ECCOH™ Low Smoke and Fume Non-Halogen Formulations
Flame Resistance with Low Smoke and Fume
ECCOH™ LSFOH fire retardant solutions offer improved fire safety with low smoke, fume, corrosiveness & toxicity. These solutions are well suited for environments where smoke mitigation is of particular concern, such as enclosed spaces and where means of escape is restricted such as hotels, hospitals, skyscrapers, cinemas and theaters, ect.
ECCOH LSFOH solutions can be used as insulation and jacketing for a variety of energy, optical fiber and communication cables.
In addition, these grades can be associated with color and additive concentrates that include, for example, UV stabilizers to meet outdoor applications needs.
Sustainable Infrastructure
Impact
- Highly flame retardant
- Non-halogen
- Low smoke and toxicity
- Low dripping
- High material flexibility
- Environmental stress and crack resistance
- Good electrical properties
- Can be associated with color or additive concentrate, with UV stabilizer to meet specific application needs
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Safety Data Sheets
Important information about the health, safety and environmental impacts of Avient products.
Technical Data Sheets
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Technical Literature
Technical information, design guides, processing information and more.
ECCOH™ LSFOH Solutions
Resources
| Product Series | Applications | Description |
|---|---|---|
| ECCOH™ 5565 Formulations | Cable jackets in industrial and telecom applications | Increases the lifetime of cables with good flexibility (flex fatigue up to 20,000 cycles), excellent temperature reistance to -40°C, resistance to water absorbtion and Environmental Stress Crack Resistance (ESCR) |
| ECCOH™ 5978 UV Formulations | Cable jackets in telecom applications | Increases the lifetime of highly flame retardant and char forming cables with excellent ESCR clamp resistance and good UV resistance |
| ECCOH™ 6154/6154 SEPAP Formulations | Micro-bundles, loose tubes and tight buffers for optical fiber cables | Provides low shrinkage, low gel migration, chemical and UV resistance, improved processing speed up to 1000m/min at low thickness, low smoke peformance and easy strippability |
| ECCOH™ 6151 Sepap Formulations | Micro-bundles, loose tubes and tight buffers for optical fiber cables | Provides low shrinkage chemical, gel and UV resistance, improved processing speed up to 900m/min at low thickness, low smoke peformance and good strippability |
| ECCOH™ 6151 Formulations | Micro-bundles, loose tubes and tight buffers for optical fiber cables | Provides low shrinkage high processing speed up to 800m/min at low thickness, and strippability for micro-bundle applications |
| ECCOH™ 5924/SEPAP Formulations | Cable jackets in telecom shipboard applications Medium voltage or off-shore windmill applications | Increases the lifetime of cables with excellent ESCR, SHF1 properties and good water resistance while maintaining adequate softness. Particarly suited for direct buried and armored cables |
| ECCOH™ 5836 Formulations | Cable jackets for telecom cables | Allows increased processing speed of data cables. Plus good thermal resistance and flame performance |
| ECCOH™ 5860 Formulations | Cable jackets for telecom cables | Provides reliable processing performance and good flame performance |
| ECCOH™ 3140-3UV Formulations | Cable jackets for telecom and industrial cables | Enables versatility in cable design thanks to an unique balance of high flame performance, flexibility, ESCR, and softness |
| ECCOH™ 5500 Formulations | Cable jackets for telecom cables | Enables versatility in optical fiber cable design with low shrinkage, chemical and water resistance, cold properties, excellent mechanical performance and good processing speed. CERN approved. Particularly suited for duct applications. |
| ECCOH™ 5702 UV SEPAP Formulations | Cable jackets for telecom cables | Increases the lifetime of optical fibers cables with high chemical and UV resistance. Provides excellent fire performance and has good char formation. Reduces installation costs with low shrinkage and low coefficient of friction. |
