Microphotography of intertwined synthetic fibers

HIGH TENACITY FIBER

Technical Polyamide A-700

Next-generation synthetic fiber for demanding textile engineering applications.

€ 42.80 € 48.50 -12%

Technical Specifications

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Fabric Density: 280 g/m² ±5%
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Tensile Strength: 650 MPa
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Dyeing Stability: Class 6-7 (gray scale)
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Elongation at Break: 18%

Batch Status

Immediate Availability In Stock

Production Batch: PT-7892. Technical analysis certificate included. Material ready for shipment in 24-48h.

Request Technical Sample Full Specifications (PDF)

For large-scale industrial orders or personalized technical inquiries, contact our laboratory: info@armestesettur.com

From Research to Industrial Innovation

The trajectory of Armes Tesettur is defined by constant evolution, guided by scientific rigor and practical application. Our journey began with an exclusive focus on fabric density analysis, expanding towards a comprehensive understanding of the mechanical and chemical properties of synthetic fibers.

Foundation and Initial Focus

Establishment of the central laboratory and development of proprietary methodologies for precise fabric density measurement, laying the groundwork for our analytical rigor.

Expansion into Strength

Integration of state-of-the-art tensile testing equipment, enabling pioneering studies on the relationship between fiber structure and its resistance to deformation.

Process Optimization

Collaboration with industrial-scale dyeing plants to refine chemical and thermal parameters, achieving superior efficiency and a significant reduction in resource consumption.

Microscope and fabric samples in a textile research laboratory

Quantifiable Results

Development of over 12 standardized protocols for material testing, adopted by manufacturing partners.
Publication of 8 technical studies on the interaction of dyes with synthetic polymers in specialized journals.
Documented process optimization that increases fabric lifespan by 15% under controlled stress conditions.

Each stage in our history reinforces the commitment to a fundamental principle: textile engineering advances through precise measurement, controlled experimentation, and the application of scientific knowledge to solve complex industrial challenges.