Canada | Prevent chemical exposure in dentistry

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Did you know not all gloves protect you from chemical exposure?

Dental professionals are regularly exposed to a variety of hazardous substances that can pose serious health risks. These chemicals, from amalgam fillings to disinfectants and sterilants like glutaraldehyde and hydrogen peroxide to mercury, can cause respiratory problems, skin irritation, allergic reactions, and long-term health effects with prolonged exposure.

With frequent use of these materials near staff and patients, ensuring proper protective equipment and adherence to safety protocols is essential to minimizing the risk of chemical exposure. By prioritizing chemical safety, dental practices can protect their staff and patients from potential harm while maintaining a safe and effective work environment.

Key factors to consider when choosing chemical-resistant gloves

An image of a dentist holding dental tools with an Ansell glove

An image of a dental professional donning a MICROFLEX XCEED glove

An image of a torn glove as a result of chemicals degrading its integrity

Penetration refers to the movement of a chemical through pores, gaps in seams, pinholes, or imperfections in a barrier material, often due to defects or material degradation. In a dental office, understanding penetration is essential, as it highlights the need for high-quality protective gear to prevent chemical exposure through compromised barriers.

Permeation refers to the movement of a chemical through a barrier material at a molecular level, and the breakthrough time indicates how long protective equipment can resist chemical penetration, measured in minutes. Ensuring that gloves and other barriers have sufficient breakthrough times will help protect dental professionals from potential chemical exposure.

Degradation refers to the physical change of glove material, often causing swelling, brittleness, or weakening. Exposure to chemicals, such as disinfectants or other materials, can cause gloves to degrade, reducing their protective ability. This degradation increases the risk of tears or punctures.