High-temperature and low-temperature resistance performance: UL3132 wires have excellent high-temperature and low-temperature resistance performance, and the working temperature range can reach -60~+150°C, enabling them to maintain stable performance in both high-temperature and low-temperature environments.
Electrical insulation performance: This wire has excellent electrical insulation performance, withstanding high voltages, aging resistance, and a long service life, ensuring the safety and stability of current transmission.

UL1672 wire is an electronic wire with specific specifications and performance characteristics. Here is some information about it:
Basic characteristics:
Insulation structure: It adopts a double-layer insulation design, which enhances the insulation performance of the wire and can better prevent problems such as current leakage and short circuit, improving the safety of use.
Rated temperature: Usually, the rated temperature is 105°C (there are also some products with 80°C), which means that it can work stably and safely at or below this temperature, and can also be reliably used in some environments with certain temperature requirements.

Basic Characteristics:
Voltage Rating: The rated voltage of 1015 wires is 600V, suitable for internal connections of low-voltage electrical and electronic equipment.
Insulating Material: This wire usually uses polyvinyl chloride (PVC) as the insulating material to provide electrical and environmental protection.
Conductor Material: The conductor of the wire is mainly copper, and aluminum can also be used, but copper conductors are more common due to their good conductivity and corrosion resistance.
Temperature Rating: 1015 wires can be used in the range of -40°C to 105°C, with high temperature adaptability.

1007 wire is a type of electronic wire model certified by UL in the United States, which is mainly used in weak current engineering, such as internal wiring of electronic and electrical equipment. The following is a detailed introduction about 1007 wire:

Translation:
I. Definition and Purpose
Definition: SC25-8 is a type of crimping terminal commonly used for connecting wires or cables to ensure stable transmission of current and signals.
Purpose: This terminal is widely applied in various electrical and electronic devices, such as generators, new energy vehicles, and power systems, serving as a connecting and fixing component for wires or cables.
II. Structure and Characteristics
Structure: SC25-8 terminals are typically made of red copper or tin-plated copper, featuring a gap design that facilitates the insertion and fixation of wires or cables.
Characteristics:
Excellent Conductivity: Made of high-quality copper material, ensuring good conductivity.
Strong Corrosion Resistance: The tin-plated copper surface exhibits good corrosion resistance, extending the service life.
Easy Installation: The gap design allows for quick insertion and fixation of wires or cables.
Safe and Reliable: Ensures stable transmission of current and signals, enhancing the safety and reliability of electrical systems.

The RV1.25-4S terminal cable is a high-performance cold-pressed pre-insulated terminal cable. Below is a detailed description of it:
I. Basic Characteristics
Model: RV1.25-4S
Conductor Material: Made of red copper, it possesses excellent electrical conductivity, ensuring efficient and stable current transmission.
Insulation Material: Typically made of high-quality PVC (Polyvinyl Chloride) or other high-performance insulating materials, providing exceptional electrical insulation performance and mechanical strength.
Terminal Type: Cold-pressed terminal, which tightly connects the terminal to the wire through cold-pressing technology, ensuring the reliability and stability of the connection.
II. Structural Features
Round Design: The terminal part adopts a round design, facilitating connection with various wires and devices.
Pre-insulation Treatment: The exterior of the terminal undergoes pre-insulation treatment, effectively preventing current leakage and short circuits, and enhancing electrical safety.

The 6.3 spring-loaded terminal wire is a component product used for electrical connections, typically categorized under connectors. Below is a detailed introduction to the 6.3 spring-loaded terminal wire:
I. Definition and Purpose
Definition: The 6.3 spring-loaded terminal wire refers to a wire that uses 6.3mm spring terminals for electrical connections, featuring reliable connections and ease of use.
Purpose: It is widely used in electronic devices such as automobiles, power supplies, refrigerators, air conditioners, and telephones for circuit connections and signal transmission.
II. Types and Specifications
Types: Depending on the usage scenario and connection method, 6.3 spring-loaded terminal wires can be divided into various types, such as straight-plug, locking, and crimping types.
Specifications: The specifications of 6.3 spring-loaded terminal wires typically include wire diameter, spring terminal size, and jacket type, allowing users to choose the appropriate specifications based on their specific needs.
III. Characteristics and Advantages
Reliable Connections: The 6.3 spring-loaded terminal wire uses spring terminals for connections, featuring low contact resistance and stable, reliable connections.
Ease of Use: The spring terminals are easy to plug and unplug, facilitating circuit connections and debugging for users.
Strong Adaptability: The 6.3 spring-loaded terminal wire can accommodate different specifications and types of wires, meeting the needs of various application scenarios.
In summary, the 6.3 spring-loaded terminal wire, as an important electrical connection component, has wide applications in multiple fields. When selecting and using this product, users should pay attention to its quality and specifications to ensure reliable connections and ease of use.

Wiring harness composition:
The one-click start wiring harness for automobiles is generally composed of multiple wires and connectors, and these wires and connectors are responsible for transmitting power and control signals. Specifically, the one-click start wiring harness may contain the following several key lines:
Positive wire: It is responsible for providing the positive current of the power supply, usually connected to the vehicle's battery or power management system.
Negative wire: It is used to form the loop of the current to ensure that the power can flow in the line.
Communication line: It is used to transmit the communication signals between the various vehicle systems to realize the information sharing and coordination between the one-click start system and other vehicle systems.
Start signal line: It is responsible for transmitting the start command and controlling the starting process of the engine. When the one-click start button is pressed, this line will send a start signal to the engine control unit.

Wiring harness composition and functions:
The automotive electric tailgate wiring harness is usually composed of multiple wires, connectors, and protective sleeves, etc. These wires and connectors are meticulously designed and arranged according to the functional requirements of the electric tailgate to ensure the stable transmission of electricity and the accurate transmission of signals.
Power line: It is responsible for providing power to the electric tailgate motor and usually has a relatively high current-carrying capacity.
Control line: It is used to transmit control signals from the vehicle control unit (such as ECU) to realize operations such as opening, closing, and locking of the electric tailgate.
Sensor line: Some electric tailgates are equipped with sensors for detecting the state of the tailgate (such as open, closed, or locked), and these information is fed back to the control unit. The sensor line is responsible for transmitting these detection signals.
Ground line: It provides grounding for the entire electric tailgate system to ensure the safe operation of the electrical system.

Functional features:
Electric folding: By controlling the motor control line in the control wiring harness, the electric folding function of the rearview mirror is realized, facilitating the driver to reduce the vehicle width when parking or driving on narrow sections.
Electric adjustment: The adjustment line in the wiring harness is responsible for controlling the up, down, left, and right adjustment of the rearview mirror to meet the vision needs of different drivers.
Heating function (for some models): The folding rearview mirror wiring harness of some models also includes a heating wire, which is used to heat the rearview mirror in cold weather to prevent icing or fogging.
Turn signal control (for some models): The folding rearview mirror of some models also integrates the turn signal function, so the wiring harness needs to include the turn signal control.

The function of the T-BOX wiring harness. 
The T-BOX wiring harness, as a connecting bridge between the T-BOX and the vehicle's electrical system, plays a crucial role. It is mainly responsible for connecting the T-BOX with key components of the vehicle, such as the vehicle's power supply, CAN bus, GPS antenna, 4G/5G antenna, etc., to ensure the normal operation of the T-BOX and the real-time acquisition of vehicle information. At the same time, the T-BOX wiring harness is also responsible for transmitting the data and information processed by the T-BOX to the external cloud platform or mobile phone APP to realize remote monitoring and control functions.

The one-touch start wiring harness for automobiles is usually composed of multiple wires and connectors. These wires and connectors are meticulously designed and assembled to ensure the stable transmission of electricity and the reliability of the system. Among them, the wires are responsible for transmitting electricity, and the connectors are responsible for connecting the wires to the electrical system of the automobile.