We are exposed to noise every day, some of which has the potential to damage our hearing. Hearing loss develops gradually and painlessly which is why we tend not to notice it until it is too late.
It is essential to protect our ears from harmful levels of noise, but how do we know what is a “harmful level”? The maximum periods of time a person should be exposed to harmful noise per day without hearing protection can be surprising.
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What level of noise protection is required?
Each hearing protector is tested to determine its individual level of noise reduction when fitted correctly. Each protector has an SNR which is an abbreviation for Single Number Rating. The higher the SNR value of a hearing protection product, the higher the noise insulation provided.
To find out the protection figure required, the noise levels of the workplace must first be established. This is the calculated figure for the amount of potential protection the protector can provide when fitted correctly. For this, the noise levels need to be measured to determine the daily exposure levels, as well as any maximum or peak noises that might have an impact. A noise map is then established and then the required protection can be determined using the SNR method.
The objective when choosing suitable hearing protection is to achieve an effective residual noise level of between 70 dB and 75 dB for the wearer. If the protection provided is too high (over-protection) this can result in an inability to communicate and potentially not hearing any warning alarms.
Noise-Induced Hearing Loss
Prolonged exposure to excessive levels of noise (such as industrial machinery, heavy traffic or even loud music) can cause noise-induced hearing loss. One-time exposure to extremely loud sounds such as explosions or gunshots can cause immediate and irreversible hearing loss. These loud sounds cause damage to the ear structures and delicate hair cells, which play a vital role in transmitting sound waves to the brain.
The most common symptom of noise-induced hearing loss is a gradual onset of high-frequency hearing loss. The progressive nature of the damage - and the fact that it does not hurt - means many people do not notice anything is wrong until it is already quite severe.
There are 11 million people with hearing loss in the UK, that's around one in six of us. By 2035, this is estimated to increase to one in five, with around 15.6 million people with hearing loss across the UK.
The risk of noise-induced hearing loss can be significantly reduced through the proper selection and use of hearing protection. Contrary to popular belief, hearing loss is not inevitable - it can be prevented by identifying the exposure levels, reducing the risk of harmful noise levels at source, or by wearing adequate and suitable hearing protection which has been correctly fitted.
How to fit disposable earplugs
Roll down uvex disposable hearing protection plugs.
Put your arm over your head and move the ear slightly upwards to straighten your auditory canal. This achieves a better fit.
Insert plugs and hold in place while they expand. If they are not visible from the front, then they are in the right position.
uvex offers effective training packages which highlight the health benefits of protecting employees from hearing loss. Following a noise assessment, our professionals are available to guide you through the process of selecting the right hearing protection based on noise exposure levels. we also deliver training to ensure correct fitting for maximum protection and comfort.
If you have any questions regarding hearing protection, contact your local uvex representative who will be happy to help: