Wire _ Cable Selection Guide_CN 11.09-1 电线 & 电缆 解决方案 特种工程材料 产品选择指南 用于电线与电缆行业的 高性能绝缘材料、护套和交联配方 Syncure™ XLPE 交联聚乙烯配方 室温自然交联 耐热、耐油、抗蠕变和耐磨 低温特性 设备投入低 拥有不含十溴二苯烷产品规格 UL/ CSA 公告 ECCOH™ 低烟无卤配方 防火安全 低烟，无卤配方（LSFOH） 耐化学品 Maxxam™ FR 阻燃聚乙烯配方 替代FEP 耐火性 阻燃性-UL 444 & 阻燃黄卡 低介电性 薄壁挤出 ECCOH™ XL 交联解决方案 无卤，低烟，低毒，低腐蚀性 优异的机械性能 & 导电性能 易于加工 90℃的工作温度 室温自然交联 Maxxam™ SY 发泡阻燃配方 低介电 均匀的发泡 抗冲击、耐热 易于化学发泡 FireCon™ CPE 绝缘护套配方 适用于恶劣环境 低温性能 耐日光 Synprene™ 阻燃热塑性弹性体 柔性 抗低温脆化（LTB） 耐化学品 易于着色 耐热、耐油、耐蠕变、耐磨损 耐低温 资本投入低 低压电力电缆 横向火焰 UL 44Syncure™ S100FH Syncure™ S100FH-XUV 横向火焰，抗紫外线 横向火焰、FV-1火焰、抗紫外线 VW-1火焰 VW1、抗紫外线 非阻燃 非阻燃 横向火焰，不含DBDPE UL 44、UL 4703 CSA 22.2 NSF 61 电力电缆系统绝缘 Syncure™ S100FH-UV Syncure™ S100FV Syncure™ S100FV-UV Syncure™ S112NA Syncure™ S120NA VW-1，不含DBDPE UL 44Syncure™ S200FV Syncure™ S200FH 低烟无卤、低毒性、耐腐蚀 EN50618ECCOH™ XL 8148 FEP替代品 介电常数低 高挤出速度和薄壁性能 耐化学性 耐低温 分类电缆 数据电缆系统的绝缘和交叉网 卤素到全空气性能 UL 444Maxxam™ FR 0587-21 R3 低烟无卤 UL 444Maxxam™ FR 0521-48 R1 可发泡 满足客户特定的阻燃要求Maxxam™ SY 89-22-7 耐恶劣环境、化学品和阳光照射 耐低温脆性（LTB） 低烟低毒 光纤电缆 低烟雾、无卤 满足客户特定的阻燃要求ECCOH™ 6649 UV Low DD 灵活性高 介电常数低 单元结构均匀 耐压耐热 同轴电缆 阻燃、柔性 建筑和工程、工业、核能FireCon™ CPE 37-36 RoHS 黑色 FireCon™ CPE 30-20 RoHS 自然色 阻燃、柔性 建筑和工程、工业、核能 光纤、管道 工业, Teck 90电线 特点 细分市场和用途 ECCOH™ 5549 UV ECCOH™ 6649 UV Low DD ECCOH™ 5981 UV Synprene™ RT5180 Synprene™ RT5180UV Synprene™ RT3870M 阻燃、柔性 建筑和工程、工业、核能FireCon™ CPE 30-33 RoHS 黑色 耐恶劣环境、化学品和紫外线降解 耐低温脆性（LTB） 低烟低毒 灵活性高 易着色 低压和中压护套 电力和数据电缆系统护套 +86 021 60284888 www.avient.com 版权所有©2023埃万特公司。

PTFE Wire insulation ELECTRICAL EQUIPMENT MANUFACTURER H I G H - T E M P E R A T U R E C A B L E S - O I L & G A S I N D U S T R Y • Formulations suitable for a wide range of cable types, including high-voltage and self-regulating heating applications • Fine-tuned and consistent resistivity • Consistent performance across a wide range of temperatures • Optimized dispersion for ease of processing • Provided tailored solutions for specific conductivity requirements, protecting cables against damage from electrostatic discharge (ESD), arc failures, and temperature fluctuation • Supplied ESD and conductive fluoropolymer solutions in PFA, FEP, ETFE and PVDF • Shared more than 40 years of experience in the processing and formulation of fluoropolymers • Offered a global manufacturing footprint Colorant Chromatics Conductive Formulations KEY REQUIREMENTS WHY AVIENT?

Colorants & Additives for Thermoplastic Polyurethane (TPU) Wire & Cable Applications Colorants and Additives for Wire & Cable (EMEA) Learn more about our portfolio for wire and cable applications (EMEA)

For example, fluoropolymers are used as coatings for wire and cable found in buildings and aircraft thanks to their natural flame retardance. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage.

For example, fluoropolymers are used as coatings for wire and cable found in buildings and aircraft thanks to their natural flame retardance. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage.

For example, fluoropolymers are used as coatings for wire and cable found in buildings and aircraft thanks to their natural flame retardance. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage.

For example, fluoropolymers are used as coatings for wire and cable found in buildings and aircraft thanks to their natural flame retardance. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage.

For example, fluoropolymers are used as coatings for wire and cable found in buildings and aircraft thanks to their natural flame retardance. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod. For wire jacketing, a color masterbatch must be formulated to ensure it can be rapidly mixed and evenly dispersed in a very short time, while also providing sufficient pigment coverage.

Hear from Meenali Parsekar, product manager for wire and cable materials at Avient to learn more about the manufacturing considerations for photovoltaic cable We asked Meenali Parsekar, Product Manager, Wire and Cable at Avient, to find out. Polymers must be cross-linked to withstand the high temperatures generated by the metal wires they protect.

LEONI is a global supplier of wires, optical fibers, cables and cable systems as well as related services for the automotive sector and further industries. It develops and produces technically sophisticated products from single-core automotive cables through to complete wiring systems. The product range also comprises wires and strands, standardized cables, special cables and cable system assemblies for various industrial markets.