Heat and Impact Resistance

Heat and Impact Resistance

Face shields, a relatively simple product of personal protective gear, aim to safeguard the face of the wearer from possible hazards like flying objects and falling objects, hazardous chemical spills and potentially harmful materials. While face shields are not generally considered to be a medical device under any definition of medical practice, they do have a place in providing protection to those who might be at risk of injury by airborne pathogens or toxic chemicals. Their use has increased dramatically in recent years due to increased interest in environmental awareness and the avoidance of unnecessary exposure to potentially dangerous substances. It is important to note that while these products do fall into the category of medical device, that meaning is confined only to those that protect and assist the healthcare practitioner. Click Here – https://dmbsupply.com/collections/face-shields

Protecting the Heads – Facerayers and Faceshields

The use of face shields or face shields is not limited to the health care provider or the healthcare professional. They are equally useful for children, the elderly, and the general public. Children can benefit greatly from their use, as they can protect their delicate eyes from any potential harm by wearing a face shield. The elderly may also find this type of personal protective equipment useful to reduce the risk of injury after visiting the dentist and may also find faceshields useful to wear when riding in vehicles. General public safety is an important consideration that must be taken into account when designing and manufacturing any product that will protect against potentially hazardous materials or conditions.

There are many different types of face shields that are designed to meet the diverse needs of those who use them. Many of these products contain both impact resistance and heat resistance properties. Many contain materials such as polyester, nylon, or Lycra that provide a degree of impact resistance along with increased heat resistance. In some cases, manufacturers combine these two properties into one product, often by incorporating an injection molding process into the design of the face shield. Molded faceshields are extremely cost effective and are commonly used in high volume production lines.