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FUNCTIONS OF SAFETY SHOES Foot injuries can be debilitating, resulting in time away from work or difficulty performing a job. Wearing safety shoes or boots can help prevent many foot injuries in the following ways. 1. PROTECT FROM FALLING & FLYING OBJECTS When workers carry heavy materials or work in dynamic environments where many people, machines and vehicles are operating at once, falling and flying objects are common hazards. Protective shoes like steel toe boots can effectively prevent crushing injuries to the feet. 2. PROTECT FROM PUNCTURES When workers could step on sharp objects or be struck by sharp objects from above, shoes with heavy-duty soles and thick materials surrounding the foot offer the best protection. At construction worksites, for example, many sharp objects could be in someone’s path. A soft-soled shoe might not provide enough protection. 3. PROTECT FROM CUTTING HAZARDS Machinery that is sharp or contains moving parts can pose cutting hazards. Workers in the logging industry, for example, face dangers from chainsaws. If a chainsaw were to come in contact with someone’s foot, the result could be catastrophic. Logging boots—which are required by OSHA under standard 29 CFR 1910.266(d)(1)(v)—made with cut-resistant material will protect those workers who use chainsaws. These boots are also waterproof or water repellant and support the ankles. 4. PROTECT FROM ELECTRICAL HAZARDS Electricity poses a variety of risks in the workplace. Workers could face potential electric shocks or accumulate static electricity, which can lead to electric sparks in certain environments. To reduce the chances of an electrical accident, non-conductive footwear made from leather, rubber or other materials that don’t conduct electricity can be worn. In locations where the build-up of static on the body poses a hazard, anti-static or conductive footwear can be used. These options reduce the amount of static that accumulates on the body, preventing static electric sparks. 5. PREVENT SLIPS, TRIPS & FALLS Safety Shoes, Footwear, Foot Protection Slips, trips and falls can happen in any workplace and result in many accidents annually. Businesses can take steps such as implementing housekeeping measures and installing anti-slip floor tape to reduce the risks of these mishaps. Proper footwear can also provide additional protection against slips, trips and falls. Shoes with appropriate traction can help prevent falls on the same level in slippery environments. They can also prevent falls from ladders, which are all too common when people don’t wear shoes with proper treads. Footwear that fits well and feels comfortable can also improve balance, which will help prevent slips, trips and falls, too. 6. PREVENT FATIGUE For workers who stand all day, especially on hard surfaces like concrete, fatigue can be a real problem. Muscles in the feet as well as the legs, back and other parts of the body grow tired, and the situation can be worsened when employees don’t wear appropriate footwear. Shoes that provide adequate cushioning and arch support can make people more comfortable, which alleviates strain on muscles. This means employees will grow fatigued less quickly. Employees who are less fatigued will be more alert, so they will likely do their jobs more safely and more efficiently. Preventing muscle strain will also help protect against musculoskeletal disorders such as chronic lower back pain, too. 7. PREVENT BURNS Burns from fire can happen in the workplace, but so can burns from chemicals and even from common workplace materials like cement. Footwear made from durable materials can prevent burns from chemicals splashes, molten metal splashes and other dangerous substances that could injure the skin on the feet. 8. PROTECT FROM EXTREME WEATHER We all know that cold weather can lead to injuries such as frost bite and hypothermia, and those dangers shouldn’t be overlooked in the workplace. People who work outside in the winter are at risk, as well as employees who work in wet or refrigerated environments. Furthermore, the cold can exacerbate some less known workplace injuries. For example, Raynaud’s Syndrome is a disease where the fingers can turn white from poor blood flow. This condition, related to vibration from power tool use, is made worse when employees are exposed to cold temperatures. In some cases, this disorder can impact the feet, too, so keeping the feet warm and comfortable in conjunction with other measures for keeping the body warm is important. Not all footwear is waterproof or insulated to provide protection against the cold, rain and snow, so be sure to select shoe options that are made from appropriate materials. DON’T FORGET THE OSHA REGULATIONS Safety Label, PPEAs you can see, footwear for the workplace offers many kinds of protection for workers. For those reasons alone, it’s worth making a foot protection program part of your workplace. You should also remember that in many work situations protective footwear is required. OSHA standard 29 CFR 1910.136(a) states: The employer shall ensure that each affected employee uses protective footwear when working in areas where there is a danger of foot injuries due to falling or rolling objects, or objects piercing the sole, or when the use of protective footwear will protect the affected employee from an electrical hazard, such as a static-discharge or electric-shock hazard, that remains after the employer takes other necessary protective measures. Make sure your business follows the requirements and selects the appropriate safety shoes. Doing so will improve safety and comfort, which will make your employees happy, too. To learn more about selecting work boots for industrial workplaces and what options are available, read Work Boots 101. You can also see a review for work boots at Safety Blog News. Buy safety shoes From Source India shoes Noida.
