How thick should glove shields be to provide adequate protection?

Glove shields are used in various radiological practices to protect the hands from exposure to scattered radiation. The thickness of the lead in glove shields is critical for ensuring adequate protection. A thickness of 0.25 mm lead is considered effective for attenuating radiation without impeding dexterity and tactile sensation, which are important for the tasks that health professionals may perform while wearing these gloves.

This specific thickness can reduce the dose of radiation significantly due to its balance between providing adequate shielding and maintaining the flexibility needed for the fine motor skills required in clinical environments. Thicker lead, while offering better protection, can make gloves cumbersome and limit movement, thus it may not be the ideal choice for routine use in medical settings where sensitivity and quick reactions are important. Therefore, 0.25 mm lead provides the necessary protection while allowing for the practicalities of everyday medical work.