INORGANIC BINDING SYSTEMS.
Is your foundry ready for the switch?
Inorganic binders are gaining increasing attention in ferrous foundries as a pathway to reduce emissions, improve working conditions, and move towards more sustainable processes.
In industrial applications their use has demonstrated significant reductions in organic compound emissions during core-making and pouring operations, while also contributing to cleaner and safer working environments.
However, switching to inorganic binding systems is not a simple product substitution. It requires rethinking part of the process itself, and there is no one-size-fits-all solution. Each foundry must assess how this change interacts with their specific molding conditions, production constraints, and quality requirements.
AZTERLAN has compiled a set of key insights and practical hints, together with a concise checklist of the most relevant process aspects to consider when exploring the adoption of inorganic binders.
This is not a full technical study, but a first orientation tool to help foundries understand where to look, what to question, and which parts of their process may be most sensitive to change.
Switching to inorganic binders in ferrous foundries
Main keys and assessment checklist
Even before pilot trials, a structured look at current process conditions helps reduce uncertainty and avoid unexpected results when transitioning to inorganic systems.
This first assessment supports foundries in:
- Identifying the fitness of current process and equipment
- Identifying the most sensitive process stages
- Avoiding negative impact in products quality
- Reducing risk during early adoption phases
- Defining a more realistic and tailored implementation strategy
- Preparing both process and operators for the change
- Laying the groundwork for a gradual transition roadmap
- Establishing basic KPIs for technical and environmental evaluation
«La Fundición del Futuro es aquella de procesos conectados y capaz de beneficiarse del conocimiento generando dentro de la organización, a la par que sigue aprendiendo de su experiencia de fabricación y mercado y trabajando para ser medioambientalmente más responsable.
Las tecnologías de Industria 4.0, los sistemas avanzados de gestión y el machine learning, de la mano de un profundo conocimiento y control de la metalurgia y del proceso, están llamadas a transformar la forma en la que se fabrican los componentes fundidos».
xxxxx