Focuses on how the shoes feels and functions during use 

Comfort testing in footwear industry is critical process used to ensure shoes comfortable, fitting and safe for wearers. Involves both subjective assessment by wearer and objective measurements to evaluate various aspects of footwear comfort, includes fit, cushioning, arch support and breathability.

# Dynamic testing uses foot models that move in a walking motion to simulate real world wear and assess comforts parameter.

# Static testing involves evaluating the shoes ’s comfort in a stationary position considering factor like fit and pressure distribution.

# Panel testing a group of wears provides feedback on the shoes comfort, fit and overall feels.

Ensure the shoes can handle various climate condition

Water and weather resistance testing in the footwear industry is crucial for ensuring product quality and consumer satisfaction, particularly for outdoor and work footwear. The tests evaluate a shoes ability to repel or resist water, preventing water penetration and keeping the foot dry under various condition. This involves simulating real world wear and tear through dynamic flexing in water and assessing the extent water penetration

Waterproof testing this assess a shoe’s ability to prevent water penetration. It can involve immersing the shoes in water or subjective it to water spray.

Dynamic water resistance testing this simulates walking in wet condition by flexing the shoes in water and assessing water penetration after a certain number of flex cycle.

Weather resistance testing this evaluates the footwear’s resistance to various weather element, including UV light and heat

Measure the shoes ability to prevents slip and falls

Slip and grid testing in the footwear industry is crucial for ensuring and safety footwear. These tests evaluate the friction between a shoes sole and various surface to assess how well a shoes grips and prevents slips and falls. The results help manufacture, retailers and consumer make informed decision about footwear suitability for decision environment

Coefficient of friction this is the primary measurement indication the level of resistance between the sole and the surface.

Whole shoes testing tests are often conducted on the entire shoes, not just the sole material, to account for interaction between upper and outsole.

Test done on various types of footwear like safety footwear, leather footwear, casual footwear, winter footwear, working boots etc.

Applies to occupational or certified protective footwear

Safety shoe testing in the footwear industry is crucial for ensuring worker safety and compliance with industry standards. These tests evaluate the shoe's ability to protect against various workplace hazards, including impacts, compression, punctures, and electrical hazards. Testing also assesses other critical factors like slip resistance, durability, and resistance to chemicals and extreme temperatures. 

Impact Resistance This test simulates the impact of falling objects by dropping a weight onto the shoe's toe area and measuring the force transmitted to the foot. 

Compression Resistance This test assesses the shoe's ability to withstand crushing forces, simulating the weight of heavy objects pressing down on the foot. 

Puncture Resistance This test evaluates the sole's ability to resist sharp objects penetrating the shoe, protecting the wearer from injuries caused by stepping on nails or other hazards. 

Electrical Hazard Resistance This test measures the shoe's ability to protect the wearer from electrical shocks, ensuring safety in environments with electrical risks. 

Chemical Resistance: Safety shoes must also be tested for resistance to chemicals that may be present in the workplace, ensuring the wearer's safety from harmful substances

Chemical testing of footwear is essential to ensure product are safe for consumer and complaint with international regulation. Testing helps identify potentially hazardous substance in footwear materials that could pose health risks , such as allergic reaction, irritation , or even more serious condition.

Chromium VI a known carcinogen often used in leather tanning.

Azo dyed some azo dyed can release carcinogenic, aromatic, amines upon degradation.

Formaldehyde can cause allergic reactions and irritation, used in some leather processing and textile treatments.

Heavy metals including Lead,Cadmium,Arsenic,Copper,and Zinc, which can be present in various material and dyes used in footwear.

Phthalates used as plasticizers in PVC and other material, linked to endocrine disruption and other health issues.

Dimethyl fumarate ( DMFu ) a biocide previously used to prevents mold, now banned in many markets due to allergic reactions it can cause.

Chlorinated phenols (PCP, TeCP TriCP) used as pesticides, fungicides, and preservatives.

Organotin compound used as stabilizers and biocides in materials like PVC and PU