| ECCOH™ 5981 BK UV Formulations | Cable jackets for telecom, medium voltage and industrial cables | Provides high clamp and crush resistance, low shrinkage and water absorption, good stiffness and operates in a wide range of temperatures. Particularly suitable for aerial drop, direct buried or armored applications |
| ECCOH™ 5943 Formulations | Cable jackets for industrial cables | Gives high flexibility and thermal resistance up to 145°C when cross-linked via e-beam or with dry silane |
| ECCOH™ XLS 8001 Formulations | Cable insulation for industrial, shipboard wires an building & construction cables | Provides fastest ambient curing, high cross-linking quality and processing speed. Works in combination with ECCOH XLS CAT005 |
| ECCOH™ 5806 & 5809 Formulations | Cable jackets for industrial, telecom, shipboard, OPG and railways cables | Provides high oil, mud and chemical resistance, low shrinkage and excellent cold properties. Cross-linkable with e-beam or dry silane. Particularly suitable for NEK606 and SHF2 applications |
| ECCOH™ FR 120 Formulations | Cable jackets for industrial (petrochemicals, mining, paper mills) and telecom cables | Gives good water protection for electrical cables with low water absorption. Plus high oil resistance, and high ESCR, increasing the lifetime of the cable and low shrinkage. |
| ECCOH™ 5865/1 Formulations | Cable jackets for telecom, building & construction and shipboard cables | Provides high flame performance combined with excellent cold properties, low water absorption, low coefficient of friction and good processability. Meets SFH1 requiements |
| ECCOH™ 5549 LM Formulations | Cable jackets for telecom cables | Provides excellent flame performance with an excellent char formation and good flexbility |
| ECCOH™ 5978 Formulations | Cable jackets for telecom cables | Provides high crush, UV and chemical performances. Particularly suitable for thin cables |
| ECCOH™ PF 4130 Formulations | Tubes, pipes and fitting | Gives low shrinkage and low adhesion, high abrasion resistance, high stiffness and high processing speed. Ideally suited for thin wall and blowing cable applications |
| ECCOH™ PF 4142 Formulations | Tubes, pipes and fitting | Gives low shrinkage and low adhesion, high flame performance, high abrasion resistance, high stiffness and high processing speed. Ideally suited for thin wall, blowing cable or pushable cable applications |
| ECCOH 5983 Formualtion | Cable jacketing for low and medium-voltage armored power cables | Provides high ESCR, high tear strength, and elongation at break over temperatures ranging from -25°C to 90°C to help prevent cracks in the cable jacket |
| NAME | CATEGORY | DESCRIPTION | |
|---|---|---|---|
| 5G Hybrid Cable | Case Study (Snapshot) | ECCOH provides fire performance and regulatory compliance for 5G Hybrid Cable | View |
| Aerial Drop Cable Jacket | Case Study (Snapshot) | ECCOH™ 5978 UV formulations exceeded material fire performance requirements and met all other performance criteria for aerial drop cable jacket | View |
| Antenna Power Cable | Case Study (Snapshot) | ECCOH 5565 solutions bring fire performance and processability to antenna power cable | View |
| Avient Solutions for Fiber Optic Cable | Application Overview | Explore material solutions for fiber optic cable, including engineered fibers, specialty engineered materials, colorants, and additives | View |
| Avient Solutions for Optical Fiber Cable | Video | Discover Avient's solutions for optical fiber cable including low smoke, fume, non-halogen polymers, colorants and additives, swellable yarns, binder yarns, strength members and ripcords. | View |
| Avient Wire & Cable Industry Bulletin | Industry Overview | Overview of how Avient serves wire & cable customers, highlighting both power and data cables technologies | View |
| ECCOH 5161 - OFC Blowing Application in Railways | Case Study (Snapshot) | ECCOH 5161 formulations provide flexibility and improve processability in OFC for railway | View |
| ECCOH 6154 for Optical Fiber Cable | Case Study (Snapshot) | Micromodules for optical fiber cables that enabled faster processing speeds and manufacturing consistency with a reliable material | View |
| ECCOH LSFOH 5806 for Power Cable Jacket | Case Study (Snapshot) | ECCOH™ LSFOH 5806 Formulation provides oil resistance as per the NEK 606 technical specification for offshore power cable jacket | View |
