It’s not a case of “one-size-fits-all” when it comes to selecting the ideal work boots for your employees. Unlike other types of footwear, work boots must be both functional and protective while on the job. Safety, comfort, support, and durability are all factors to consider while selecting a pair. The correct shoes for female employees can be even more difficult to come by.
Women’s advancement in the trade industry
As the number of women working in the trades grows, so does the demand for women’s safety boots, clothing, and other items made specifically for them.
Outerwear, such as rain jackets, can be made from men’s apparel, but safety shoes must be made to fit the female foot shape. Work boots that don’t fit properly are uncomfortable, limit movement, and make the working day more complicated than it needs to be.
To reduce the discomfort and weariness caused by working in the wrong boots all day, equip your female employees with the ideal work boots for their position.
The differences between male and female boots
The design of the boot is where the significant variations in women’s work boots may be found. Women’s feet are narrower and have higher arches than men’s, which affects the shoe’s design and fit.
As everyone’s feet and comfort levels are different, there is no standard solution for comfort. On the other hand, buying work boots developed exclusively for your female employees will help them feel more restful.
The features of good-quality women’s safety boots can be listed below.
Safety Toe Guard
Safety toe guards first appeared in safety boots in 1925, intending to reduce the risk of a foot injury. The American National Requirements Institute has created protective footwear standards since then. All safety footwear must meet two essential requirements: impact and compression. Each is classified into categories based on the test findings.
Metatarsal Guard
Metatarsal guards shield the top of the foot and toes from potential “drop” hazards. Both inside and externally, these can be added to safety shoes.
There are 26 bones in each foot. The metatarsal bones, which make up the majority of those bones on the upper foot, are the source of this protective device’s name. It is critical to safeguard every bone so that one can operate without pain or harm.
Electrical Hazard Safety Boots
Electrical Hazard (EH) graded footwear protects the wearer from open circuits of up to 600 volts. Employees who operate close to a plant or factory (such as plant operation personnel) are more sensitive to these conditions. EH, safety footwear is made of a heel and sole combination that usually is molded into a single piece and attached to the upper boot without nails or metal.
Sole Safety
It is determined by three methods-testing the slip-resistance, wears, and comfort.
Independent laboratories determine slip resistance ratings for footwear by using a standard testing procedure. The soles are evaluated for slip resistance in dry, wet, oily, and oily/damp environments.
The usage of safety shoes involves various materials used in the building of a shoe sole, each with its own set of advantages. The requirement and work environment determine how long a shoe sole will last.
The comfort level of safety shoes is determined by the many composites used to make the sole, each of which provides a distinct comfort level. Everyone’s definition of comfort is different, and each foot has its unique set of requirements.
Keep these points in mind while shopping for safety boots.
