This low-voltage PVC power cable UL-2464 has a rated temperature of 80℃ and a rated voltage of 300V. The UL-Cable complies with UL758, UL1581, and CSA C22.2 No. 210.2 standards, meeting strict international safety and performance standards. The...
UL-2725 is a PVC cable primarily used for general electronic and electrical connection wiring. Its main structure features a single or stranded tin-plated or bare copper conductor, with SR-PVC or PVC insulation (customizable to customer...
High-performance UL-20276 PVC cables comply with international standards such as UL758 and UL1581, ensuring outstanding electrical performance and safety. This cable is suitable for wiring electronic equipment, with a rated voltage of 30V and an...
UL-2931 PVC cable is a high-performance connection cable suitable for modern electronic and electrical equipment. This UL-Cable uses high-quality tin-plated or bare copper conductors of 40AWG or thicker specifications, with a temperature resistance...
PVC cables are made with polyvinyl chloride as their primary insulation and outer jacket material. Thanks to PVC’s strong electrical insulation, abrasion resistance, corrosion resistance, and solid mechanical strength, these cables can reliably protect internal conductors and keep power or data transmission stable. With the help of different additives, PVC can be adjusted to anything from very soft and flexible to quite rigid. It can also be produced in clear or various colored options, making it suitable for a wide range of installations and design requirements.
PVC cables are used across an extremely broad spectrum—spanning medium-voltage power distribution all the way to low-voltage signal wiring. In everyday settings, they’re commonly found in lighting circuits, building wiring, electronic device internals, and household appliance power cords. When flame retardants are incorporated, PVC cables can also meet stringent safety certifications, such as UL VW-1 or CSA FT1, helping reduce potential fire hazards and improving overall safety.
PVC Cable
PVC (polyvinyl chloride) cables are among the most commonly used cable categories in the UL cable classification, widely used in various industrial, commercial, and residential environments due to their versatility, durability, and cost-effectiveness. PVC cables are ideal for signal and power transmission because of their excellent electrical properties, water resistance, chemical resistance, and abrasion resistance.
Product Idea
Please listen to us
szxyq's coaxial cable adheres to the concept of "Precise Connection, Empowering Intelligence". We understand that in the era of continuous miniaturization and integration of smart devices, every small connection component is crucial. From research and design to production and manufacturing, we always focus on user needs, paying attention to process innovation and quality control. We are committed to providing users with high-performance and reliable connection products through advanced technology, strict quality standards, and user-friendly design, becoming a reliable partner in promoting the efficient operation of smart devices and contributing to the convenience and innovation of digital life.
original concept
Product Features
Durability and Strength
The PVC insulation provides a reliable barrier against external damage, making these cables ideal for both indoor and outdoor applications.
Electrical Safety and Performance
They are well-suited for low-voltage and medium-voltage applications and ensure stable power or signal transmission.
Flame Retardant Properties
These cables are tested according to UL VW-1 standards, which determine their ability to withstand fire and prevent flame propagation.
Flexible and Easy to Install
PVC cables are flexible and lightweight, making them easy to install in various settings.
FAQ
What are the key features of PVC cables?
Durability: PVC provides resistance to moisture, chemicals, and mechanical wear, making the cables highly durable in various environments.
Electrical Performance: Offers excellent dielectric strength and insulation resistance, ensuring reliable power and signal transmission.
Flame Retardant: Many PVC cables meet UL VW-1 and other flame retardant standards, preventing the spread of fire in case of a hazard.
Flexibility: PVC cables are flexible and lightweight, making them easy to install in tight spaces and reducing installation time.
Cost-Effectiveness: PVC is a cost-effective material, providing high-performance cables at a lower price point compared to other types.
What is the temperature range for PVC cables?
The typical temperature range for PVC cables is from -20°C to +75°C. Some specialized PVC cables may be rated for higher or lower temperature conditions. If you require cables for extreme temperature environments, make sure to choose the appropriate cable with the desired temperature tolerance.s.
How do I choose the right PVC cable for my application?
Application Environment: Ensure the insulation and sheath materials are appropriate for your environment (e.g., indoor, outdoor, low or high temperatures).
Voltage and Current Requirements: Choose the cable according to your electrical system’s voltage and current specifications.
Flame Retardant Needs: If the cable will be used in areas where fire resistance is important, choose cables that meet UL VW-1 or other flame-retardant standards.
Flexibility Requirements: For tight spaces or complex wiring, choose flexible PVC cables that are easy to install.