Disposable Respirator MarketSize and Trends

Disposable respirators are also known as particulate respirators and air-purifying respirators because they provide protection by filtering particles out of the air. These respirators do not protect from gases or vapors, but from bacteria or viruses. Furthermore, the respirators are used by the employees of various industries to protect themselves from several hazardous particles such as crystalline silica and other airborne chemicals.

The disposable respirators are rated in three levels on the basis of their filter efficiency (95, 99, and 100). The respirators that filter out 95% of the particles are given 95 rating, whereas the respirators that filter 97% of the airborne particles are given 97 rating, and the respirators that filter out 99.97% of the particles receive a 100 rating.

Furthermore, the respirators are divided into three series (N, R, and P) on the basis of oil resistance. Respirators that are not resistant to oil are classified under N series, the respirators that provide slight resistance against oil are classified under the R series, and the respirators that are strongly resistant towards oil are classified under P series.

Global Disposable Respirator Market Dynamics

Several launches and approvals of new disposable respirator products are expected to boost growth of the disposable respirator market over the forecast period. For instance, in May 2016, Honeywell announced a new range of single-use, molded masks. Honeywell’s new 800 series single-use molded masks are designed of low breathing and humidity resistant material. The masks also contain a PU foam seal to improve safety, performance and comfort.

Similarly, in September 2014, Ultimate Industrial, a U.K based company of personal protective equipment, launched a new series of disposable respirators, ULTIMESH. The lightweight and durable bonded shell of these respirators maintains the shape and prevents collapse of the respirator. The shell also provides low breathing resistance by supporting the filter mechanism.