Heavy-walled

Describing an object, container, or structure that possesses walls of substantial thickness and considerable mass. This construction provides enhanced protection against external forces, pressure, or temperature changes. heavy-walled designs often signify durability and longevity, suited for containing hazardous materials, withstanding high internal pressures, or providing superior insulation. The thickness directly influences the object's resistance to deformation, penetration, and thermal transfer, making it ideal for applications requiring robustness and containment. This characteristic also often implies a larger physical footprint and increased weight compared to lighter alternatives, impacting portability and ease of handling. These are crucial to its design and intended use.

Heavy-walled meaning with examples

• The scientist carefully poured the corrosive acid into the heavy-walled beaker. Its thick glass was specifically chosen to prevent any chance of a catastrophic reaction or leakage. It was part of safety protocols, so the team could conduct experiments without incident, and was also easy to clean.
• The pressure vessel used in the industrial process was a heavy-walled cylinder. It was manufactured to withstand extreme internal pressures of high-temperature steam, ensuring the system's safety and operational efficiency, a testament to careful manufacturing practices.
• The heavy-walled vault door, secured by multiple locking mechanisms, protected the valuable artifacts inside. Its sturdy construction shielded the contents from unauthorized access and attempted intrusions, safeguarding priceless items from theft.
• The heavy-walled insulation of the industrial oven prevented heat loss and maintained a consistent temperature. This contributed to energy efficiency and uniform baking or curing, key for consistent products. It also protected workers.
• The deep sea submersible employed a heavy-walled hull to withstand immense water pressure at considerable depths. This intricate engineering allowed exploration of the ocean depths, a triumph of human engineering and material science, demonstrating the resilience of design.