Halogen-free, low smoke, UV and ozone resistant, max. operating temperature 125°C, radiation cross-linkable, flame retardant compoundfor photovoltaic/solar cables for Green Energy/Solar applications.

The RDX 20521 compound is very low temperature resistant to -40°C and IRM 902 & IRM 903 oil resistant

This compound is an ideal choice for the insulation of heat-resistant wires and cables for general applications in railway systems, nuclear power stations, engine compartments and other areas.

It is an excellent choice for single core power cable for protected, fixed installation inside and outside railway vehicles for connecting fixed parts in direct current and alternating voltage technology, especially converter technology. The RDX 2264-3 compound is very low temperature resistant to -40°C and IRM 902 & IRM 903 oil resistant

This compound with extra low temperature resistance and extra oil resistance is classified as hazard level 4 identification code M. It is an excellent choice for compact wiring systems, where a reduced wall thickness results in space and weight savings

Automotive primary wire motor lead wires for coil connections, class F motors and transformers, pumps, solenoids, Internal wiring of appliances, sensor wires, flexible battery cables and wire insulation of low voltage multicore cables for road vehicles.

Motor lead wires for coil connections, class F motors and transformers, pumps, solenoids, Internal wiring of appliances, sensor wires, flexible battery cables and wire insulation of lovv voltage multicore cables for road vehicles.

This compounds results in an extremely smooth surface, while still showing an extrudability at high speeds. The high temperature rating makes this compound an ideal choice for the insulation of heat-resistant wires and cables for applications in areas where wires and cables should withstand the high temperatures in small compartments.

This compounds results in an extremely smooth surface, while still showing an extrudability at high speeds. The high temperature rating makes this compound an ideal choice for the insulation of heat-resistant wires and cables for applications in areas where wires and cables should withstand the high temperatures in small compartments.

Appliance wire, wire for solar panels, gearboxes, etc.

System cabling for military vehicles, aerospace, sensor technology, engine & transformer construction, automotive motor compartments and industrial automation and process controls.

Halogen-free, low smoke, thermoplastic, flame retardant compound for the sheathing and insulation of low and medium voltage cables in General Installation applications.

Halogen-free, low smoke, highly oil and extra fuel resistant radiation cross-linkable, flame retardant compound for thin wall insulation of wire for Rolling Stock, Offshore and Marine/Aerospace applications.

Halogen-free, low smoke, highly oil and extra fuel resistant radiation cross-linkable, max. operating temperature 145°C, flame retardant compound of low and medium voltage cables for General Installation applications.

Halogen-free, low smoke, flexible at low temperatures, highly oil and extra fuel resistant, radiation cross-linkable, flame retardant, max. operating temperature 125°C, compound for power and telecommunication cables for offshore/Shipboard applications.

Halogen-free, low smoke, flexible at low temperatures, highly oil and extra fuel resistant, radiation cross-linkable, flame retardant compound for Offshore/Shipboard and Marine/Aerospace applications.

Halogen-free, low smoke, highly oil and extra fuel resistant, radiation cross-linkable, flame retardant, max operating temperature 105°C, compound for low and medium voltage cables for Marine and Defence applications

The compound can be an ideal solution for applications like coax cables, electronic cables, communication cables, low voltage power cables, instrumentation and control cables in harsh environments.

Halogen-free, low smoke, thermoplastic, highly flame retardant compound for the sheathing of low and medium voltage cables in General Installation applications.

Halogen-free, low smoke, thermoplastic, highly flame retardant compound for the sheathing of low and medium voltage cables in General Installation applications.

Halogen-free, low smoke, thermoplastic, highly oil and extra fuel resistant, flame retardant compoundfor the sheathing of lovv and medium voltage cables for moving applications. (e. g. Green Energy/Offshore)

Halogen-free, low smoke, thermoplastic, highly flame retardant compound for the sheathing of low and medium voltage cables in General Installations applications. This compound features a high line speed and good processability.

Halogen-free, low smoke, thermoplastic, flame retardant compound for the sheathing of low and medium voltage cables in General Installation applications. The compound features a high line speed and good processability.

A 90°C RATED, ZERO HALOGEN INSULATION COMPOUND INTENDED FOR COMMUNICATION CABLES.

