Submersion-resistant

Describing an object, material, or system designed and constructed to withstand immersion in a liquid, typically water, without sustaining significant damage or impairment of function. This resistance can vary in degree, ranging from brief exposure to complete and prolonged submersion. The level of protection is usually quantified by industry-standard ratings. The primary goal is to prevent liquid ingress that could lead to corrosion, short-circuiting, or other forms of failure. Durability is paramount, with the design focused on sealing vulnerabilities and employing materials impervious to the liquid. The term may encompass resistance to varying water depths and pressures.

Submersion-resistant meaning with examples

• The new smartphone boasts a submersion-resistant casing, capable of withstanding up to 30 minutes in shallow water. This feature is ideal for outdoor adventures. The phone's internal components are shielded by robust seals. The phone's design uses a special coating that repels water. The submersion-resistant capabilities provided enhanced peace of mind for users worried about accidental spills.
• Scuba diving watches are inherently submersion-resistant. They’re designed for the extreme pressures encountered underwater, offering accurate timekeeping. They have tough crystal faces and sealed cases. The watch also features rotating bezels, which aid in tracking dive times. This submersion-resistant construction safeguards delicate mechanisms against catastrophic failure, ensuring functionality at considerable depths.
• During flood preparations, the homeowner installed submersion-resistant electrical outlets. These outlets featured covers and seals to prevent water damage if floodwaters rose. He also considered using submersion-resistant extension cords to protect critical devices. Their design provides reliable power in damp conditions, safeguarding against electrical hazards during storms. The homeowner planned to use submersion resistant materials for this.
• The laboratory equipment, vital to the experiment, was built with submersion-resistant components to allow for sterilization. This design enabled the instruments to be cleaned effectively. The engineers chose specialized alloys and seals. This construction provided greater durability and hygiene for the work. The researcher knew the submersion resistant equipment would work perfectly.
• Many types of life jackets are inherently submersion-resistant, offering buoyancy. They use waterproof materials and secure closures to prevent water absorption. The jackets keep the wearer afloat and head above the water. The materials used offer great buoyancy. They offer great protection in emergencies and critical circumstances by minimizing the risk of drowning.