ISO 105-E04:2013 –Textiles — Tests for Colour Fastness — Part E04: Colour Fastness to Perspiration (PDF Download)

Product Description:

ISO 105-E04:2013 (PDF) defines the internationally accepted method for determining the colour fastness of textiles to perspiration. This test simulates the effect of acidic and alkaline sweat on dyed, printed, or otherwise colored fabrics. It is essential for evaluating fabric performance in garments worn close to the skin, particularly for sportswear, intimate wear, and summer clothing.

This standard is widely used by textile testing laboratories, apparel manufacturers, and quality assurance teams to ensure garments maintain their color integrity under perspiration exposure.

✅ Key Features:

• 📥 Format: Secure, instantly downloadable PDF

• 🧪 Test Scope: Simulates human sweat in both acidic and alkaline environments

• 👕 Applicable to all types of dyed or printed textiles

• 🌐 Recognized globally for textile quality and product safety

• ⚖️ Suitable for use in ISO 17025 accredited laboratories

🧾 Who Should Use This Standard?

• Textile & Apparel Manufacturers

• Fabric & Garment Testing Laboratories

• Quality Control & R&D Professionals

• Exporters & Buyers Requiring Compliance with International Standards

• ISO 17025 Accredited Testing Facilities

💡 Why Buy ISO 105-E04:2013 PDF From Us?

• ✅ Official ISO publication – latest version in digital format

• ⚡ Instant download after secure purchase

• 💬 Friendly support and multi-license options for labs or organizations

• 🔒 Easy-to-navigate, searchable PDF format

📌 Use in Combination With:

• ISO 105-C06 (Colour fastness to laundering)

• ISO 105-X12 (Colour fastness to rubbing)

• ISO 105-B02 (Colour fastness to light)

📦 Get It Now:

Ensure your textile products meet global quality expectations. Buy ISO 105-E04:2013 (PDF) today and stay compliant with international testing protocols.

Product Type: ISO Standard
Format: PDF (Digital Download)
Delivery: Instant Access
Language: English
Publisher: ISO (International Organization for Standardization)
Edition: 2021 (Latest Version)