AN OIL RESISTANT, LOW DIE DROOL, HALOGEN FREE, FLAME RETARDED JACKETING COMPOUND.

MEGOLON HF 8110 LD1 is a 75C rated flame retardant zero halogen olefinic jacket/sheath compound

MEGOLON HF 8142 UV is a 105C rated flame retardant zero halogen olefinic jacket/sheath compound designed with UV resistance

MEGOLON HF 8553 is a flexible thermoplastic zero halogen flame retardant olefinic jacketing compound intended for demanding telecommunications cables

MEGOLON® IN700 is a thermoplastic, halogen free, fire retardant cable compound, which possess excellent insulation properties. MEGOLON® IN700 is suitable for the insulation of conductors operating at temperatures up to a maximum of 90°C. APPLICATIONS - Spain: UNE 211002 - Germany: DIN VDE 0207 part 23, type HJ2 - CENELEC: EN 50363-7, types TI6 and TI7. MEGOLON® IN700 also meets the requirements of EN 50363-3 for a general purpose PVC insulation compound compound

MEGOLON® S340 is a thermoplastic, halogen free, fire retardant cable sheathing compound for general purpose applications. MEGOLON™ S340 exhibits an enhanced fire test performance with a high oxygen index whilst retaining similar mechanical properties to MEGOLON™ S300 APPLICATIONS - UK: BS EN 50290-2-27 and LUL SE569. MEGOLON® S340 also meets the requirements of BS EN 50363-4-1 type TM1 for a general purpose PVC sheathing compound - Germany: DIN VDE 0207, part 24, type HM2 - France: Norme Francaise NF C 32-323

MEGOLON® S500 is a thermoplastic, halogen free, fire retardant cable sheathing compound for general purpose applications. It exhibits good processing characteristics - using a low compression, MEG type screw, processing speeds similar to those of PVC can be achieved. It can also be processed on a simple PVC screw at lower speeds. APPLICATIONS - UK: BS 7878: 7 (HD 624.7 S1) - Germany: DIN VDE 0207, part 24, type HM2 - France: Norme Française NF C 32-323

MEGOLON® S530 is a thermoplastic, halogen free, fire retardant sheathing compound possessing very good flexibility and a low Young's Modulus. It has been specifically developed for telecommunication cable applications and exhibits a high oxygen index and enhanced fire test performance.

MEGOLON® S552 is a thermoplastic, halogen free, fire retardant cable sheathing compound with enhanced resistance to degradation by hot water, formulated specifically to meet the requirements of UK specification BS 7655:6.1 type LTS4. It also meets many other national and international specifications, some of which are detailed below. S552 is also suitable for low voltage insulation. APPLICATIONS - UK: BS 7655:6.1 type LTS4. Also meets the requirements of BS 7655:6.1 types LTS1, LTS2, LTS3 and BS EN 50363-7 type TI7 and BS EN 50363-8 TM7. - Germany: DIN VDE 0207, part 24, type HM4. Also meets the requirements of DIN VDE 0207, part 24, type HM2 - Italy: CEI 20-11 types M1 and M9 - Australasia: AS/NZS 3808 types HFS-90-TP and HFS-110-TP - International: IEC 60502-1 type ST8 and IEC 60092-359 type SHF1

TD 150FR Natural Masterbatch is a halogenated flame retardant catalyst masterbatch for use in Monosil, Ethylene Vinyl Silane Copolymer or Sioplas moisture cureable systems requiring UL-44 vertical flame performance in insulation and jacketing applications. TD 150FR Natural Masterbatch contains a halogen-based flame retardant package designed to reduce cross-linked PE flame spread characteristics and achieve a vertical wire flame performance on #12 AWG wire and larger. Application A 50% concentration of the TD 150FR blended with 50% Borealis LE 4421 EVS Resin extruded with good cable making practices will pass the necessary properties such as VW-1 flame and the requirements for XHHW-2 and RHH cables as required by the UL-44 and UL-1581. Alternatively, 50% TD 150FR can be blended with commodity LLDPE resin and 1% Monosil silane mixture and also meet these specifications. The percentage of the let-down may be optimized for a particular cable size. The processing conditions, degree of cure and size of conductor can affect the results and care must be taken into consideration by each cable manufacturer to determine the required formulations for their applications.

