Customized 1850°C Disilicide Molybdenum Mosi2 Heating Element Heater L W U Type

MoSi2 Molybdenum DiSilicide Heater

Molybdenum disilicide with a self-forming silica dioxide glazing make up the high-density material known as the MoSi2 heating element. Our heating elements excel across a variety of atmospheres, including oxidizing, inert, carburizing, nitriding, and reducing environments, withstanding temperatures up to 1,850C (3,360ºF).These components last a very long time.

The unique material known as MoSi2 Heating Element combines the best qualities of metallic and ceramic elements. It has a low thermal expansion and, like ceramic materials, is resistant to oxidation and corrosion. Like metallic materials, it also has strong electrical and thermal conductivity. Because of its robustness, the element is immune to thermal shock and can function as a heating element for many years.

Our MoSi2 heating elements includes seven grades with specific features for use in demanding applications and atmospheres, including nitrogen, hydrogen, vacuum and mixtures of endogas and reducing atmospheres.

Key features

High-temperature capability.

Available as straight or bent elements.

Easily customizable.

Versatile atmosphere and application compatibility.

Extended furnace life.

Minimizes maintenance stops.

Energy efficient.

Boosts productivity.

Safety assurance.

Strong return on investment.

Backed by superior technical support.

Specification

Types

For other shapes and specifications,we can provide customization, please contact us for details.

Application

MoSi2 heating element is extensively used in the industries of metallurgy, glass, ceramic refractory, crystal electronic device, also used in laboratory furnaces, testing equipment and high temperature sintering production furnaces, etc.

Resistivity

As the temperature rises, MOSIL (MoSi2) becomes more resistive. When the elements are coupled to a steady voltage, they can provide high power at lower temperatures and progressively lose power as the temperature rises. This speeds up the furnace’s process of reaching the operational temperature.

Nevertheless, the likelihood of an element overheating decreases together with a decrease in element power.

Even when operating at high temperatures, the MOSIL (MOSI2 Heating element) resistance does not deteriorate. During the first term, there is just a minor (≈ 5%) decrease in resistance.

These characteristics make it simple to replace a failing component without compromising the functionality of other components connected in series.

Packing: Composite wood packaging (fumigation free), or other wooden export packaging. Ensure the safety of the goods.

Delivery: Shipment by sea, by air or by express as per customer's requirement. Our company has established a cooperative relationship with many logistics enterprises to guarantee the safe transportation of goods and the time limit.

FAQ