Wire Material Comparison

Choosing the right wire for your project is crucial. Our wires are manufactured using various materials, each with unique properties that make them suitable for specific applications. The following charts provides a general comparison of several common wire types based on key characteristics.

This information is intended for general guidance, and we recommend that customers conduct their own testing to ensure the chosen wire meets the specific requirements of their application.

Property descriptions:

• Flexibility: This refers to the wire's ability to bend repeatedly without damage. Wires with high flexibility are ideal for applications that require frequent movement, such as robotic arms or power tools.
• Softness: A softer wire is easier to strip and handle. This is a key consideration for applications where quick and easy installation is a priority.
• Memory: Wire memory refers to its tendency to retain a bent shape. A wire with low memory will return to its original straight form after being bent, which is beneficial for applications where the wire needs to be easily managed and routed.
• Flex Life: This measures how many times a wire can be bent back and forth before it breaks. A high flex life is essential for applications with constant motion.
• Chemical Resistance: This indicates the wire's ability to withstand exposure to various chemicals, oils, and solvents without degradation. It's a critical factor for industrial and automotive applications.
• UV Resistance: This property measures a wire's ability to resist damage from ultraviolet (UV) radiation from sunlight. Wires with high UV resistance are suitable for outdoor use.
• Low-Temperature Resistance: This refers to the wire's capacity to maintain its properties and remain flexible in cold environments. It's important for cold-weather and refrigeration applications.
• Abrasion Resistance: This is the wire's ability to withstand scraping and rubbing against other surfaces. Wires with high abrasion resistance are durable and suitable for harsh environments.
• Radiation: This refers to the wire's resistance to damage from radiation, such as gamma rays. It's a crucial consideration for specialized applications like medical or nuclear equipment.