Guide written by:
Sebastian, self-taught DIY-er, Exeter
An essential part of your Personal Protective Equipment (PPE) safety shoes are required to meet certain quality standards put in place to protect your feet. Foot injuries account for about 7% of accidents in the workplace and can include anything from standing on a sharp object to dropping a heavy item on your foot or slipping.
Safety shoes are compulsory for any activity that presents a risk of injury and the type you use must be suited to the task you are carrying out. The Health and Safety Executive provides employers with guidelines on what kind of safety shoes are required for specific tasks. Employers must ensure all workers are provided with the appropriate PPE and failure to do so can get them in serious trouble.
Safety shoes and boots can offer protection against a range of hazards. Depending on the task at hand, safety shoes may protect you against compression, puncture, chemicals, burns, biological hazards or cutting hazards.
The design of the shoe will also differ depending on the types of risks at hand. Some of the main types of safety footwear include:
safety shoes;
slip-on safety shoes;
safety clogs;
safety boots;
Each type of shoe is designed to provide specific protection for different types of activity. We automatically think of builders, carpenters, locksmiths, welders, electricians and heavy machinery operators, but factory workers, lab technicians and even chefs need special footwear. Depending on the job guidelines, you may have to wear safety clogs, safety boots, safety shoes or even shoe covers.
In addition to HSE guidelines, it is crucial to wear the most suitable shoes for each task. Of course a carpenter should wear shoes with puncture resistance while a firefighter need shoes that can stand up to a host of dangers. But when wearing safety shoes out of the workplace, you also need to use a bit of common sense.
The wearer needs to consider the following:
The climatic conditions in which they will be used (e.g. wet, cold or hot weather);
The level of mobility required; of course it's easier to walk all day in lightweight safety shoes;
Comfort-enhancing features (e.g. padded heels or padding around the ankles or on the tongue);
The breathability of the shoe; determined by the choice of materials.
Standards are used as a guarantee of quality for specific items. In order to choose the right safety shoes, it is essential to consider the requirements of the job and to refer to the recommendations of the Health and Safety Executive. The standard for all safety footwear is EN ISO 20345:2011 which was formerly referred to as EN345. All safety shoes conforming to this standard feature a toecap that offers 200-joules of impact resistance. The EN ISO 20345 standard separates shoes into those made from leather and other materials, and those made of rubber or polymer. It sets out various grades of protection which are denoted by 'S ratings'.
S1 safety footwear is made of leather and other materials (excluding rubber and polymers). S1 safety shoes meet all the basic requirements of safety footwear. Like all safety shoes, they are equipped with a shockproof toe cap able to withstand impacts of up to 200 joules (equivalent to a 20 kg weight dropped 1,020 mm onto the toes) and have passed a 15 kN compression test (equivalent to 1.5 tonnes resting on the toe area). The seat (or heel) of these shoes is fully enclosed and they offer antistatic properties and energy absorption of the seat. An S4 rubber or polymer boot offers roughly the same protection as an S1 footwear.
S2 safety shoes offer the same protection as S1 shoes. However, they also offer water penetration and absorption resistance.
S3 safety shoes have the same requirements as S2 shoes with the addition of a penetration resistant midsole and a cleated outsole.
Slips in the workplace account for around 31% of non-fatal injuries. In fact, slip resistance is so important, it has its own set of ratings set out according to three test methods:
SRA: Tested on ceramic tile with sodium lauryl sulphate (a diluted soap solution)
SRB: Tested on steel with glycerol
SRC: Tested under SRA and SRB conditions
Safety footwear can offer more specific types of protection. These ratings are denoted by letters and are described below.
