Application:

• • Areas with high alkali attack.
• • Areas with high clinker corrosion.

Advantages:

• • Resistance to corrosion.
• • Low iron content.
• • Resistance to alkali attacks.

Type of material:

Highly pure magnesia with electro-fused spinel and low iron content.

Special pressing and firing process to obtain a highly resistant matrix.

Application:

• • Extremely severe areas.
• • Specially for alternative fuels.
• • Areas with high alkali attack.

Advantages:

• • Excellent high-temperature strength.
• • Lower porosity.
• • Increased resistance to thermal shock.
• • A matrix which is highly resistant to alkali attack.
• • Very high resistance to infiltration.

Type of material:

Highly pure synthetic magnesia with high spinel content and low iron content.

Made with a series of special additives and a special pressing and firing process to obtain a highly resistant matrix.

Excellent resistance to thermal shock and to alkali attack.

Application:

• • Transition zones.
• • Mechanical stress areas (tyre area).
• • Alkali attack areas.

Advantages:

• • Good resistance to thermal shock.
• • High flexibility.
• • Resistance to mechanical stress.

Type of material:

Highly pure synthetic magnesia with high spinel content and low iron content.

High resistance to thermal shocks and high flexibility.

Application:

• • Upper transition zone.
• • Burning zone.

Advantages:

• • Resistance to thermal shocks.
• • Good coatability.
• • High refractoriness.

Type of material:

Highly pure synthetic magnesia with medium spinel content and low iron content, with good resistance to thermal shocks and good coatability.

Application:

• • Upper transition zone.
• • Burning zone.

Advantages:

• • Resistance to thermal shock.
• • Good coatability.
• • High refractoriness.

Type of material:

Highly pure synthetic magnesia with medium spinel content and low iron content, with good resistance to thermal shocks and good coatability.