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Safety footwear is designed to protect the user from potential work hazards. There are different components that made up safety footwear. These components include safety toe guards, metatarsal guards, electrical hazard ratings, electro static dissipating ratings and the soles of the shoes. The mission of the Occupational Safety and Health Administration (OHSA) is to save lives, prevent injuries and protect the health of America’s workers. OSHA believes that the employer shall ensure that each affected employee wears protective footwear when working in areas where there is a danger of foot injuries due to falling or rolling objects or objects piercing the sole. Such equipment shall comply with American National Standards Institute (ANSI), ANSI Z-41-1991, “American National Standard for Personal Protection-Protective Footwear” [62 FR 40141, July 15, 1997]. To accomplish this, federal and state governments must work in partnership with the more than 100 million working men and women and their six and a half million employers who are covered by the Occupational Safety and Health Act of 1970. Safety toe guards originated in safety boots in 1925 with the intention to ultimately reduce the danger of foot injuries. Since then, the American National Standards Institute has set standards for protective footwear. There are two basic requirements all safety footwear must include: impact and compression. According to the test results there are three classifications of each. IMPACT: I/75, I/50, and I/30 are designations for test results done with a 50-pound weight dropped from a set height. COMPRESSION: C/75, C/50, and C/30 are designations of test done compressing the safety toes at 2, 500 pounds (for C/75), 1, 750 pounds (C/50), and 1, 000 pounds (C/30). The toe must have a minimum clearance inside the toe area of the shoe of 16/32” for men’s footwear and 15/32” for women’s footwear after the tests are completed. There are many types of safety toes, such as steel toe, composite toe, alloy toe and Timberland's own Titan toe (made from titanium). While all allow for great protection, both steel toe and composite toe safety footwear are Working Person's Store's most popular routes of protection. The following chart shows the ANSI standards: Classification Compression Clearance Classification Impact Ft. Lbs. Clearance 75 75 1/2" 75 2, 500 1/2" 50 50 1/2" 50 1, 500 1/2" 30 30 1/2" 30 1, 000 1/2" Metatarsal guards protect the upper foot and toe area from potential “drop” hazards. The metatarsal guards can be attached to safety shoes both internally and externally. Each foot contains 26 bones. Most of those bones are found on the upper foot and are called the metatarsal bones, from which the name of this protective device originates. Keeping each and every bone protected is very important so one can work freely without pain or injury. Electrical Hazard (EH) rated footwear is designated to protect the wearer against open circuits up to 600 volts. EH footwear* is great for employees working around a plant or factory, such as plant operation personal, are usually most susceptible to EH conditions. EH safety footwear construction consists of a heel and sole combination usually molded into one single piece to the upper boot without any nails or metal. EH ratings are Tested by an independent lab to be able to withstand applications of 14, 000 volts (V) at 60 Hertz (Hz) for one minute, with leakage in excess of 3.0 milliamperes (mA). EH ratings can also protect the wearer against open circuits up to 600 V or less under dry conditions. WARNING: EH non-conductive footwear is not to be worn near explosives or in other environments requiring conductive footwear. Electro Static Discharge (ESD) is the shock that is felt when a person walks across a carpet and touches a door knob and a discharge of electricity occurs between that person and the door. That shock was actually a discharge of electricity in the range of 2, 000 to 3, 000 volts. The shock voltage has to be at least 2, 000 volts before the human body can feel it. The reason the 2, 000 volt ESD discharge does not kill someone is that the current is very low, but that same voltage can kill electronic components or possibly ignite volatile chemicals or explosives. To be marked as Electric Static Dissipating Footwear, a shoe must pass testing requirements established by ANSI. ESD footwear* can be classified as SD Type I or SD Type II. Footwear with this designation prevents the build-up of static electricity. This is done through the construction of the footwear with a special silver thread used to stitch the soles to the uppers or with carbon inserts in the sole or footbed. Static Dissipating (SD) Type I must offer electrical resistance between 1 mega ohm to 100 mega ohms DEFINITION: ohm = unit of electrical resistance, defined as the resistance in a circuit in which a potential difference of one volt creates a current of one ampere; hence, 1 ohm equals 1 volt/ampere. The megaohm (1, 000, 000 ohms) and milliohm (.001 ohm) are units derived from the ohm. Sole safety is measured in three ways; slip-resistance, wear and comfort. Slip resistance ratings for footwear are determined by independent laboratories. To determine slip-resistance*, the soles are tested under dry, wet, oily, and oily/wet conditions according to a uniform testing method (ASTM F 489 ASTM F1667) using American Olean red quarry tile for the test surface. The different methods of testing include: 0.05 grams (2 drops) of vegetable oil is used for oily testing, 25/millaliters of distilled water is added for wet testing, 0.2 grams (7 drops) of vegetable oil is used for oily testing and 25/millaliters of distilled water is added for oily/wet testing. The wear of the safety shoes includes many different types of material used in the construction of a shoe sole, each offers a different benefit. The durability of a shoe sole is at the mercy of the use and the work environment. Always try to match the shoe to the type of work and the working conditions. Most of the safety boots sold today have passed slip-resistance and wear tests. The comfort level of safety shoes includes different composites used to construct a shoe sole which all offer different comfort levels. Everyone has a different perception of comfort* and each foot has its own special requirements. Only the person wearing the shoe can determine the comfort level. The previous information about safety toe guards, metatarsal guards, electrical hazard ratings, electro static dissipating ratings and the soles of the shoes is meant to inform and help protect workers. When workers know what kind of foot protection they need and why they need it, the overall work environment will be much safer for everyone. It is not the sole responsibility for the employee to find this information. Make sure your employers are keeping you informed on up-to-date information so you can have optimal foot protection when times call for such. *Working with Working Person's Store's "Boot Finder" is very easy to do. Just click the features you want, such as EH, ESD, slip-resistance or comfort guarantee, and we will find boots which meet your needs. There are many other choices so you can find exactly what you are looking for.
safety shoes online in low price
safety shoes online in low price