Spiral Heating Resistance Coil Wire 0CR25AL5 Furnace Element

Product Description

The spiral Heating Resistance coil Wire 0CR25AL5 furnace element concept

In our daily life, the most common sort of heating element is electric heating wire, which generates heat after being activated and converts electrical energy into thermal energy as a functional alloy material. Electric heating wires are utilized as heating components in sectors such as metallurgy, construction, military, and home appliances, and their maximum working temperature can reach above 1000 degrees Celsius.
 

The spiral Heating Resistance coil Wire 0CR25AL5 furnace element operates on the same principle as other metal heating components, both of which are the electric heating phenomenon after the metal is electrified. Electric heating is the process of generating a specific amount of heat when current flows through and is passed by a conductor. After being electrified, the electric heating wire is a metal conductor that emits heat and provides thermal energy.

The benefits of electric heating wire include high heating and heat resistance temperatures, mature technology, simple manufacture, and easy use in a variety of electric heating equipment. However, because the heating process is followed by the luminescence process, its energy conversion rate is rather poor, and the electrical energy conversion rate can only reach 60% to 70%.
 

Product Application

Certifications

Classification of spiral Heating Resistance coil Wire 0CR25AL5 furnace element
The classification of spiral Heating Resistance coil Wire 0CR25AL5 furnace element is based on their different chemical element content and organizational structure. Electric heating wires are divided into two types: iron chromium aluminum alloy electric heating wires and nickel chromium alloy electric heating wires. These two types of electric heating wires, as heating elements, have different functional characteristics.
1. Iron chromium aluminum alloy heating wire
Advantages: High operating temperature, with a maximum operating temperature of up to 1400 ℃. Iron chromium aluminum alloy electric heating wires have long service life, high resistivity, high surface composite, and good oxidation resistance.
Disadvantages: In high-temperature environments, the strength is relatively low, and as the temperature increases, the plasticity of iron chromium aluminum alloy heating wires will increase. This means that iron chromium aluminum alloy heating wires are prone to deformation at high temperatures and are not easy to repair after deformation.
2. Nickel chromium alloy heating wire
Advantages: High strength in high-temperature environments, resistant to deformation and structural changes during long-term high-temperature operation, and good room temperature plasticity of nickel chromium alloy heating wires, making repair after deformation relatively simple. In addition, nickel chromium alloy heating wires have high radiation rate, no magnetism, good corrosion resistance, and long service life.

FAQ

Q1:Are you a factory or trading company?

A: We are the factory and have 10 production lines.

Q2:Does the product have CE/ROHS certificate?

A: Yes, other certifications also can be sent.

Q3:What's the shipping method?

A: International express and sea transportation, According to your requirement

Q4:Can I use my own forwarder to transport the products for me?

A:Yes, you can let your forwarder ship the products for you.

Q5:What's the Payment method?

A: T/T, 30% deposit before production, the balance before delivery. We suggest you transfer the full price at one time, because there will be a big bank fee if you pay twice.

Q6: What is our payment term?

A: We can accept the payment by T/T, Paypal, Credit card and W/U.

Q8:How to Place an order?

A: Please kindly send us your order online or by email. Hope you can provide the information as follows: your details address, phone/fax number, destination, transportation way; Product information: item number, size, quantity, logo, etc.