YGC 1×35 High‑Temperature‑Resistant Silicone‑Rubber Cable

Model YGC 1×35 is a popular single‑core specification of the YGC high‑temperature silicone‑rubber cable series, with a conductor cross‑sectional area of 35 mm². Constructed using high‑purity copper conductor, premium silicone‑rubber insulation and outer sheath, this cable inherits all the excellent material‑related advantages of silicone rubber, such as heat‑radiation resistance, cold resistance, waterproof capability, resistance to acids, alkalis and corrosive gas, great flexibility and remarkable anti‑ageing performance. It can maintain stable electrical transmission under both high‑temperature and alpine‑cold operating environments, making it a reliable power‑supply solution for heavy‑load single‑circuit applications in harsh‑condition industrial sites.

Every stage of production for YGC 1×35 is completed under strict quality supervision. The manufacturing workflow includes fine‑stranded copper‑conductor processing, precision silicone‑rubber extrusion, high‑temperature vulcanization, cabling, sheath coating and comprehensive finished‑product testing. Before delivery, the cable undergoes a full set of verification tests, such as high‑temperature endurance testing, low‑temperature flexibility inspection, water‑immersion test, insulation‑resistance measurement and high‑voltage withstand test. These rigorous quality‑control procedures effectively prevent common‑mode failures, including insulation hardening, cracking, thermal ageing and leakage faults, ensuring long‑term dependable operation even in demanding workshop environments. With a large‑size 35 mm² single‑core conductor, the cable is capable of carrying higher load current, which satisfies the power‑supply demands of medium‑power industrial equipment. Its soft silicone‑rubber structure allows easy bending and convenient routing inside equipment cabinets, cable trenches, high‑temperature workshops and mobile‑device connection points. Rated for 0.6/1 kV alternating voltage, YGC 1×35 can be deployed either as fixed‑laid power‑transmission wiring or as connecting cables for mobile electrical appliances.

YGC 1×35 silicone‑rubber cable exhibits strong environmental adaptability to various complex‑condition scenarios encountered in industrial production. When arranged around industrial furnaces, heat‑generating machinery and thermal pipelines, the silicone‑rubber insulating layer continuously resists thermal radiation and avoids rapid thermal ageing, a common defect found in ordinary PVC‑insulated cables. Installed in open‑air facilities or low‑temperature workshops located in cold northern regions, the cable remains flexible without becoming brittle or cracked under freezing‑temperature exposure. Its waterproof property guarantees safe operation in humid workshops and semi‑outdoor spaces. In chemical‑related production zones, it can withstand weak acid‑alkali mist and light corrosive‑gas erosion, lowering risks of insulation damage and electric leakage. Benefiting from long‑lasting anti‑ageing characteristics, the cable’s service cycle is greatly extended, which reduces maintenance workload and cable‑replacement frequency for industrial users.

Our YGC 1×35 silicone‑rubber cable and the full range of our cable products are widely used in metallurgy, electric power, energy, chemical industry, construction, shipbuilding, transportation and many other industrial sectors, as well as numerous national key infrastructure‑construction projects.

Within the metallurgical industry, YGC 1×35 cables are frequently applied for heavy‑duty auxiliary‑equipment power‑supply circuits, large mobile maintenance machinery and high‑power monitoring‑instrument connecting lines inside smelting plants, rolling‑mill workshops and raw‑material processing zones. Metallurgical‑production environments feature persistent thermal radiation, floating metal dust and trace corrosive flue gas. Thanks to its comprehensive environmental‑adaptability advantages, our silicone‑rubber cable maintains stable power‑transmission performance near high‑temperature production equipment.

In the electric‑power sector, this cable specification is widely deployed for boiler‑house heavy‑load auxiliary‑equipment loops, high‑temperature‑zone instrument wiring, large‑capacity temporary‑power‑supply circuits during power‑plant overhauls and sensor‑signal‑transmission lines in thermal‑power‑generation facilities. Multiple working zones inside power plants remain at elevated temperatures for extended periods. YGC 1×35 silicone‑rubber cables effectively resist heat radiation and improve the long‑term operational safety of heavy‑load low‑voltage circuits in high‑heat sections of power‑generation sites.

