Ko ehea nga mea e whakamahia ana mo te hanga i te oumu

The working temperature of the forging heating furnace is above 1000°C. Reasonable selection of furnace-building refractory materials is of great significance to ensure the normal operation of the heating furnace, improve the life of the furnace and save energy.

Introduction of forging

Forging is a necessary metalworking process that plays a vital role in the manufacture of various parts and components. Under high temperatures, high pressure, and harsh working conditions, refractory materials are the key to ensuring the stable forging process. This article will introduce several joint forging refractory materials and their application in the forging process.

Forging furnace requirements for refractories

1. It should have the property of not deforming and not melting under sufficient temperature
2. It can have the necessary structural strength at high temperatures without softening deformation
3. The volume is stable at high temperatures, and the brickwork will not be deformed or cracked due to expansion and contraction
4. When the temperature changes sharply or the heating is uneven, it will not crack and peel off
5. Can resist the chemical erosion of metal solution, slag, furnace gas, etc.

What are the refractory materials in the forging industry?

Refractory brick

In forging furnaces and heating furnaces, pereki whakaahuru are widely used as lining materials to protect furnace structures from high temperatures and molten metal corrosion. The main refractory bricks used are high alumina refractory bricks, aluminum silicate refractory bricks, a silicon carbide refractory bricks.

Silicon carbide crucible

A silicon carbide crucible is a high-temperature-resistant container made of silicon carbide material. In the forging process, it can be used to carry molten metals and alloys and has excellent heat resistance and corrosion resistance.

High alumina castable

High alumina castable is a kind of refractory castable, mainly composed of high alumina aggregate and binder. It has good high-temperature resistance and thermal shock resistance and is widely used in forging molds to withstand high-temperature metal pouring.

Graphite electrode

Graphite electrode is a refractory material used in high-temperature electric arc furnaces to heat metal materials to a high-temperature state. During the forging process, graphite electrodes are usually used to heat and maintain the temperature of the forging to ensure the smooth progress of the forging process.

ceramic fiber blanket

A ceramic fiber blanket he maramara, high-temperature refractory insulation material. It is often used for heat insulation of forging equipment to reduce heat energy loss and improve heating efficiency.

Refractory coating

The refractory coating is a refractory material used to coat the surface of forging equipment. It has properties such as high-temperature resistance, corrosion resistance, me te mau atete, which can prolong the service life of forging equipment and improve work efficiency.

How to choose refractory materials for different parts of the forging furnace?

Refractory materials for forging play a vital role in the forging process. They can protect equipment and structures under high temperatures, high pressure, and harsh working conditions, ensuring a stable and efficient forging process. According to different forging processes and equipment requirements, the selection of appropriate refractory materials is a key step to ensure the success of the forging process. You can contact us for consultation. Rongsheng Refractories has 20 years of experience in refractory production.