TT 102 MD is a high performing metal deactivator masterbatch designed for use with natural polyethylene resins used to make wire and cable jackets and insulations where these products will be in direct contact with copper conductors TT102 MD Natural Masterbatch contains a metal deactivator to impart protection from copper catalyzed degradation. TT 102 MD provides effective metal deactivation for materials in direct contact with copper conductors. Applications A 2.0% concentration by weight of the TT 102 MD blended with 98% polyethylene resin when extruded with good cable making practices will make cable with an extended oxidative induction time.

TT 102 UV is a high performing natural UV masterbatch designed for use with natural polyethylene jacketing resins and moisture crosslinkable systems used to make wire and cable jackets and insulations where these products will have exposure to direct sunlight and weather conditions TT102 UV Natural Masterbatch contains a proprietary blend of UV stabilizers to impart UV resistance. TT 102 UV provides effective long term UV weather resistance. Applications A 2.0% concentration of the TT 102 UV blended with 98% polyethylene resin or 98% moisture crosslinkable polymer; when extruded with good cable making practices will make cable that will retain >80% original tensile and elongation after 1,000 hours exposure in a Xenon Arc (ASTM G155) or Carbon Arc (ASTM G153) Weather-o- meter. Specifications Cables manufactured using TT 102 UV and prime polyethylene resin or moisture cure polymers in accordance with standard industry practices should meet the following industry cable specifications for sunlight resistance: - UL 2556 720 hours - CSA C22.2 1,000 hours

TT 107M Black is a novel carbon black grafting catalyst masterbatch designed for use in a modified Monosil moisture cure process TT107M black masterbatch contains grafting initiators, catalyst and novel ambient cure technology for use in modified Monosil cable extrusion. TT 107M provides effective long term UV weather resistance. Application A 6.5% concentration of the TT 107M blended with 92.5% LLDPE commodity resin and 1% vinyl trimethoxy silane when extruded with good cable making practices will make cable that will meet the requirements of UL 44 Underground Service Entrance, Service Entrance and Switchboard Wiring Applications (SIS). Specifications Cables manufactured using TT 107M and commodity LLDPE resin in accordance with standard industry practices should meet the following industry cable specifications: - Underwriters Laboratories Standard 44 USE, SE - Underwriters Laboratories Standard 44 SIS

TT 130 Black is a highly filled flame retardant black masterbatch for use in Monosil, Ethylene Vinyl Silane Copolymer or Sioplas moisture cureable systems requiring UL-44 horizontal flame performance in insulation and jacketing applications. TT130 FR black masterbatch contains a halogen-based flame retardant package designed to flame spread characteristics and achieve a horizontal flame performance on #8 AWG wire and larger. TT 130 FR provides effective long term UV weather resistance. Application A 30% concentration of the TT 105 FR will pass the necessary properties such as horizontal flame retardance and the requirements for XHHW-2 and RHH cables as required by the UL-44 and UL-1581. The percentage of the let-down may be optimized for a particular cable size. The processing conditions, degree of cure and size of conductor can affect the results and care must be taken into consideration by each cable manufacturer to determine the required formulations for their applications.

TT340 BLACK is an economical environmentally friendly 40% masterbatch of carbon black. The masterbatch can be used to protect wire and cable jackets and insulations from UV degradation. The carrier resin is a high MFR LLDPE and disperses easily in most polymeric resins. TT340 BLACK is in a convenient pellet form that minimizes dust reducing environmental emissions, reduces waste disposal costs, and reduces clean up time. Application TT340 BLACK is used to protect wire and cable jacketing resins and moisture cure resins from UV degradation. Addition rates of 5% to 6.25% will protect LLDPE jacket and moisture cure resins from UV degradation.

TT640 BLACK is an environmentally friendly 40% masterbatch of N110 carbon black. The masterbatch can be used to protect wire and cable jackets and insulations from UV degradation. The carrier resin is a high MFR LLDPE and disperses easily in most polymeric resins. TT640 BLACK is in a convenient pellet form that minimizes dust reducing environmental emissions, reduces waste disposal costs, and reduces clean up time. Application TT640 BLACK is used to protect wire and cable jacketing resins and moisture cure resins from UV degradation. Addition rates of 5% to 6.25% will protect LLDPE jacket and moisture cure resins from UV degradation.