Safety shoes | Characteristics | Corresponding letter(s) |
EN ISO 20345 | Antistatic (dissipates electrostatic charges) | A |
Soles with electrical resistance lower than 100 kW | C | |
Cold-insulated shoes | CI | |
Cut resistant upper | CR | |
Energy absorption | E | |
Fuel/oil-resistant outsole | FO | |
Heat contact resistant outsoles | HRO | |
Penetration resistance | P | |
Anti-slip soles | SRC | |
Anti-slip soles on tiled floor | SRA | |
Anti-slip soles on steel floor | SRB | |
Water resistance | WR | |
Water penetration and water absorption resistant upper | WRU |
Unlike safety shoes, work shoes do not have to provide the key features that safety footwear is required to have. Shoes described as protective footwear must conform to the standard ISO 20346:2011, the basic requirement of which is a 100 joule toe cap. Occupational footwear must conform to the standard ISO 20347:2012, but do not require any toe protection at all.
While protective or occupational shoes are likely to be lightweight, comfortable and offer some protective features, they will not protect you in the same way as a safety shoe.
6 safety shoe ratings | |||||
SB | S1 | S2 | S3 | S4 | S5 |
Safety Basic: comfort, strength, professional use, features toe protection | Fully enclosed heel, antistatic, seat energy absorption, oil resistant | Prevents water penetration | Mid-sole penetration resistance, cleated outsoles | For rubber and polymer boots: Leak-proof, anti-static, energy absorption at seat, fully enclosed heel | Leak-proof with midsole penetration resistance, cleated outsoles |
Choosing the perfect safety shoes all comes down to asking yourself the right questions. How do you intend to use your safety shoes? What are the legal requirements in terms of protection?And what level of comfort are you after? Luckily, standards are in place to help you answer these questions.
Shoe type | Rating | Requirements | Other factors | Popular brands | Average price |
Safety shoes | S1 | A, E, FO, 200 joule toe cap | Comfort Padding Breathability Shoe laces Material Sole design Low or high Width Ergonomics Colour Warranty Reinforcement | Caterpillar Cofan Cofra Deltaplus Diadora Gar Puma Kstools Panoply Timberland | Starting from £20 |
S2 | A, E, FO, WRU, 200 joule toe cap | Starting from £35 | |||
S3 | A, E, FO, WRU, P | Starting from £50 | |||
S4 | A, E, FO, WRU if shoe is polymer + 200 joule toe cap | Starting from £20 | |||
S5 | A, E, FO, WRU if shoe is polymer + 200 joule toe cap | ||||
Occupational footwear (work shoes without toe protection) | O1 | A, E, FO | Starting from £20 | ||
O2 | A, E, FO, WRU | Starting from £30 | |||
O3 | A, E, FO, WRU, P | Starting from £40 | |||
O4 | Starting from £20 | ||||
O5 |
Once you've identified your needs and the hazards and risks associated with your workplace, you can think about picking the most comfortable shoes possible. The two key deciding factors when it comes to footwear are comfort and safety.
While safety must always come first, selecting shoes with special padding and features will provide you with unbeatable comfort. You'll never regret investing ergonomically designed, padded insoles that mould to the shape of your feet! It's also a good idea to look for breathable insoles with antibacterial or antifungal protection.
Safety shoes designed for women tend to be lighter, narrower and better suited to the anatomy of women's feet.
Remember that a breathable shoe with antibacterial protection and an ergonomic design will provide better protection to your feet.
Once you have selected your shoes, there are a few things you can do to make the shoe more comfortable to wear. Here are four tips to make your safetyshoes more supple (particularly leather shoes):
Fill your safety shoes with rolled up newspaper. Stuff it down until it is compact and pressing on the sides of the shoes. Leave the paper in for several hours before removing it.
Insert a wooden shoe tree into the shoes and gradually expand the tree.
Apply Vaseline to the tongue and 'break in' the shoes by gently kneading them.
Half fill sealable plastic bags with water and place them inside the safety shoes before putting the shoes in the freezer. As the water freezes, it increases in volume which will help to relax the leather.
When wearing your safety shoes for the first time, it's advisable to wear thick socks to protect your feet from blisters or rubbing.
Guide written by:
Sebastian, self-taught DIY-er, Exeter
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