| ECCOH LSFOH 5983 for Power Cable Jacket | Case Study (Snapshot) | ECCOH™ LSFOH 5983 Formulation provides high ESCR and tear resistance for a power cable jacket | View |
| ECCOH Specialty Solutions | Product/Service Overview | Avient has developed a range of ECCOHTM non-halogen, flame retardant solutions to enable manufacturers to meet the Construction Product Regulations (CPR) | View |
| ECCOH™ 5702 SEPAP - Riser Cables | Case Study (Snapshot) | ECCOH™ 5702 SEPAP formulations provide UV and chemical resistance and reduce weight in rise cable sheath | View |
| ECCOH™ 5806 - Gel Filled Tight Buffer Aerial Cable | Case Study (Snapshot) | ECCOH™ 5806 formulations provide thermal resistance and low shrinkage in aerial cable | View |
| ECCOH™ 5970 - Thin FTTH Cables | Case Study (Snapshot) | ECCOH™ 5970 provide crush, chemical and UV resistance in thin FTTH cables | View |
| ECCOH™ 5978 UV - Aerial Drop Cable Jacket | Case Study (Snapshot) | ECCOH™ 5978 UV formulations provide fire performance and reliability in aerial drop cable | View |
| ECCOH™ 5981 BK UV - Aerial Drop Cable | Case Study (Snapshot) | ECCOH™ 5981 BK UV formulations provide versatility and thermal performance | View |
| ECCOH™ 6151 Formulation - Semi-tight Buffer, Indoor Duplex Cable | Case Study (Snapshot) | ECCOH™ 6151 Formulations provide stripability and low shrinkage in indoor semi-tight buffer cables | View |
| ECCOH™ Low Smoke & Fume Non-Halogen Formulation 5981 | Product/Service Overview | Overview of the ECCOH™ LSFOH 5981 UV grade suitable for low-voltage, Teck 90 armored cable applications | View |
| ECCOH™ Low Smoke and Fume Non-Halogen Formulation 5983 | Product/Service Overview | Overview of markets, applications, impact and performance data | View |
| ECCOH™ LSFOH (English language version) | Processing & Design Guides | General extrusion guidelines for ECCOH™ Low Smoke and Fume Non-Halogen Formulations (English language version) | View |
| ECCOH™ LSFOH (Spanish) | Processing & Design Guides | General extrusion guidelines for ECCOH™ Low Smoke and Fume Non-Halogen Formulations (Spanish language version) | View |
| ECCOH™ LSFOH 5924 - FTTA Cable | Case Study (Snapshot) | ECCOH™ LSFOH 5924 formulations provide ESCR and temperature resistance in FTTA cables | View |
| ECCOH™ LSFOH 6153 and 6154 UV Formulations | Product/Service Overview | Improved processing speeds & greater gel resistance for optical fiber cables | View |
| ECCOH™ LSFOH Wire and Cable - Product Selection Guide (Chinese) | Product Selection Guide | Application and cable types, markets, general properties and features best suited for ECCOH™ Low Smoke and Fume, Non-Halogen Solutions (Chinese language version) | View |
| ECCOH™ LSFOH Wire and Cable - Product Selection Guide (English) | Product Selection Guide | Application and cable types, markets, general properties and features best suited for ECCOH™ Low Smoke and Fume, Non-Halogen Solutions (English language version) | View |
| ECCOH™ PF 4142 - Gel Filled Central Loose Tube Cable | Case Study (Snapshot) | ECCOH™ PF 4142 formulations provide crush resistance and fire performance in loose tube cable | View |
| Flame Retardant Sheath for Riser Cable | Case Study (Snapshot) | ECCOH™ 5702 SEPAP Formulation for flame retardant sheath properties in riser cables, also offering UV and chemical resistance | View |
| Jacket for Power Cable | Case Study (Snapshot) | ECCOH™ 5983 grade provides high ESCR and tear strength for power cable | View |
| Loose Tube Telecommunication Cable | Case Study (Snapshot) | ECCOH™ 6151 LSFOH Formulations improved processing and delivered consistent flame retardancy for loose tube telecommunications cable | View |
| SEM Flame Retardant Solutions | Video | Discover Avient's portfolio of flame retardant engineered materials available in a range of polymers | View |
| Wire and Cable - Product Selection Guide (Chinese) | Product Selection Guide | Explore product offerings for wire and cable applications (Chinese language version) | View |
| Wire and Cable - Product Selection Guide (English) | Product Selection Guide | Explore product offerings for wire and cable applications (English language version) | View |
| Wire and Cable - Product Selection Guide (Spanish) | Product Selection Guide | Explore product offerings for wire and cable applications (Spanish language version) | View |
