Producto

Ladrillo de cromo magnesia

  • Good thermal shock stability
  • Good corrosion resistance
  • High compressive strength
  • High flexural resistance

Descripción

What is magnesia chrome brick

Magnesia chrome brick is refractory products made of magnesia and chromium oxide as the main components, periclase and spinel as the main minerals. Magnesia chrome bricks have high high-temperature strength, strong slag resistance and excellent thermal stability. They are mainly used for Metallurgical Industry.

Other magnesia-containing refractory bricks

Ladrillo de cromo magnesia

Ladrillo de cromo magnesia

Parámetro técnico

ArtículoMagnesia-chrome bricksUnfired magnesia-chrome brick
MGe-8MGe-12MGe-16MGe-18MGe-26BMGe-8BMGe-12ABMGe-12BBMGe-16A
MgO %≥605545423065606055
Cr2O3 %≥8121618268121216
AP %≤222221212018161616
CCS MPa≥303025253055555555
0.2MPa RUL≥150015001500150015001500150015001500

De Wikipedia:PericlaseRefractario

Magnesia chrome brick performance characteristics

  • ObstinaciónMagnesia-chrome bricks have high refractoriness and can withstand extremely high temperatures.
  • High temperature strengthIt has good high temperature strength to ensure structural integrity in high temperature environments.
  • Alkaline slag corrosion resistanceStrong resistance to alkaline slag corrosion enables it to perform well in environments containing alkaline substances.
  • Estabilidad al choque térmicoExcellent thermal shock stability, able to remain stable under rapid temperature changes.

Magnesia Chrome Bricks Production Process

  1. Raw Material Preparation: Select appropriate chrome ore and magnesia as the main raw materials. Chrome ore usually includes Xinjiang chrome ore, South African chrome concentrate and Indian chrome ore, while magnesia is obtained by light burning of magnesia and further processing.
  2. Mixing and molding: Mix the prepared chrome ore and magnesia in a certain proportion, and then make bricks through high temperature and high pressure molding process.
  3. Firing: Put the formed bricks into the kiln for firing. During the firing process, control the temperature and time to ensure that the bricks react fully and form the required crystal structure.
  4. Cooling and inspection: After firing, the bricks are cooled to room temperature and quality inspection is carried out, including indicators such as size, density, and strength.

Comparison of properties of different types of magnesia chrome bricks

The performance of magnesia-chrome bricks prepared by different production processes is different.

  1. Ladrillos de magnesia-cromo unidos directamente: good thermal shock stability
  2. Electro-melted rebonded magnesia-chrome bricks: strong corrosion resistance
  3. Semi-rebonded magnesia-chrome bricks: performance between the first two

What are the main applications of magnesia chrome bricks?

  • Industria metalúrgica: open-hearth furnace top, electric furnace top, external refining furnace, non-ferrous metal smelting furnace
  • Industria del cemento: rotary kiln firing zone
  • Industria del vidrio: regenerator

Lite Magnesia Chrome Brick Delivery

Lite Magnesia Chrome Brick Delivery

Reseñas

Aún no hay reseñas.

Sé el primero en opinar “Ladrillo de cromo magnesia”

Su dirección de correo electrónico no será publicada. Los campos obligatorios están marcados *

trabajemos juntos

ponte en contacto con nosotros

No dude en ponerse en contacto mediante el siguiente formulario. Nos encantaría escuchar tu opinión. & responder cualquier pregunta que puedas tener!

Dirección de correo electrónico

dirección de la oficina

No.92 Jianshe West Road, Distrito de Zhongyuan, Zhengzhou, Henán,Porcelana.

Dirección de fábrica

Parque industrial refractario de Liguo Village, Ciudad de Xinmi, Ciudad de Zhengzhou, Provincia de Henán,Porcelana