For energy‑development projects, YGC 1×35 serves as connecting cables for high‑power on‑site auxiliary equipment of photovoltaic‑power stations, large mobile maintenance devices in wind‑farm projects and heavy‑duty field monitoring circuits at oil‑and‑gas exploration sites. New‑energy and oil‑gas projects are normally built in open‑air locations with dramatic seasonal‑temperature fluctuations, and the cable can safely adapt to both hot‑summer high‑temperature exposure and cold‑winter low‑temperature conditions.

Chemical‑industry parks adopt YGC 1×35 silicone‑rubber cables for control‑circuit wiring of large‑scale reactor‑auxiliary equipment, high‑power mobile detection‑instrument connection lines and heavy‑load low‑voltage power‑supply loops in workshops with trace corrosive‑gas. Its acid‑alkali‑resistance and anti‑corrosion characteristics provide dependable circuit protection for factory‑automation systems under chemically‑harsh working‑site environments.

In the construction industry, this cable specification is applied for heavy‑load special‑purpose power‑supply circuits of large industrial buildings, heating‑station main auxiliary‑equipment wiring, large‑capacity temporary‑power‑supply lines at high‑temperature construction sites and backup‑power‑connection loops for fire‑safety systems. Ship‑building and marine‑engineering projects select YGC 1×35 cables for high‑power dock‑side mobile‑equipment circuits and auxiliary wiring for on‑shore ship‑repair facilities, coping with high‑humidity and temperature‑changing coastal‑site conditions. The transportation industry makes use of this silicone‑rubber cable for heavy‑load monitoring‑equipment power‑supply inside highway tunnels, auxiliary‑machine connecting‑lines in railway workshops and large‑capacity low‑voltage circuits for special‑instrument equipment in large‑scale traffic hubs.

Beyond conventional industrial‑site applications, our YGC 1×35 silicone‑rubber cables and other wiring products have participated in a large number of national‑level key‑construction initiatives, including new‑energy‑base construction projects, petrochemical‑industrial‑park upgrading programs, advanced‑manufacturing‑industrial‑zone expansion schemes and major transportation‑infrastructure supporting‑power projects. These national strategic‑construction projects impose strict requirements for long‑term circuit reliability under complex environmental‑conditions, and our silicone‑rubber cables have delivered stable and trustworthy power‑transmission performance for these important engineering‑tasks.

Supported by advanced automated‑production workshops, dedicated high‑low‑temperature performance‑testing laboratories, mature silicone‑rubber vulcanization‑manufacturing workflows and a complete quality‑management‑control system, our full portfolio of cable products has earned a solid reputation throughout the domestic market. Our silicone‑rubber cables, Power Cables, Control Cables, fluoroplastic high‑temperature‑resistant cables and other wire‑series products sell well in every province, municipality and autonomous region of China. We have built long‑term, trust‑based cooperative partnerships with metallurgical‑plant operators, power‑grid‑operation enterprises, petrochemical corporations, engineering‑construction general‑contracting firms, new‑energy‑project developers, ship‑building groups and automobile‑manufacturing enterprises. Industrial‑sector customers widely recognise our products for stable manufacturing‑quality, outstanding harsh‑environment adaptability and favourable cost‑performance ratio.

To provide fast‑response, professional and full‑lifecycle‑technical‑support services for clients, our company has constructed a nationwide localized‑service network. Permanent professional‑service offices have been set up in core industrial‑region cities including Tangshan, Shanghai, Xi’an, Shandong and Xinjiang. Each regional office is staffed with experienced sales engineers and technical specialists who are well familiar with local industrial‑project features, regional‑climatic characteristics and on‑site construction habits. Our local service outlets deliver a comprehensive suite of customer‑services: pre‑sales technical consultation, YGC‑series silicone‑rubber‑cable specification‑selection guidance, detailed laying‑specification explanation, on‑site construction‑technical instruction, installation‑quality follow‑up inspection, post‑project‑operation feedback monitoring and timely after‑sales maintenance support. Whenever engineering‑construction teams encounter technical difficulties such as minimum‑bending‑radius control, high‑temperature‑zone installation precautions or silicone‑rubber‑cable terminal‑processing requirements, local technical‑engineers can respond rapidly and offer practical, targeted‑problem‑solving solutions. By combining high‑quality YGC 1×35 silicone‑rubber cables and our complete cable‑product portfolio with efficient, geographically‑close‑by professional services, our enterprise continuously supplies safe, stable, long‑lasting power‑transmission and signal‑connection solutions for industrial‑automation customers, engineering contractors and national‑key‑project developers all over China.