Aluminum & non-ferrous

Reverberatory Melting Furnace

Aluminium non-ferrous
Aluminum & non-ferrous Services Products

Reverberatory Melting Furnace

The reverberatory melting furnace is used for smelting or refining aluminum. In this particular furnace, the fuel is not in direct contact with the ore but heats it by a flame blown over it from another chamber.

Reverberatory Melting Furnace A<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates<br />  </li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints<br />  </p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution<br />  </li> </ul> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case<br />  </li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds<br />  </p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors.<br />  </p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).<br />  </p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.<br />  </p> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.<br />  </p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p>

Reverberatory Melting Furnace B<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors.</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p>

Reverberatory Melting Furnace C<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul>

Reverberatory Melting Furnace D<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p>

Reverberatory Melting Furnace E<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p>

Reverberatory Melting Furnace E<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p>

Reverberatory Melting Furnace F<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p>

Reverberatory Melting Furnace G<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul>

Reverberatory Melting Furnace H<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p>

Reverberatory Melting Furnace I<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST MW 130 M: gas barrier intermediate layer</li> <li>CALDE® CAST XL 140 or 116 C/G: insulating layer references </li> </ul> <p>Metallic, ceramic and cast steel anchors can be used. Preferably combination designs adapted to furnace mobility, roof shape, hanging supports and roof accessibility.</p> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p>

Reverberatory Melting Furnace J<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul>

Reverberatory Melting Furnace K<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <p> </p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul>

Reverberatory Melting Furnace L<ul> <li>CALDE® CAST LX 58: reference solution with high  thermal shock resistance</li> <li>CALDE® WIRE MIX in precast shapes for great durability against mechanical abuse and thermal shocks, replacing metal protective plates</li> </ul> <ul> <li>CALDE® CAST M 28 D HR: reference solution</li> <li>CALDE® CAST MW 130 M for lighter solution</li> </ul> <p>Extra insulation can be brought via insulating fibre choice.</p> <ul> <li>CALDE® CAST 1560: reference solution</li> <li>CALDE® CAST LX 58 for extra thermal cycling</li> <li>CALDE® CAST ML 55 S5: alkali resistant solution</li> <li>ALKON® CAST MM 60: solution in high-temperature and metal projection case</li> </ul> <ul> <li>CALDE® PLAST P 85 or ALKON® GUN P: P-bond plastic material reference</li> <li>ALKON® GUN C 75: versatile solution</li> <li>ALKON® CAST HYMOR 80 AL: casting solution</li> </ul> <p>To check: how much the quarl is subject to aluminium projections and flame rebounds</p> <ul> <li>CALDE® CAST XL 116 C/G or CALDE® GUN XL 126 on top of insulating board: reference solution.</li> </ul> <p>Versatile and extra insulating; metallic or ceramic anchors</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST F 35 C/G: reference solution with installation versatility, on top of fibre board</li> <li>ALKON® CAST MW 14 C/G for extra insulation</li> <li>ALKON® CAST MF 44 for less insulation and better freeze point positioning</li> </ul> <p>A compromise is to be found between low shell temperature (thermal efficiency), alloy freeze point position (safety) and furnace capacity (total thickness).</p> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution with high resistance to strong alloys & flux</li> <li>ALKON® CAST LB 85: cost-effective solution in medium temperature melters</li> </ul> <p>Can be supplied & installed in large precast shapes</p> <ul> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CHEM PB 85: quick installed and dry solution, excellent against corrosive alloys </li> </ul> <ul> <li>ALKON® CAST MM 60, ALKON® GUN P or ALKON® GUN C 75: solutions in walls subject to aluminium splashes and corundum growth like burner walls</li> <li>CALDE® CAST M 28 D HR and CALDE® CAST 1560: reference solutions in walls less exposed</li> <li>CALDE® CAST ML 55 S5/ GUN MM 55 S5: alkali resistant solution</li> </ul> <ul> <li>ALKON® CAST HYMOR 80 AL: reference solution in alloy remelting environment</li> <li>AC 85 AP (AL) or AC 80 P: P-bond brick solutions for harsh environment with superheating</li> <li>ALKON® CAST LB 85: solution in medium temperature melters</li> <li>ALKON® CAST BL 80 B3 for maximum abrasion resistance</li> <li>ALKON® SOL CAST B 85 for quick dry solution</li> </ul> <p>Balance between abrasion resistance, corrosion resistance to be found. Can be supplied in large precast shapes and installed with rammed expansion joints</p>

With our full portfolio of refractory castables and our expert teams, Calderys will accompany you to select the best refractory solutions for your aluminum reverberatory melting furnace. Our goal is to provide peace of mind to the production team with proven quality refractory linings and high performing thermal insulation. Corundum growth in the metal line and burner walls, mechanical erosion of the ramps and sill, metal contamination, degradation of door jambs and lintel and roof stability issues are typical concerns Calderys will solve together with you. From fast repairs to full furnace refractory relining, contact our teams.