Expertise in Aerospace Textiles: The Sagaert Standard
Sagaert’s division dedicated to the aerospace sector is proud to be certified under the EN 9100 standard. This certification guarantees that every technical textile produced in our factories meets the market’s highest safety and quality standards. Textile processing is our group’s original core business.
Proficiency in Manufacturing Techniques and Materials
Our Manufacturing Techniques
We manage the entire production process:
- Weaving and braiding: for optimal mechanical strength.
- Twisting and dyeing: tailored to the requirements of the aerospace industry through our custom dyeing facility.
- Laser cutting and garment manufacturing: for high-precision results, thanks to our textile cutting and garment manufacturing facilities.
- Special Treatments: Fire-retardant finishes for enhanced heat resistance.
We process a wide range of flexible materials, including polyester, polyamide, polypropylene, nylon, cotton, and technical fibers such as aramid and Kevlar. This diversity allows us to offer textile solutions for aircraft interiors and the most specialized applications.
Products that meet the strictest standards
Whether it’s webbing, ribbon, rope, curtains, flat braid, sheathing, or netting, every product complies with current standards. To ensure durability and abrasion resistance, we use state-of-the-art testing equipment:
- Drop tower and dynamometer, for measuring fracture and stress.
- Fire resistance tests, which are essential for cabin safety and thermal comfort.
Comparison Table: Properties of Technical Textiles
| Fabric Type | Primary Use | Key Properties |
|---|---|---|
| High-tenacity polyester | Straps and Lashing | Mechanical strength, easy storage |
| Aramid fibers | Engine/wiring protection | Heat-resistant, flame-retardant |
| Coated Fabrics | Seals and Waterproofing | Fluid contact, wind protection |
| Multilayer Structures | Thermal insulation | Thermal comfort, lightweight |
Check out our other aerospace businesses as well: seals, springs and subassemblies, and composite manufacturing and machining.
Aviation Textiles: Frequently Asked Questions
What types of textiles are used in the aerospace industry?
High-performance synthetic fibers such as polyester, polyamide, and aramids are primarily used. These technical textiles are used in aircraft structures (composites) as well as in interior fittings and technical equipment.
How do you choose a fabric for the aerospace industry?
The choice depends on the intended use (seating, insulation, protection) and environmental conditions. It must comply with fire, smoke, and toxicity standards and offer excellent durability to withstand intensive flight cycles.
What are the benefits of Sagaert technical fabrics?
Our fabrics offer high heat resistance, lightweight properties that are crucial for energy efficiency, and custom design solutions thanks to our engineering department, which specializes in developing complex solutions.
Do you offer flame-retardant treatments?
Yes, we apply specific flame-retardant treatments to enhance heat resistance, which is an essential requirement for cabin safety.
What quality control measures do you perform on your technical textiles?
We have state-of-the-art testing equipment, including a drop tower and a dynamometer for measuring break strength and stress, as well as fire resistance testing.
How are the prices for Sagaert aerospace textiles determined?
Prices vary depending on the complexity of the fiber (for example, aramid versus polyester) and the treatments applied (fire-retardant, anti-static). We offer a range of prices tailored to the requirements of both the civilian and military markets.