNRES' and -40°C). PEXIDAN® V/T-2UV is a low density flame retardant XLPE system, curable by moisture and consists of a silane grafted base compound A-3001 and a catalyst masterbatch CAT-083FR-UV. Mixed and extruded in the proper proportions (50/50), the two components result in a material that is curable by exposure to hot water. PEXIDAN® V/T-2UV is halogenated but is RoHS-compliant. Insulation made with this system may be marked SUNRES or ‘SR' in all colors and in all sizes per UL44, UL4703 and CSA C22.2 #38. This product is also CSA-listed for RW90, RWU90, RPV90 RPVU90 and CIC, ‘SR' and -40C rated.

Low density, moisture curable polyethylene compound, for low voltage building wire applications (UL styles XHHW-2, RHW-2, RHH, SIS, USE-2). Also CSA listed for styles RW-90 and RWU-90 (-40°C rated). PEXIDAN® X/T is a low density flame-retardant XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a flame retardant catalyst masterbatch CAT-005FR. Mixed and extruded in the proper proportions (80:20), the two components result in a material that is curable by exposure to 70-95°C hot water or even ambient moisture. In order to prevent pre-scorching, the grafted compound and the catalyst masterbatch must be stored separately and mixed only when used. PEXIDAN® X/T is halogenated but is RoHS compliant.

Low density moisture curable polyethylene for low voltage building wire applications (UL styles XHHW-2, RHW-2, RHH, SIS, USE-2 and Photovoltaic with SUNRES) PEXIDAN® X/T-UV is a low density flame-retardant XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a flame-retardant catalyst masterbatch CAT-005FR-UV1. Mixed and extruded in the proper proportions the two-component system results in a material that is curable by exposure to 70-95°C hot water or even ambient moisture. PEXIDAN® X/T-UV is halogenated but is RoHS-compliant. UL44 type insulation may be marked SUNRES or SR in all colors for sizes of 6 AWG and larger. UL4703 photovoltaic insulation may be marked SUNRES in all sizes and colors.

Low density, moisture curable polyethylene, for low voltage building wire and photovoltaic wire applications (UL styles XHHW-2, RHW-2, RHH, SIS, USE-2, and PV with SUNRES) XLPE system curable by moisture and consists of a silane pre-grafted base compound A-3001 and a flame-retardant catalyst masterbatch CAT-047FR-UV2. Mixed and extruded in the proper proportions, the two-component system results in a material curable by exposure to 70-95°C hot water or even ambient moisture. PEXIDAN® X/T-UV2 is halogenated but is RoHS-compliant. Insulation may be marked SUNRES or SR in all colors and in all sizes per UL44 and UL4703. This product is also CSA-listed to CSA C22.2 #38 for RW90, RWU90, RPV90 RPVU90 and CIC, and ‘SR' and -40C rated.

Silane grafted compound, moisture curable by addition of a catalyst masterbatch (Sioplas® method). This material complieswith RoHS requirements. Application: Polidan® T/A-HF is used for the production of pipes for domestic hot and cold water supply as well as indoor/outdoor gas distribution and is used both for mono layer and composite pipe design. Standard complying DVGW (W270, KTW-A); DM174; NSF (STD-14 and STD-61)*

XLPE FOR LOW VOLTAGE This is a Low-Density Linear Polyethylene, with UV protection, modified with Vinylsilane, wet cross-linking, recommended for the insulation and coating of potency, command, and power cables to voltages up to 6KV. It may be used as insulation and coating in Copper or Aluminum conductors, being supplied in the form of a mono-component. The coloration may be performed with the use of concentrates of regular color, low density polyethylene base. The XPE23 compound contains: - Additives for superior resistance to thermal oxidation; - Additives for resistance to UV light; - Metallic ion neutralizers; - Additives to allow high production speeds; CROSS-LINKING Highly reactive resin / catalyst system, allowing for a quick cross-linking in steam room 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 0.7mm, nominal section of the conductor up to 2.5 mm², sub-linking up to 3h. A cable with the same coating thickness (0.7mm) and nominal section of the conductor up to 6 mm², sub-linking up to 6h. In ambient curing (25°C / 55% relative humidity), insulation thickness up to 6.0mm, cross-linking up to 48h.