Durable Non Slip Work Shoes

Durable non-slip work shoes are designed to provide long-lasting durability and excellent traction to prevent slips and falls in the workplace Below are detail introduction of HENP333  safety shoes which with very good durability and non-slip function. 01 Model number: HENP333

Model number: HENP333
Upper: Microfiber
Lining: Breathable Air Mesh
Outsole: PU/PU Injection Dual Density
Size: EU35-46#, UK3-11#

Slip-resistant outsole: Non-slip work shoes have specially designed outsoles that provide superior traction on various surfaces, including wet or oily surfaces. The outsoles have treads that increase friction and grip.

Shining outsole are designed to provide protection for the feet while also having a stylish appearance. The shining outsole adds a distinctive touch to the shoe and can make it stand out among other safety shoes

Breathable lining: The durable work shoes HENP333 have breathable materials to keep feet cool, dry, and comfortable, even during extended periods of wear. Easy to clean: Work environments can be messy, our shoes are easy to clean is a great advantage. Look for shoes that are resistant to stains and can be easily wiped clean or machine washed.

The testing procedure for durable non-slip work shoes may vary depending on the specific standards and regulations set by different organizations or industries. However, here are some common testing procedures that conducted to evaluate the durability and slip resistance of work shoes:

Slip resistance testing: Work shoes are tested for their ability to provide adequate traction and grip on various surfaces. This is usually done using standardized testing methods, such as the ASTM F1677 (Mark II) or ASTM F2913 (Tribometer) tests. The shoes are subjected to controlled conditions with different types of surfaces, including wet, oily, or slippery surfaces, and the slip resistance is measured.

Abrasion resistance testing: This test assesses the shoe’s resistance to abrasion and wear. It involves subjecting the outsole material to friction against an abrasive surface, such as a rotating drum covered with abrasive material. The shoe’s material is evaluated for signs of wear, including loss of tread or damage to the outsole.

Flexing and bending tests: These tests evaluate the shoe’s ability to withstand repeated flexing and bending movements, simulating the natural motions of the foot during walking or running. The shoes are typically flexed and bent thousands of times to assess their durability and resistance to cracking or material failure.

Impact resistance testing: This test assesses the shoe’s ability to protect the feet from impacts and compression. It involves dropping a weight or applying pressure on the shoe to simulate impact forces, and the shoe is evaluated for its ability to absorb and distribute the force to protect the wearer’s foot.

Puncture resistance testing: Some work shoes undergo puncture resistance testing. This involves subjecting the shoe’s sole to sharp objects, such as nails or metal spikes, to determine its ability to prevent penetration and protect the wearer from puncture injuries.

It’s important to note that specific industries or regulatory bodies may have additional or specialized testing requirements for work shoes. We typically conduct these tests to ensure our products meet the relevant safety standards and regulations.