Name: Durable Heat Resistant CuNi10 NC015 Alloy Material Insulated FEP Heating Wire
Brand: Senphus
Price: 1 USD

Durable Heat Resistant CuNi10 NC015 Alloy Material Insulated FEP Heating Wire


Payment Terms	T/T, D/P
Delivery Time	3 days
Packaging Details	Packed with waterproof paper or weave bag, into pallets or wooden case. Special packaging requirements can also be accommodated.
Alloy Material	Copper-Nickel CuNi10/NC015 Insulated FEP Heating Wire
Inner Material	High Strength Copper Nickel Wire（Optional）
Outer Material	FEP（Optional）
Alloy Wire Diameter	＜0.15mm（Optional）
Brand Name	Senphus
Model Number	NC015 Insulated FEP Heating Wire
Certification	ISO9001
Place of Origin	China

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Payment Terms

T/T, D/P

Delivery Time

3 days

Packaging Details

Packed with waterproof paper or weave bag, into pallets or wooden case. Special packaging requirements can also be accommodated.

Alloy Material

Copper-Nickel CuNi10/NC015 Insulated FEP Heating Wire

Inner Material

High Strength Copper Nickel Wire（Optional）

Outer Material

FEP（Optional）

Alloy Wire Diameter

＜0.15mm（Optional）

Brand Name

Senphus

Model Number

NC015 Insulated FEP Heating Wire

Certification

ISO9001

Place of Origin

China

High Light

Heat Resistant Insulated Heating Wire ，Durable Insulated Heating Wire ，Industrial Insulated Heating Wire

Key Features of CuNi NC015 Alloy Material Insulated FEP Heating Wire

Conductor Material:

CuNi NC015 Alloy (Copper-Nickel Alloy): Known for its excellent electrical resistance, high-temperature tolerance, and corrosion resistance.

Common composition: Approximately 99% Copper and 1% Nickel.

Insulation:

FEP (Fluorinated Ethylene Propylene):

High-temperature resistance (typically up to 200°C).

Excellent chemical resistance.

Non-stick surface and low friction properties.

Good electrical insulation properties.

Temperature Resistance:

Working temperature range: -60°C to +200°C (depending on wire thickness).

Highly resistant to temperature fluctuations without degrading.

Electrical Performance:

Stable electrical resistance over a wide temperature range.

Good resistance accuracy, making it ideal for heating applications.

Low EMF (Electromotive Force), which helps maintain consistent heating.

Mechanical Properties:

Flexible and durable, even in harsh environments.

Resistant to UV radiation, oils, and chemicals.

Applications

The CuNi NC015 Alloy Material Insulated FEP Heating Wire is a specialized type of heating wire made from a Copper-Nickel (CuNi) NC015 alloy with Fluorinated Ethylene Propylene (FEP) insulation. This wire is known for its excellent electrical, thermal, and chemical properties. Below are its key applications across various industries:

1. Industrial Heating Systems

Electric heating elements in industrial furnaces
Resistance heating cables for pipelines and tanks
De-icing and defrosting systems for equipment in cold environments
Temperature-controlled heating systems

2. Aerospace and Automotive

De-icing systems for aircraft components
Engine block heaters
Seat heating systems in luxury vehicles
Battery pack heating for electric vehicles (EVs)

3. Medical Devices

Heated surgical tools
Medical imaging equipment (like MRI machines)
Laboratory equipment needing precise temperature control

4. Consumer Electronics

Heating elements in small appliances (like coffee makers)
Anti-condensation heaters in cameras and optical devices

5. Telecommunications

Cable heating systems to prevent ice buildup on outdoor communication lines
Signal booster systems in extreme environments

6. Scientific Research and Laboratories

Heating systems for experimental apparatus
Cryogenic systems to maintain temperature stability

7. Oil & Gas Industry

Pipeline frost protection
Tank heating in remote locations

Why CuNi NC015 Alloy?

High Corrosion Resistance: Excellent for harsh environments
Stable Electrical Resistivity: Consistent heating output
Oxidation Resistance: Long lifespan in extreme temperatures
Non-Magnetic Properties: Ideal for sensitive applications

Why FEP Insulation?

High-Temperature Tolerance (up to 200°C)
Chemical Resistance: Resistant to oils, acids, and solvents
Low Friction Surface: Easy installation
Non-Flammable: High safety standards

Advantages:

Long service life.
Easy installation due to flexibility.
Consistent heating performance.
Flame-retardant insulation.

Conclusion

The CuNi NC015 Alloy Insulated FEP Heating Wire is widely used in industries where precision heating, corrosion resistance, and durability are critical. Its combination of robust alloy material and high-performance insulation makes it suitable for demanding applications across both industrial and consumer sectors.

Material	Temperature resistance	Thermal decomposition	Applied for grade	Advantages
High strength aramid	In a 100 to 250 ℃ long-term use will not have obvious change and impairment	Thermal decomposition temperature more than 450 degrees	Applied for more than 110N	1. Good mechanical 2. Heat resistant and flame retardant 3. The stable chemical properties 4. Radiation resistanc 5. Durability

Texture	Ni-Cu (Can be enameled)
Resistance	According to the requests
Wire diameter	0.05~0.12mm
Characteristic	1. High strength 2. Strong hardness 3. Anti-corrosion 4.Thermoelectricity good
Operating principle	Heating filament dogan twisted

Texture	Polyurethane	Polyetherimide
Temperature class	-50~150℃	-160~180℃
Characteristic	1. Performance wide adjustable range well-adapted 2. Adhesive performance is good 3. Good elasticity, good resilien, can be used for dynamic joint 4. Good flexibility at low temperatures 5. Good weather resistance,service life up to 15~20 years 6. Good oil resistance 7. Biological aging resistance 8. Moderate cost	1. Excellent Mechanical Properties 2. Good electrical insulatingperformance 3. Excellent radiation resistance 4. Excellent resistanceto high and low temperature performance 5. Excellent wear resistance 6. Excellent microwave through performance 7. Strong plastcity

Texture	PA12	TPEE	PVC	FEP
Plastic outer diameter	0.8mm~1.0mm
Temperature class	-40~140C	-70~200℃	-30~125℃	-100~220℃
Dielectric strength	39Kv/mm	36Kv/mm	36Kv/mm	42Ky/mm
Dielectric constant	1.9×10^7 HZ	1.4×10^7 HZ	1.4×10^7 HZ	2.8×10 HZ
Breaking strength	19~25MPa	18~24MPa	18~24MPa	15~22MPa