Products

PEXIDAN® L/T-UV is a high density PEX system consisting of a silane grafted basecompound A-1001 and a catalyst masterbatch CAT-003 (or A-1022 and CAT-117). When mixed and extruded in the proper proportions, the two-component system results in a material that is crosslinkable by exposure to moisture or by immersion in hot water at 90-95°C. PEXIDAN® L/T is listed by NSF International to standards 14 and 61 and to Canadian Standards Association standard B137.5. NSFI certification to ASTM F876 and ASTM F2023 testifies to its superior resistance to oxidation by hot, chlorinated water. PEXIDAN® L/T is permitted to be used in domestic continuous re-circulation systems and is listed by NSF as a NSF-pw CL5 / PEX 5006 material.

ARMIDAN® NT7510 is a Maleic Anhydride modified polyolefin elastomer specifically designed for toughening Nylon 6, Nylon 66, and other polyamides. Suggested loading levels are between 15 and 25 wt % depending on the specific Nylon grade and desired level of impact modification.

PEXIDAN® J/T is a low density flame-retardant XLPE system curable by moisture and consists of a silane pregrafted 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.

PEXIDAN® HF X/T is a unique low smoke halogen free flame retardant 90°C wet-rated XL-insulation system curable by moisture. It consists of a silane pre-grafted base compound SX651 and a catalyst masterbatch CM540U. Mixed and extruded in the proper proportions (95:5), the two components result in a material that is crosslinkable by exposure to 90°C hot water. PEXIDAN® HF X/T is REACH and RoHS-compliant and is UL 2885 certified to bear the Halogen Free “HF” designation. PEXIDAN® HF X/T is UL-bulletinized and wire made with this insulation system may be marked as Oil Resistant “PR I” and “PR II”, Gas & Oil Resistant “GR I” and “GR II”, “-40C” and “SUNRES” in all colors. This compound will meet a 105°C dry rating.

PEXIDAN® SX505:CM493 and SX505:CM497 is a silane crosslinkable rubber compound, curable when exposed to moist conditions. The compound can be processed on largely standard thermoplastic extrusion equipment with good extrusion properties at high output rates. The graft component SX505 is mixed with a crosslinking catalyst masterbatch CM493 or CM497 generally in the ratio 95:5. CM497 is a lower strength catalyst masterbatch and is used on thin wall extrusion or to reduce premature crosslinking during processing. The SX505:CM493 or SX505:CM497 systems have passed type-tests for use up to and including 33 kV. PEXIDAN® SX505 is a zero-halogen material and is used as insulation in Low Smoke Zero-Halogen (LSZH) cable constructions

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

EXTINITY® 0202-103 is a highly loaded masterbatch of brominated flame retardant pre-dispersed in a polypropylene carrier. It has been designed for use in variety of compounding applications. The pellet form makes the flame retardant easier to handle, more efficient, and can lower overall costs. The product is RoHS compliant.

EXTINITY® 0218-108 is a highly loaded flame-retardant concentrate that can be used for a variety of polystyrene-based applications. This concentrate has been designed to be used in High Impact Polystyrene, but is also effective in the entire styrenic family including general purpose polystyrene grades. EXTINITY® 0218-108 provides excellent flame-retardant performance while having minimal impact on mechanical properties and processibility. Varying the use rate of 0218-108 will permit the final compound to meet UL-94 V-0, V-1 or V-2 requirements.

LINXIDAN® LX4433 is a Maleated HDPE Coupling Agent designed specifically to chemically bind natural fibers to HDPE in Wood-Plastic Composites. Coupling fibers to the HDPE matrix, in a 50% wood-filled system, reduces moisture uptake while increasing flexural modulus by 20% and overall flexural strength by 90%.

EXTINITY® 0202-102 is 48% active flame retardant masterbatch additive dispersed in co-polymer polypropylene (coPP) carrier. EXTINITY® 0202-102 can be added to polypropylene base resin and achieve flame retardant performance to meet UL vertical burn performance (UL V-0 and UL V-2).

