UL1015 PVC Hook-up Wire

Category:

UL PVC Electronic Wire

Rated Temperature: 105℃
Rated Voltage: 600V
Conductor: Stranded or solid copper
Insulation: Lead Free PVC

Category:

UL PVC Electronic Wire

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Email:

koey@xinsuncable.com

WhatsApp:

8613085865802

Product Parameters

Fluoroplastic insulated wires and cables are a type of special cables using fluoroplastics (e.g., PTFE, FEP, PFA, ETFE) as insulation or sheath materials. They boast outstanding high-temperature resistance, chemical corrosion resistance, weather resistance and electrical insulation performance, making them ideal for demanding scenarios like aerospace, chemical engineering, metallurgy, electronics and other industries with strict cable performance requirements.

Common Fluoroplastic Materials and Their Characteristics
Different materials in the fluoroplastic family have distinct performance advantages, catering to various application needs:

1. PTFE (Polytetrafluoroethylene)

Long-term operating temperature ranges from -60℃ to 260℃, with the best high-temperature resistance among fluoroplastics, excellent insulation performance and extremely low dielectric loss.
Resistant to corrosion by all kinds of chemical media such as strong acids, strong alkalis and strong oxidants; it has an extremely low friction coefficient and non-stick properties.
Disadvantages: High hardness, difficult processing, and average radiation resistance.

2. FEP (Fluorinated Ethylene Propylene Copolymer)

Long-term operating temperature ranges from -80℃ to 200℃, enabling melt extrusion processing with better processability than PTFE.
Electrical performance is close to that of PTFE, with good chemical corrosion resistance, flame retardancy and superior flexibility.
Disadvantages: Lower maximum temperature resistance than PTFE, and average wear resistance.

3. PFA (Perfluoroalkoxy Resin)

Long-term operating temperature ranges from -60℃ to 260℃, combining the high-temperature and corrosion resistance of PTFE with the melt processability of FEP.
Better crack resistance and radiation resistance than PTFE, with high transparency, suitable for manufacturing thin-wall insulated cables.
Disadvantages: High cost, one of the most expensive fluoroplastics.

4. ETFE (Ethylene-Tetrafluoroethylene Copolymer)

Long-term operating temperature ranges from -60℃ to 150℃, featuring high mechanical strength, outstanding impact resistance and wear resistance.
Chemical corrosion resistant, flame-retardant and self-extinguishing, with good insulation performance, often used for sheaths or insulation layers requiring high strength.
Disadvantages: Lower temperature resistance than the other three materials mentioned above.

Core Performance Advantages
1. Excellent Temperature Resistance
It can work stably in a wide temperature range of -80℃ to 260℃, and withstand higher temperature impact for a short time, far exceeding conventional cable materials such as PVC and XLPE. It is suitable for extreme temperature environments like high-temperature furnaces, metallurgical equipment and aero-engine nacelles.

2. Superior Chemical Corrosion Resistance
Resistant to almost all chemical media including strong acids, strong alkalis, strong oxidants and organic solvents. It can be used for a long time in strong corrosion scenarios such as chemical production plants, electroplating workshops and offshore platforms, without easy aging or embrittlement of the cables.

3. Outstanding Electrical Performance
It has extremely high insulation resistance, and its dielectric constant and dielectric loss tangent are extremely low and stable, unaffected by temperature and frequency changes. It is suitable for high-frequency, high-voltage and precision instrument signal transmission and power supply.

4. Excellent Weather Resistance and Flame Retardancy
It has strong UV and ozone aging resistance, requiring no additional protection for outdoor laying. Most fluoroplastics are inherently self-extinguishing, producing no toxic smoke when burned, meeting high safety level requirements.

5. Reliable Mechanical Properties
Some fluoroplastics (e.g., ETFE, PFA) have good tensile and impact resistance, meeting the needs of scenarios requiring frequent bending such as mobile equipment and robots.

