There is more to sustainable manufacturing than just saving energy. It also implies the efficient management of raw material, the recovery of valuable material, and the minimisation of waste associated with industries. Specialty metal recycling can be a crucial component in assisting manufacturers in meeting these goals.
Sources of tungsten scrap can be worn tools, manufacturing residues, industrial components, or from machining operations. Tungsten is utilized in critical applications, so determining and separating tungsten-bearing materials can assist companies recuperate resources they may otherwise have overlooked. Material evaluation is a key component in determining composition, condition and potential recovery value.
Recycled materials can be used to make new industrial products. Tungsten powder, for instance, is a key feedstock for a number of manufacturing processes, such as the manufacturing of tungsten and carbide parts of a special grade. Appropriate recovery processes can make valuable tungsten resources available to the industrial supply chain.
The shape a material is in also plays a role in procurement and recycling planning. For some applications such as high density and/or high-temperature applications, a tungsten bar may be necessary, and scrap from tungsten-based components may need to be evaluated prior to processing or reuse. Keeping good records on materials and material segregation can help with inventory management.
Other specialty materials need to be sourced and handled carefully to meet their requirements and uses, such as Yttrium metal. The advantages that manufacturers experience by working with suppliers that understand the specialty metals and can assist in evaluating materials’ needs are significant.
Globe Metal offers specialty metal sourcing, processing and recycling solutions to industrial customers. Assessing excess materials and enhancing recovery efforts can help companies make better use of resources and decrease unnecessary waste.
A sound metal recovery plan can enhance the efficiency of the supply chain, increase material accountability, and help achieve a more circular supply of metals to manufacturing