The foundry sand agglomerated with alkaline phenolic resin, used for the manufacture of molds, was found to be a residue which is able to be recycled, minimizing the costs of disposal and the environmental impact. This paper analyzes the thermomechanical regeneration and leaching processes and also assesses the influence of additives on the improvement of the mechanical properties of the sands. Besides, the industrial experiments carried out at CSN aiming at the foundry sand recycling in the covering of the blast furnace troughs are presented. © 2003 Elsevier B.V. All rights reserved
The paper summarizes research realized by the author in laboratory and industrial conditions (foundr...
Selfsetting sands with furan resins are still the largest use of SMS with synthetic resins. They can...
The efficiency of a wet treatment process for the reclamation of exhaust sands coming out from diffe...
The foundry sand agglomerated with alkaline phenolic resin, used for the manufacture of molds, was f...
Considering increasing manufacture of metallic materials made in foundries increases also production...
Considering increasing manufacture of cast iron, steels and other metallic materials made in foundri...
ABSTRACT Improper disposal of sand used in molding processes after casting increases logistical cost...
One of the biggest problems for sand casting foundries must be the waste produced from disposable mo...
One of the biggest problems for sand casting foundries must be the waste produced from disposable mo...
The reuse of reclaimed green molding sands is considered in this work both for the cold-box cores pr...
Foundry sand, an indispensable component of the metal casting process, is discarded after a number o...
The ultimate solution to the high volume of excess foundry sands generated in metal casting faciliti...
Three treatment processes for the reclamation of green moulding sands coming out from a cast iron f...
The paper summarizes research realized by the author in laboratory and industrial conditions (foundr...
© 2014 by World Scientific Publishing Co. Pte. Ltd. All rights reserved. The ultimate solution to th...
The paper summarizes research realized by the author in laboratory and industrial conditions (foundr...
Selfsetting sands with furan resins are still the largest use of SMS with synthetic resins. They can...
The efficiency of a wet treatment process for the reclamation of exhaust sands coming out from diffe...
The foundry sand agglomerated with alkaline phenolic resin, used for the manufacture of molds, was f...
Considering increasing manufacture of metallic materials made in foundries increases also production...
Considering increasing manufacture of cast iron, steels and other metallic materials made in foundri...
ABSTRACT Improper disposal of sand used in molding processes after casting increases logistical cost...
One of the biggest problems for sand casting foundries must be the waste produced from disposable mo...
One of the biggest problems for sand casting foundries must be the waste produced from disposable mo...
The reuse of reclaimed green molding sands is considered in this work both for the cold-box cores pr...
Foundry sand, an indispensable component of the metal casting process, is discarded after a number o...
The ultimate solution to the high volume of excess foundry sands generated in metal casting faciliti...
Three treatment processes for the reclamation of green moulding sands coming out from a cast iron f...
The paper summarizes research realized by the author in laboratory and industrial conditions (foundr...
© 2014 by World Scientific Publishing Co. Pte. Ltd. All rights reserved. The ultimate solution to th...
The paper summarizes research realized by the author in laboratory and industrial conditions (foundr...
Selfsetting sands with furan resins are still the largest use of SMS with synthetic resins. They can...
The efficiency of a wet treatment process for the reclamation of exhaust sands coming out from diffe...