Common Models and Application Scenarios
Cable Type Common Models Typical Application Scenarios
Fluoroplastic Insulated Power Cables YF, YFV Power supply for high-temperature and high-pressure equipment in chemical enterprises, cables for metallurgical electric furnaces
Fluoroplastic Insulated Control Cables KFVP, KFV Industrial automation control systems, chemical instrument signal transmission
Fluoroplastic Insulated High-Temperature Resistant Wires AF-200, AF-260 Internal wiring of aerospace equipment, connecting wires for high-temperature sensors
Fluoroplastic Insulated Computer Cables DJFVP, DJFV High-speed data transmission of precision computers and PLC control systems

Key Selection Notes
1. Select Material Based on Temperature : FEP is suitable for scenarios below 200℃; PTFE or PFA is required for scenarios above 200℃. FEP (resistant to low temperature down to -80℃) is preferred for low-temperature applications.

2. Select Structure Based on Process : For flexible wiring or frequent bending scenarios, choose multi-strand stranded conductors with FEP/PFA insulation structure; PTFE insulated cables can be used for fixed laying.

3. Select Sheath Based on Environment : Fluoroplastic sheaths are required for strong corrosion and high wear environments; fluoroplastic insulation + polyolefin sheaths can be used in ordinary environments to reduce costs.

4.Pay Attention to Certification Compliance : Export products need to meet international standards such as UL 758 and IEC 60811; products for the aerospace field must comply with the military standard MIL-W-22759.

Conductor				Insulation		Resistance at 20℃	Pack
AWG Gauge	NO.	Wire Dia	Outer Dia	Thick	O.D	Ω/KM	M/coil
30	7	0.100	0.30	0.76	1.82	354.00	610
28	7	0.127	0.38	0.76	1.90	223.00	610
26	7	0.160	0.48	0.76	2.00	139.00	610
25	7	0.150	0.55	0.76	2.07	98.54	610
24	11	0.160	0.61	0.76	2.13	88.90	610
23	11	0.180	0.69	0.76	2.21	62.70	610
22	17	0.160	0.76	0.76	2.28	51.35	610
21	21	0.160	0.85	0.76	2.37	41.75	610
20	21	0.180	0.95	0.76	2.47	32.85	610
19	21	0.200	1.06	0.76	2.58	26.60	610
18	41	0.160	1.18	0.76	2.70	23.30	610
17	33	0.200	1.33	0.76	2.85	16.93	610
16	26	0.254	1.49	0.76	3.01	13.32	610
15	52	0.200	1.67	0.76	3.19	10.74	305
14	41	0.254	1.88	0.76	3.40	8.44	305
13	52	0.254	2.17	0.76	3.69	6.66	305
12	65	0.254	2.32	0.76	3.84	5.32	305
11	81	0.254	2.410	0.76	5.62	4.27	305
10	105	0.254	3.41	0.76	4.93	3.29	305
9	133	0.254	3.84	0.76	5.36	2.60	305
8	133	0.284	4.29	1.14	6.57	2.08	200
7	168	0.284	4.82	1.14	7.10	1.64	200
6	266	0.254	5.43	1.52	8.47	1.30	200
30	1	0.254	0.25	0.76	1.77	354.00	610
28	1	0.320	0.32	0.76	1.84	223.00	610
26	1	0.404	0.404	0.76	1.92	139.00	610
25	1	0.455	0.455	0.76	1.98	98.54	610
24	1	0.511	0.511	0.76	2.03	88.90	610
23	1	0.574	0.574	0.76	2.09	62.70	610
22	1	0.643	0.643	0.76	2.16	51.35	610
21	1	0.724	0.724	0.76	2.24	41.75	610
20	1	0.813	0.813	0.76	2.33	32.85	610
19	1	0.912	0.912	0.76	2.43	26.60	610
18	1	1.020	1.020	0.76	2.54	23.30	610
17	1	1.150	1.150	0.76	2.67	16.93	610
16	1	1.290	1.290	0.76	2.81	13.32	610

Bundled Diagram

Tag list： UL1015 PVC Hook-up Wire

UL1007 PVC Hook-up Wire

UL1095 PVC Hook-up Wire

UL1007 PVC Hook-up Wire

UL1095 PVC Hook-up Wire

Application

For internal wiring of electronic and electrical equipment.

