A company’s corporate identity (CI) is a bit like its business card. Ideally, the writing, logo and especially colour will be the same across all media. In many fields of work and sectors, it’s completely normal that work clothing gives a uniform image – this creates recognition value and strengthens team spirit.
According to the accident statistics of the German Social Accident Insurance Association (DGUV) from 2016, many accidents are caused by trips and slips when walking. These are the so-called SSF accidents (stumbles, slips and falls). The analysis shows that the proportion of female accident victims has significantly increased and also that there has been a sharp growth in new accident annuities. The fact that more and more people are suffering irreversible impairment to their ability to work is a powerful demonstration of the importance of this topic. It’s reason enough for us to explain in detail the basics of stumbling, twisting and slipping – and to explain the role that safety shoes play and what kind of other influencing factors may also be present.
Dungarees. Boiler suits. Everyone knows them, many wear them and many have surely asked themselves at least once: how did the blue boiler suit actually come to be? And are there perhaps other dominant colours in other types of PPE, too? Without giving too much away: from ‘evolved historically’ to ‘legally prescribed’ to ‘psychologically valuable’, there’s a lot more to the colour of personal protective equipment than meets the eye.
The number of people being diagnosed with diabetes is rising constantly. In Germany alone, it is estimated that around nine million people live with the disease today. Diabetics who must wear safety footwear are particularly at risk.
There is often confusion between the terms ESD and antistatic, and not just when it comes to safety footwear. While one includes the other, to deduce the same is true in reverse is generally incorrect. Although both terms refer to contact resistance, there are fundamental differences between the two. Confused? Worry not. We are going to shed some light on the matter below. (more…)
Safety footwear protects the wearer against a plethora of dangers. How does it actually work, though? What components and features must a shoe have to provide effective protection against chemical and mechanical hazards? A look inside reveals all!
In relation to work, the term ergonomics is understood to cover optimising working conditions, operational processes and the workspace in order to protect employees from fatigue and dangers.
The Federal Ministry for Labour and Social Affairs cites problems relating to the musculoskeletal system as a common cause of work incapacity and early retirement (due to reduced ability to work). The majority of problems relate to the joints and spine. Among other factors, the occurrence of these illnesses is directly linked to the type of movement, energy expended, loads, posture, vibration and fatigue. To combat this, in the first instance it is necessary to adjust work processes, workspaces and conditions – all this falls under the general umbrella of ergonomics in the workplace. In working environments where safety and protective clothing must be worn, a further factor that has not thus far been paid much attention is safety footwear, which has a great influence on the body, movement and load. Studies* have shown that in addition to plantar pressure distribution, the construction and design of shoes also affects the body from joint angles in the legs all the way up to upper body posture. Accordingly, it is possible to alter the muscle activation and the strain that is placed on the different areas.