High Voltage Silicone Wire

High voltage silicone wires act as an electrical conductor that is built to handle high voltage currents. It has insulation of silicone rubber that offers great heat resistance, flexibility and protection from environmental conditions, such as moisture and chemical substances. Our high voltage silicone wires are widely applied in high-demanding uses where standard wires would fail because of temperature or voltage demands.

High Volt Silicone Wire Technical Description

Color

Red, Black, Black, Blue, Green, Yellow

Wire core material

Tinned Copper, Copper

Volt

0 - 300V

Insulation Material

Silicone

Cable Length

0 - 300M

Maximum Temperature

Up to 200℃

Copper Wire Quantity

7 - 30

Copper Wire Diameter

0.1 - 0.18MM

Certification

RoHS, CE

What are the uses of high voltage silicone wire and cable?

High voltage silicone wire and cable are commonly employed in a wide range of industries, which include:

Industrial Machinery: High voltage silicone cables are commonly used in machinery and electrical devices functioned at improved temperatures and where reliable insulation is needed to handle high voltages.
Medical Device: Wiring that supports high voltages are often required by medical equipment when flexibility and resistance to sterilization processes are remained. These features are offered by high voltage silicone wires.
Auto & Aerospace: The silicone wire is applied in engine systems, a high-current battery pack, and other high-performance systems in cars, airplanes, and spacecraft where heat resistance and voltage capacity are keys.
Power Transfer: High voltage silicone wires are employed in power transfer systems where electricity must be safety transported by them across a long distance at high voltages.
Renewable Energy: High voltage silicone cables are usually applied in solar electricity and wind power systems where they have to withstand harsh outdoor environments while high-voltage electricity is carried.

What are the profits of a high voltage silicone wire?

The key benefits of high voltage silicone wires involve:

Heat Resistance: The silicone wire is able to ensure wide temperature ranges from -60°C to +200°C, which enables them to be fit for high-heat conditions.
High Voltage Capacity: High voltage silicone wires are built for safe carrying of high voltage electrical currents with no risk of insulation malfunction.
Flexibility: Silicone wires still have high flexibility even at low temperatures, which makes it easy to set up in limited spaces or places where frequent movement is needed.
Durability: Silicone insulation has high resistance to environmental factors like UV radiation, chemical substances, and moisture, which lengthens the longevity of the wire or cable even in harsh environments.
Electrical Performance: The silicone insulation offers strong electrical insulation, which avoids electrical leakage and ensures the wire or cable has a reliable performance even under high voltage loads.

Can high voltage silicone wires be used outdoors?

Yes, high voltage silicone wires are suited for outdoor applications because of their great resistance to environmental factors, including:

UV Rays: Silicone insulation has powerful resistance to UV rays, which helps prevent degradation even with extended exposure to direct sunlight.
Moisture: High voltage silicone wire features waterproof, which enables it suited for outdoor setups where moisture or humidity is a worry.
Extreme Temperature: The wide temperature range of silicone insulation enables it to perform greatly in both hot and cold outdoor conditions, which makes it a reliable option for electrical systems used outdoors.

What are the safety measures for the use of high voltage silicone wires?

When a high voltage silicone wire and cable is applied, it’s crucial to look into the following safety considerations:

Voltage Rating: You need to ensure the silicone wire matches with the required voltage of your electrical system. A wire or cable with no match of the specific voltage can lead to electrical malfunction or insulation breakdown.
Proper Setup: The silicone wire should be installed correctly to avoid strain or damage to the insulation. Sharp bends or excessive pulling should be prevented when installing.
Regular Check: Regular check of the condition of the insulation should be conducted to make sure no wear, cracking, or other damage is occurred because it could compromise the safety of the silicone wire.