Industries We Serve

Home Appliances · Medical Devices · Lighting Systems · New Energy Vehicles · Power Facilities · Instruments · Temperature Sensors · Communication Equipment

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Home Appliance Industry

In the home appliance industry, our cables are widely used for internal wiring of refrigerators, air conditioners, washing machines, and kitchen appliances. They offer excellent heat resistance, flexibility, and insulation to ensure long-term safety and stable performance.

Medical Industry

Medical devices demand high stability and precision. Our cables deliver superior insulation, cleanliness, and anti-interference performance, making them ideal for monitors, diagnostic equipment, and analytical instruments with reliable signal and power transmission.

Lamps Lightning Industry

Our cables are used in LED fixtures, indoor lighting, and outdoor landscape lighting. With flame-retardant, heat-resistant, and anti-aging features, they provide safe and reliable wiring solutions for all lighting systems.

New Energy Vehicle

For the new energy vehicle industry, we supply cables with high-temperature resistance, vibration resistance, and strong EMI shielding. They ensure stable connections and data transmission for power systems, battery management, and onboard electronics.

Power Facilities

Our cables are widely used in distribution cabinets, transformers, and switchgear. With high current capacity, excellent insulation, and stable transmission, they are built for demanding power facility applications.

Instruments

For precision instruments, we offer highly sensitive, low-loss, and interference-resistant cables. They are suitable for measurement devices, control systems, and industrial instruments, ensuring accurate and stable signal transmission.

Temperature Sensor

Temperature sensors require heat-resistant and corrosion-resistant cables. Our wires are designed for probes and sensing systems, ensuring accurate and stable temperature signal transmission.

Communication Fields

In the communication field, we supply low-attenuation, high-shielding coaxial and signal cables. They are ideal for data transmission devices, network wiring, and communication terminals, ensuring high-speed and stable signal output.

Certification

We provide UL, CUL, VDE, CSA, CE, and CCC certified cables—guaranteeing globally recognized safety, consistent quality, and reliable performance for your products.

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Production Line

XINSUN WIRE operates a modern manufacturing facility powered by advanced automation and intelligent production management. By integrating automated equipment with digital process control, we ensure stable production, consistent quality, and efficient output across all cable manufacturing stages.

From raw material processing to final packaging, every cable is subject to 100% inspection under standardized quality control procedures. This intelligent quality management system minimizes human error, improves product consistency, and ensures reliable performance that meets international standards.

With a focus on smart manufacturing, XINSUN WIRE delivers certified and environmentally compliant wire and cable solutions for home appliances, medical devices, lighting systems, new energy vehicles, power facilities, instruments, temperature sensors, and communication applications.

I Would Inquire

Frequently Asked Questions

Do you accept custom orders

Yes, we have our own factory and accept customization of any specifications

How long is the delivery time?

Regular products take 7 working days, customized orders take 10~15 working days, depending on the order quantity and process.

What certificates do your wires have?

All products have passed international certifications such as ISO,CE,RoHS, UL, CUL, VDE, CSA, CE, CCC certified

Is the logistics method optional?

Optional sea freight (30-40 days), air freight (7-10 days), express delivery (DHL/FedEx/UPS, 3-5 days), can find freight forwarders on behalf of customers or use customer designated freight forwarders

What are the payment methods?

Support T/T (telegraphic transfer), PayPal、 Western Union remittance, priority T/T for large orders (30% advance payment+70% see bill of lading copy).

What are the main types of wires produced by your company?

Our company mainly produce PVC, XLPVC, SRPVC, XLPE, TPU, TPE, NYLON, TEFLON, SILICON and so on materials electronic wire and cables