Material-based

Material-based refers to something that fundamentally relies on or is derived from specific physical substances or raw materials. It denotes a dependence on the properties, availability, processing, or characteristics of materials for its function, creation, or existence. This term emphasizes the central role that materials play in a product, process, or concept. These materials can range from natural resources like wood and metal to synthetic compounds like plastics and composites. material-based approaches are crucial in engineering, manufacturing, design, and scientific research. It highlights the intimate link between the physical substances and the outcome or application.

Material-based meaning with examples

• The company's new manufacturing process is highly material-based, as it relies heavily on specialized alloys and composites for the production of its high-performance components. The selection and sourcing of these materials directly affect product quality and cost-effectiveness, making supply chain management crucial for overall efficiency and profitability.
• Researchers are exploring material-based solutions to reduce carbon emissions. Their focus is to create construction components utilizing low-carbon alternatives like bio-based aggregates. Their effectiveness depends on the material's ability to absorb or trap CO2 to create energy efficient buildings, leading to more sustainable building practices.
• The artist's sculptures are purely material-based, utilizing various metals and ceramics to achieve specific textures and forms. The selection and manipulation of materials is a critical element of their artistic creation. Their success relies on the material’s resistance to physical force, allowing her artistic vision to become a reality.
• The development of the new medical device is entirely material-based. Its functionality and biocompatibility are inherently tied to the polymer and metallic components used. Testing the material's biological response is a vital stage. The material itself determines how it interacts within the human body.