Anti-static anti-smashing safety shoes
With the continuous progress of technology, various things have been further improved. The protection work of modern industrial products is becoming more and more effective. Most companies will equip their employees with a set of protective equipment. How much do you know about the role, principle and field of anti-static and anti-smashing safety shoes?
Anti-static and anti-smashing safety shoes are industrial labor protection products. They are mainly used to prevent places that may cause danger to the feet, such as burning and explosion due to static electricity in the human body, such as: petroleum, chemical, coal, printing, rubber, medical , Electronics and other production companies' workplaces, the soles are made of PU material, and the uppers are made of PU leather. Protective shoes that can eliminate the accumulation of static electricity on the human body and prevent electric shock below 250V, but its main function is not to prevent static electricity, but to pay more attention to safety.
Anti-smashing: Anti-static and anti-smashing safety shoes have a high-strength steel plate at the toe cap, which can resist heavy objects. Strong anti-smashing performance, even if a heavy object hits the foot from a height, it can also ensure that the staff's feet are not damaged, and the front of the feet and toes will not be injured.
Test method: A steel hammer with a specified weight can be used for the impact test. When the toe is impacted, the height of the gap under the toe should be less than the specified value, and the pendant should not have any penetrating cracks in the test axis direction.
Anti-piercing: Anti-static safety anti-smashing shoes also have anti-piercing performance, which can effectively protect the feet from being punctured by sharp objects, which is a kind of protective shoes!
Test method: The test machine is equipped with a pressure plate, which is equipped with a test nail. The test nail is a head with a cut off tip. The hardness of the nail head should be greater than 60HRC. Pierce through the outsole. The test nail pierces the sole at a speed of 10 mm / min ± 3 mm / min until it penetrates. Record the maximum force required.