Overview of High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motor Accessories Transformer

Transformer accessories refer to various auxiliary equipment or materials used in conjunction with transformers to assist them in achieving their functions. High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motor Accessories Transformer is crucial for the regular operation of transformers, as they can ensure stable operation under various environmental conditions and improve the efficiency and reliability of transformers. At the same time, the mintenance and upkeep of transformer accessories are also important links to ensure the normal operation of transformers, and regular inspections and replacements are needed to ensure their normal operation. Transformer accessories are essential auxiliary equipment and materials for the regular operation of transformers and are of great significance for stable operation and efficiency.

Transformer Accessories Mainly Include the Following Types

Transformer oil: used for insulation and cooling.

Transformer oil conservator: stored transformer oil and maintained a stable oil level.

Radiator: Used to transfer the heat generated by the transformer to the surrounding air and maintain stable transformer temperature.

Respirator: used to regulate the internal gas pressure of the transformer and prevent deformation of the transformer oil tank.

Explosion-proof tube: used to prevent the gas and oil flow generated in the event of internal faults in transformers from spraying out.

Insulation sleeve: used to protect the windings and leads of transformers, preventing electric shock and short circuits.

Thermometer: used to monitor the temperature of transformers and detect abnormal situations promptly.

Gas relay: used to monitor the pressure and temperature of the gas inside the transformer and detect faults promptly.

Voltage and current transformers: Used to convert transformers’ voltage and current signals into measurable electrical signals.

Lightning arrester: used to protect transformers from lightning and overvoltage impacts during operation.

Specifications of High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motor Accessories Transformer

This enameled wire uses pure copper for top conductivity. Polyurethane insulation gives excellent heat resistance. This wire handles temperatures up to 180°C continuously. High heat stability is crucial for demanding motor and transformer use. The insulation layer bonds tightly to the copper conductor. This bond prevents cracking or peeling during winding. Strong adhesion ensures long-term electrical reliability.

The enamel coating offers outstanding mechanical strength. It resists abrasion during motor coil winding processes. This toughness minimizes insulation damage risks. Good flexibility allows easy bending into tight coil shapes. Flexibility is essential for efficient motor accessory production. The smooth enamel surface ensures easy winding onto bobbins.

Electrical performance is reliable. The insulation provides high dielectric strength. It prevents short circuits between wire turns. Consistent insulation thickness guarantees uniform electrical properties. Low power loss translates to better motor efficiency. Stable performance is maintained across the rated temperature range.

This wire suits various motor accessories perfectly. It works well in transformers needing heat resistance. Common applications include small power motors. It’s ideal for relay coils and solenoid valves. Use it where space is limited but performance is critical. Pure copper ensures minimal energy waste. The high temperature rating extends component lifespan. Choose this wire for durable, efficient electrical components.

Applications of High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motor Accessories Transformer

This high temperature resistant polyurethane insulated pure copper enameled wire solves tough problems in demanding electrical equipment. It uses pure copper inside. Pure copper moves electricity very well. This keeps energy loss low and heat down during operation. The real advantage is the tough polyurethane coating baked onto the copper. This special insulation laughs at high heat. Many standard wires fail quickly when things get hot. This wire keeps working reliably even at temperatures where others melt or break down.

Motors need wires like this. Think about small motors packed tightly together. Think about motors running constantly under heavy loads. They get hot inside. Standard wire insulation can crack or melt in that heat. This causes shorts or motor failure. This polyurethane wire withstands the heat. It keeps the motor running safely and longer. It’s perfect for the tiny coils in small motors and power tools where space is tight and heat builds fast.

Transformers benefit hugely too. Transformers change electricity levels. They do this work constantly. This generates internal heat. The coils inside need insulation that won’t quit when things warm up. This wire’s high temperature rating means the transformer runs cooler and lasts longer. It prevents insulation breakdown inside the transformer windings.

It’s also vital for solenoids and relays. These parts switch electrical circuits on and off. They often work in hot environments near engines or other machinery. Their coils get stressed. Standard insulation might not hold up. This wire’s tough polyurethane coating handles the heat and the electrical stress. It ensures reliable switching every time.

Other coil applications use this wire widely. Think about ignition coils, chokes, inductors. Any device needing tightly wound copper wire that gets hot needs this insulation. The polyurethane is tough physically too. It resists scratches during winding. It fights chemicals, moisture, and solvents better than many other coatings. This combination means less wire damage during manufacturing. It means equipment that works dependably in harsh conditions for a longer service life. It saves space because the insulation layer can be thin but strong. This allows smaller, more powerful components.

Company Profile

PDDN Photoelectron Technology Co., Ltd. is one of the leading enterprises in power electronics technology and power products, which is fully involved in developing solar inverters， transformers, voltage regulators, distribution cabinets, thyristors， modules， diodes， heaters, and other electronic devices or semiconductors. We will be committed to providing users with high-quality, efficient products and considerate service.

It accepts payment via Credit Card, T/T, West Union, and Paypal. PDDN will ship the goods to customers overseas through FedEx, DHL, by sea, or by air. If you want high-quality High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motor Accessories Transformer, please send us inquiries; we will be here to help you.

Payment Methods

L/C, T/T, Western Union, Paypal, Credit Card etc.

Shipment

By sea, by air, by express, as customers request.

Storage Conditions

1) Store in a dry environment at room temperature.

2) Avoid damp and high temperature.

3) Use immediately after opening the inner packing bag.

5 FAQs of High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motor Accessories Transformer

Here are 5 common questions about our High Temperature Resistant Polyurethane Insulated Pure Copper Enameled Wire for Motors and Transformers:

What temperature can this wire handle?
This wire handles temperatures up to 155°C (311°F) continuously. That is its rated thermal class. It resists heat well during normal motor or transformer operation. This rating is important for reliability.

What is the insulation made from?
The insulation is polyurethane resin. We apply it directly onto the pure copper conductor. This coating is thin but very tough. It provides excellent electrical insulation and protection.

Why choose this wire for motors and transformers?
This wire is designed for windings. Its polyurethane insulation bonds easily when soldered. This makes building coils simpler. The high heat resistance ensures the wire lasts inside hot motors and transformers. Pure copper gives the best electrical conductivity.

How is this wire better than other types?
Polyurethane offers great flexibility and solderability. You can solder it without stripping off the enamel first. That saves time and reduces mistakes. The high temperature rating also means it performs better in demanding applications than lower-rated wires. Pure copper ensures minimal energy loss.

Why is pure copper important?
Pure copper conducts electricity much better than alternatives like aluminum. This means less power is wasted as heat inside your motor or transformer. Less heat buildup improves efficiency. It also helps the equipment last longer. Using pure copper is key for top performance.