Ninomiya Electric Wire Industry TN430 Silica-glass-yarn braided nickel-clad copper-conductor wire Maximum operating temperature: 400℃
We sell Ninomiya Electric Wire Industry's Silica-glass-yarn braided nickel-clad copper-conductor wire: TN430 in our shop, cut products = 10m or more in 1m increments, and fixed length 1 roll = 100m. Sizes are 0.75SQ, 1.25SQ, 2.0SQ, 3.5SQ, and 5.5SQ. TN430 is a heat-resistant wire with a nickel-clad copper conductor that is flexible and has excellent heat resistance and corrosion resistance, wrapped with a glass-mica-polyimide composite tape, and coated with silica glass fiber. The insulator is coated with polyimide paint (brownish brown) that has excellent insulating properties. RoHS2 compliant, maximum operating temperature: 400℃. Please purchase from the product page below.
◇Manufacturer site
https://ninomiya-ew.co.jp/en/product/hrw_tn430/
◇Product page
https://nisho-en.ocnk.net/product-list/123
■ Silica-glass-yarn braided Nickel-clad-copper-conductor Wire: TN430
Compliant with RoHS2
Max. operating temp:400℃
TN430 is a super heat-resistant wire, the conductors of which are heat-resistant and corrosion-resistant as well as flexible nickel-clad-copper-conductor wire wrapped in glass-mica-polyimide-composite tape coated with silica-glass fiber. Polyimide coating, which is brownish-red and excels in insulating characteristics, is applied to the insulation of TN430. TN430 is manufactured according to the NINOMIYA Standards.
Features of nickel-clad-copper-conductor wire
The conductor resistance of nickel-clad-copper-conductor wire is about a quarter (1/4) of that of nickel-conductor wire; therefore the former can be thinner in diameter and lighter than the latter while the allowable current value of the former is the same as that of the latter.
Since nickel-clad-copper-conductor wire is more flexible than nickel-conductor wire, it can be easily processed and routed.
The nickel plate is 20 to 30 times as thick as conventional nickel plate (1 to 5μm). Note that the area ratio between nickel and copper is about 28:72.
Since the surface of nickel-clad-copper-conductor wire is nickel, it is more corrosion-resistant than copper wire.
Its electric conductivity changes over time in high temperature use. However, about 60% of the electric conductivity is maintained even after the nickel-clad-copper-conductor wire is used at a temperature of 400℃ for three consecutive years.
Applications
TN430 is used for applications such as the lead wire in an electric heater, which must be highly resistant to heat as well as corrosion, and wire in high-temperature equipment.
TN430 0.75SQ
TN430 2.0SQ
TN430 3.5SQ
◇Manufacturer site
https://ninomiya-ew.co.jp/en/product/hrw_tn430/
◇Product page
https://nisho-en.ocnk.net/product-list/123
■ Silica-glass-yarn braided Nickel-clad-copper-conductor Wire: TN430
Compliant with RoHS2
Max. operating temp:400℃
TN430 is a super heat-resistant wire, the conductors of which are heat-resistant and corrosion-resistant as well as flexible nickel-clad-copper-conductor wire wrapped in glass-mica-polyimide-composite tape coated with silica-glass fiber. Polyimide coating, which is brownish-red and excels in insulating characteristics, is applied to the insulation of TN430. TN430 is manufactured according to the NINOMIYA Standards.
Features of nickel-clad-copper-conductor wire
The conductor resistance of nickel-clad-copper-conductor wire is about a quarter (1/4) of that of nickel-conductor wire; therefore the former can be thinner in diameter and lighter than the latter while the allowable current value of the former is the same as that of the latter.
Since nickel-clad-copper-conductor wire is more flexible than nickel-conductor wire, it can be easily processed and routed.
The nickel plate is 20 to 30 times as thick as conventional nickel plate (1 to 5μm). Note that the area ratio between nickel and copper is about 28:72.
Since the surface of nickel-clad-copper-conductor wire is nickel, it is more corrosion-resistant than copper wire.
Its electric conductivity changes over time in high temperature use. However, about 60% of the electric conductivity is maintained even after the nickel-clad-copper-conductor wire is used at a temperature of 400℃ for three consecutive years.
Applications
TN430 is used for applications such as the lead wire in an electric heater, which must be highly resistant to heat as well as corrosion, and wire in high-temperature equipment.
TN430 0.75SQ
TN430 2.0SQ
TN430 3.5SQ
