Rated Temperature: 105°C
Rated Voltage: 30V AC
Reference Standards: UL758, UL1581
Conductor: Single or stranded 44AWG and above, tinned or bare copper
Insulation: PE/FRPE, PP, compliant with ROHS environmental standards
Jacket: PVC, compliant with ROHS 2.0 environmental standards and Reach standards
Shielding: Tinned or bare copper braid
Flame Retardancy: Passes UL VW-1 and JQA F-Mark flame resistance tests
Features: Standard insulation thickness, easy to cut and strip
Application: For internal wiring of general electronic and electrical equipment
UL-1354 coaxial cables are engineered to meet stringent safety and performance standards, making them ideal for internal wiring in a wide range of electronic and electrical equipment. Designed with precision and compliance at the core, these cables adhere to UL758 and UL1581 specifications, ensuring consistent quality across global markets. Whether you're designing consumer electronics, industrial controls, or medical instruments, this cable delivers reliable signal transmission while maintaining robust physical integrity under demanding conditions.
Key features include a high-temperature rating of 105°C, allowing safe operation in environments where thermal stress is a concern. With an AC voltage rating of 30V, these cables provide stable performance in low-voltage applications without compromising safety. The conductors consist of single-strand or stranded copper wire (44 AWG and larger), either tin-plated or bare, offering excellent conductivity and flexibility for tight routing spaces. The insulation material—PE (Polyethylene) or FRPE (Flame-Retardant Polyethylene)—ensures durability, dielectric strength, and resistance to environmental factors such as moisture and chemical exposure. Additionally, the outer jacket is made from PVC, which provides mechanical protection and contributes to flame retardancy, meeting both UL VW-1 and JQA F-Mark certification requirements.
Environmental responsibility is built into every layer of this product. It complies with ROHS and ROHS 2.0 directives, ensuring minimal toxic content, while also aligning with REACH regulations for chemical safety in Europe. These certifications make UL-1354 coaxial cables suitable for use in regulated industries such as automotive, aerospace, and healthcare, where regulatory compliance is non-negotiable. The shielding, composed of tinned or bare copper braid, offers effective electromagnetic interference (EMI) protection, enhancing signal integrity in sensitive applications like audio/video systems or data transmission modules.
Engineered for ease of installation, these cables feature standard insulation thickness that simplifies cutting and stripping processes—no special tools required. This makes them highly user-friendly for technicians and engineers alike, reducing assembly time and minimizing waste during production. Their lightweight construction and flexible nature allow seamless integration into compact devices, including smart appliances, IoT sensors, and embedded control boards.
Common applications span general-purpose internal connections in consumer electronics, home automation systems, telecommunication hardware, and industrial instrumentation. From portable gadgets to fixed installations, UL-1354 coaxial cables serve as a trusted component in modern engineering designs where reliability, safety, and sustainability converge.
Users consistently praise the cable’s balance of performance and practicality. Many highlight its consistent insulation quality, ease of termination, and long-term stability even after repeated bending cycles. Some note how the compliant materials reduce environmental impact without sacrificing mechanical resilience—a critical factor in green manufacturing initiatives.
Frequently asked questions often center on compatibility with existing PCB layouts and whether it supports high-frequency signals. While primarily designed for low-voltage analog and digital signals up to a few MHz, users report successful deployment in RF-sensitive contexts when paired with proper grounding techniques. Another common query involves storage recommendations—users are advised to keep cables in dry, temperature-controlled environments to preserve insulation properties over time.
Contact Now
