Footwear Analyses
Supply chain controls in the footwear and leather industries are quite complex. There is a high probability of problems occurring and these can cause serious customer complaints and returns on products. It may cause financial damage to your business in the form of loss of sales or product return. In-depth knowledge of how each piece is manufactured and assembled in footwear and leather products is supported by expert analysis, enabling the testing and identification of defects.
Our leather product and footwear experts, supported by Turkey's first and only Leather R&D centre, have a great deal of experience in determining the root cause of the problems that arise in the supply chain. Once identified, we can advise you on appropriate corrective actions to reduce or eliminate the risk of the problem reoccurring.
In addition, within the scope of product safety inspections in our country, we offer all Analysis services as accredited within the scope of the Communiqué on the Inspection of Some Textile, Apparel and Leather Products (Product Safety and Inspection: 2021/18).
Footwear Analyses Deney Tablosu
Footwear - Chemical Determination of Chromium VI (Cr VI) Content Colorimetric Method (using UV-VIS Spectrophotometer)
TS EN ISO 17075-1
20X20 cm or 10 g
Footwear - Chemical Determination of Chromium VI (Cr VI) Content Chromatographic Method (using HPLC)
TS EN ISO 17075-2
20X20 cm or 10 g
Footwear - Determination of Organic Tin Compounds in Footwear Components (using GC-MS)
ISO/TS 16179
10 g per component
Footwear - Quantification of Phthalates (using GC-MS)
CPSC-CH-C1001-09.4
3 g per component
Footwear - Determination of Polyaromatic Hydrocarbons (PAHs) in Footwear Components (using GC-MS)
TSE CEN ISO/TS 16190
3 g
Footwear - Determination of Dimethyl Formamide (DMFa) in Shoes and Shoe Components (using GC-MS)
ISO/TS 16189
10 g
Footwear - Determination of Dimethyl Fumarate (DMFu) in Footwear Components (using GC-MS)
ISO/TS 16186
20X20 cm or 5 g
Footwear - Chemical Tests for Determination of Certain Azo Dyes in Dyed Leathers Determination of Certain Aromatic Amines Reduced from Azo Dyes (using GC-MS, HPLC)
TS EN ISO 17234-1
20X20 cm or 10 g
Footwear - Chemical Tests for Determination of Certain Azo Dyestuffs in Dyed Leathers Part 2: Determination of 4-aminoazobenzene (using GC-MS, HPLC)
ISO 17234-2
20X20 cm or 10 g
Determination of Water Absorption and Water Penetration of Personal Protective Equipment, Footwear, Shoe-upper
TS EN ISO 20344 (Art.6.13) EN ISO 20344 (Art.6.13) ISO 20344 (Art.6.13)
2 x A4 SIZE
Personal Protective Equipment, Footwear, Determination of Water Vapor Permeability (WVP)
TS EN ISO 20344 (Art. 6.6) EN ISO 20344 (Art.6.6) ISO 20344 (Art.6.6)
1 x A4 SIZE
Frequently Asked Questions
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What is footwear analysis?
Footwear analysis tests the physical, chemical, and performance properties of shoes in a lab. It evaluates durability, flexibility, slip resistance, and material quality, crucial for quality control and legal compliance.
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Why are footwear tests conducted?
Tests ensure product safety, compliance with standards, and consumer health. They enhance product lifespan, brand trust, and support export documentation requirements.
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What laboratory tests are done on shoes?
Tests include sole abrasion, slip resistance, flexibility, waterproofing, lace strength, chemical content, and harmful substance analysis, providing a complete performance evaluation.
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How is slip resistance tested?
Slip resistance measures shoe traction on various surfaces under wet and dry conditions, especially important for safety footwear compliance.
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What is sole abrasion testing?
Sole abrasion tests determine the resistance of shoe soles to friction, indicating expected lifespan and quality.
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How is waterproofing tested?
Waterproofing tests expose shoes to water under controlled pressure and time, essential for outdoor and sports footwear performance.
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Which standards guide footwear analysis?
ISO and EN standards are generally applied, with CE compliance for safety shoes. These ensure national and international market acceptance.
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Why are chemical tests important in shoes?
Chemical tests detect harmful substances like heavy metals, phthalates, and azo dyes, protecting consumer health and regulatory compliance.
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What is footwear flexibility testing?
Flexibility tests measure shoe resistance to bending during use, indicating durability against deformation over time.
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How long does footwear analysis take?
Duration varies by test type. Physical tests may take a few days; chemical analyses take longer, influenced by sample quantity and lab capacity.
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What determines the cost of footwear analysis?
Costs depend on test scope, sample quantity, and analysis type. Accredited lab tests may be more expensive but reduce returns and legal risks.
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Are footwear tests mandatory for export?
Many countries require quality and safety test reports for imported shoes, making testing often mandatory.
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Which tests are done for safety shoes?
Safety shoes undergo impact resistance, slip resistance, puncture resistance, and electrical insulation tests to ensure compliance.
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How does the quality control process work for shoes?
The process includes raw material inspection, production monitoring, and final product testing, supported by laboratory analyses to ensure standards compliance.
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What is an accredited footwear laboratory?
An accredited lab can test according to international standards, providing officially recognized reports, critical for export and global market access.
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Contact our expert team for your R&D studies and testing needs, let's bring your projects to life together.