The Proper safety shoe is a very important element when using plant machinery or driving on the road. It's well known however, that quite a lot of people drive with thick-soled shoes.
Tests conducted in November of the last year by traffic safety institutions in Japan proved the hazards involved when driving with thick-soled and other irregular-shaped shoes.
Trainers and sport shoes have evolved, we have different shoes for each event and each pair of shoes is manufactured from a variety of number materials chosen because of their individual properties to put strength and flexibility where it is needed most. Materials such as Kevlar which is ten times stronger than leather, leather or canvas which is both thin, stable and of a low density, foam blown polyurethane which gives a shoe extra cushioning and thermoplastic polyurethane which make a shoe both strong and pliable.As technology has evolved scientists have developed new composite materials which work together to produce a better performance than that of the two or three separate materials.Some materials are used for their elastic properties, the ability to flex and bend when force is applied and then retain its original shape when the force is removed. Finally, some materials are chosen for their density which can be explained as the amount of matter in an object has per measurement of space, these materials are generally used for shock absorption.
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The ground-breaking manufacturing technique that allowed the development of the plimsoll was called vulcanization, which is still used today. This process uses heat to meld rubber and cloth together. Sulfur is used during the process.Plimsolls were revolutionary at the time as they provided comfort, were lightweight and allowed the user to move around silently. Plimsolls became known as sneakers and were sold on a mass scale in America as early as 1917.In the four years since the last Olympics in Athens technology has moved on somewhat and has definitely moved on since the plimsoll days.Trainers and clothing has evolved to be lighter and stronger. But what part has technology had to play in enhancing the performance of our Olympians?Differing materials offer different properties such as stability; offering resistance to twisting and warping. When weight is applied to a material over a period of time it will creep (flatten out and spread).
What footwear to buy?
So you should do all your best to find footwear with thin soles, narrow welts (a necessity if your vehicle contains a confined pedal box) and adequate ankle flexibility. Avoid trainers because of their thick and padded sole.
Here is a recap of the things to look for:
1. The sole of the shoes should not be no thicker than 10cm;
2. Simultaneously, the sole should not be too thin or too soft;
3. There should be enough grip to prevent the sole from slipping off the pedals;
4. The shoe should not be too heavy;
5. The sole should not limit ankle movement;
6. It should not be wide enough not to accidentally step on two pedals;
7. Gym or walking shoes are quite suitable for driving in but not in an industrial plant.
Pay attention to the sole. Driving footwear must have a sole thin enough to feel the amount of pedal pressure needed to meet the necessary braking and accelerating.You operate the brake and the accelerator by your heel that's why it is naturally that high-heeled shoes are unsuitable for this
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Remember: even something as simple as changing gears could cause a serious accident in the wrong type of shoe.
Wearing shoes not suitable for driving can cause serious accidents on the road and in the workplace. Your brand new pair of shoes might look fantastic but obviously you can't wear them to drive a car, or a forklift truck
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