EXTINITY® 0101-108 is a halogenated, flame retardant compound specifically designed for use in plenum tube applications. This compound has good thermal stability and can be converted easily on standard processing equipment.

PEXIDAN® A-3021 is an ethylene-copolymer based XLPE curable by moisture and is intended for application requiring superior flexibility. When mixed in the proper proportions with a suitable catalyst masterbatch, the resulting mixture is curable by exposure to stream, 70-95°C hot water, or even ambient moisture. A-3021 is the silane-grafted base component of a 2-part system and must be used with a suitable catalyst masterbatch.

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.

PEXIDAN® H/T is a low density flame-retardant XLPE system curable by moisture and consists of a silane pregrafted 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.

PEXIDAN® V/T is a low density flame-retardant XLPE system curable by moisture and consists of a silanegrafted 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.

EXTINITY® 0211-301 is a highly loaded antimony oxide concentrate in an EPDM carrier resin. The antimony oxide content in EXTINITY® 0211-301 is 80% by weight. All SACO AEI Polymers flame retardant concentrates are much more easily dispersed and therefore provide resultant materials with superior physical properties and flame resistance versus the use of additives in their naturally occurring state.

THERMODAN® CP 0110-108 NT is a natural, UV resistant, Lead-free, RoHS compliant, Thermoplastic CPE compound. It is designed for use in a wide variety of jacketing applications including wire and cable and tube bundles. This compound has superior fire performance; including slow flame propagation, and self-extinguishing characteristics. THERMODAN® CP 0110-108 NT should be extruded with a screw configuration designed to optimize process conditions and throughput. This extrusion compound meets, or exceeds, several industry jacketing specifications, including UL 1277 tray cable. THERMODAN® CP 0110-108 NT has been designed to be optionally cross-linked by e-beam irradiation in order to further toughen the material and provide for a thermoset CPE compound. Additional information regarding recommended e-beam dosing is available upon request.

THERMODAN® HF TP519C has been developed specially to offer good processability, very fast extrusion process with very low die drool.

LINXIDAN® LX4520 is a polyolefin copolymerized with a siloxane functionality, designed to improve compatibility and mechanical properties of polymer compounds.

THERMODAN® HF TP519C has been developed specially to offer good processability, very fast extrusion process with very low die drool.

THERMODAN® HF TP519CB has been developed specially to offer good processability, very fast extrusion process with very low die drool.

PEXIDAN® HF SX612ES pre-grafted base is mixed with catalyst masterbatch CM602 or CM601, in an addition rate between 5% and 10%, depending on extrusion conditions. This system has ambient cure. PEXIDAN® HF SX612ES has been designed to meet the requirements of IEC 60092-351 HF90, EN 50363-5, EI5 type, EN 50525-1 and EN 50525-3-41, with enhanced fire resistance to comply with fire testing on smaller cross sections.

PEXIDAN® HF SX738 pre-grafted base is mixed with a crosslinking catalyst masterbatch CM401 in the ratio 95:5. Crosslinking is obtained by exposure to moist or hot water immersion only. This system is designed specifically for the production, by extrusion, of flame retardant halogen free heat shrinkable tubing. The two component system SX738:CM401 combines ease of processing with the ability to achieve a degree of crosslinking compatible with good expansion and contraction.

PEXIDAN® SX409NT pre-grafted base is mixed with a crosslinking catalyst masterbatch CM401 in the ratio 95:5. The SX409NT:CM401 system has been developed specifically for cables operating up to 36kV. The graft compound contains a non-staining stabilizer and an effective tree retarder, giving outstanding long term retention of dielectric strength. This compound is typically used in conjunction with crosslinkable semi-conducting material for conductor and insulation shields. Crosslinking is obtained by exposure to moist or hot water immersion only.

PEXIDAN® SX522A pre-grafted base is mixed with crosslinking catalyst masterbatch CM401 in the ratio 95:5. This system has ambient cure.

EXTINITY® C0007-18LM is an extrusion grade UL V-0 recognized copolymer polypropylene based compound.The product features an excellent balance of properties including high impact strength, high elongation and good flexural and tensile properties. EXTINITY® C0007-18LM has an all color UL V-0 rating. Custom colors can be provided. Typical applications including extruded sheet, rod and profiles.

THERMODAN® CP 0110-110 BK is a black, UV resistant, lead free, RoHS compliant, thermoplastic CPE compound. It is designed for use in a wide variety of jacketing applications including wire and cable and tube bundles. This compound has superior fire performance including slow flame propagation and self-extinguishing characteristics. THERMODAN® CP 0110-110 BK should be extruded with a screw configuration designed to optimize process conditions and throughput. This extrusion compound meets or exceeds several industry jacketing specifications including UL 1277 tray cable.

EXTINITY® 0102-104 is an extrusion grade UL V-0 recognized copolymer polypropylene based compound. The product features an excellent balance of properties including high impact strength, high elongation and good flexural and tensile properties. EXTINITY® 0102-104 has an all color UL V-0 rating. Custom colors can be provided. Typical applications including extruded sheet, rod and profiles.

THERMODAN® HF TP837NU has been developed specially to offer good processability, very fast extrusion process with very low die drool.

THERMODAN® HF TP832NU has been developed specially to comply with the requirements of BS7655 Section 6 for types LTS1, 2, 3 and 4; EN 50290-2-27 for type HM2 and HD 604 for type HM4. Cables sheathed with TP832 have received LPCB approval.

LINXIDAN® LX4510 is a polyolefin plastomer with a silane copolymer functionality, designed to improve compatibility and mechanical properties of polymer compounds. Contrarily to conventionally maleated polyolefin coupling agents, LINXIDAN® LX4510 does not interfere with metal stearates used as lubricants in Wood Plastics Composites (WPC), providing increased tensile strength, impact strength and flexural modulus, and reduced moisture absorption.

EXTINITY® 0201-125 is a highly filled flame retardant concentrate that is designed to meet a variety of film flame retardant specifications including; MVSS-302, NFPA-701 Small Scale Test and UL-94 VTM-0 flame standards.EXTINITY® 0201-125 can be used in a variety of polyolefin base resin systems including LDPE, LLDPE, HDPE and mixtures of PE. EXTINITY® 0201-125 contains a flame-retardant package that is very thermally stable, UV stable and does not bloom. The brominated fire retardant in 0201-125 is RoHS compliant.

THERMODAN® HF TP 543CBT has been developed specially to comply with the requirements of BS7655- 6.1 for types LTS1, 3 and 4; EN 50290-2-27 and HD 604 for type HM2 and HD 604 for type HM4. Cables made with TP543C have complied with IEC 60332, part 22, 23 & 24 – 1 and 3 fire tests.

LINXIDAN® LX4436 is a maleated polyolefin Coupling Agent designed for alloying dissimilar materials to improve physical properties. Suggested loading levels are between 1 and 4 wt% depending on the specific materials being compounded, particular physical property of interest and level of improvement desired in the identified property.

SACO AEI Polymers XR Sheet is the moldable substrate of choice for automotive interior components. Its wood fiber composition and inherent recyclability provide the environmentally responsible solution for next-generation automotive designs. The XR2M formula offers a balance of stiffness, dimensional stability and moldability are welcome benefits for design engineers interested in blending performance, form and function.

EXTINITY® 0203-303 is a highly loaded antimony oxide concentrate in an EVA carrier resin. The antimony oxide content in EXTINITY® 0203-303 is 85% by weight. All SACO AEI Polymers flame retardant concentrates are much more easily dispersed and therefore provide resultant materials with superior physical properties and flame resistance versus the use of additives in their naturally occurring state.