Textiles

What are textiles?

The term textiles refers to a wide range of flexible sheet materials made from fibres, yarns or threads. Originally known from clothing production, textile materials have long become established in numerous technical, industrial and design‑related fields – from architecture and medical engineering to packaging development.

Depending on the manufacturing method – such as weaving, knitting, warp knitting or bonding fibre webs – different structures are created that can be precisely tailored to the intended application. Modern textiles are not only soft and formable; they can also be breathable, water‑repellent, antistatic, tear‑resistant or even conductive.

The spectrum ranges from classic textiles such as cotton fabrics to technical textiles or non‑wovens, which are used as functional materials in industry and design.

How are textiles manufactured – and what differentiates the processes?

Textile production is based on converting fibres into flexible sheet structures. Various processes are used, depending on the required function, appearance and tactile characteristics of the final product.

A basic distinction is made between:

1. Woven Textiles

Warp and weft threads are interlaced at right angles. The result is a stable, dimensionally consistent fabric – ideal for clothing, upholstery fabrics or technical reinforcement materials.

2. Knitted or Warp‑Knitted Textiles

These are formed from loops, similar to knitted goods. They are elastic, soft and suitable for stretchable garments or flexible textile composites.

3. Non-wovens

Instead of threads, loose fibres are bonded directly – mechanically (e.g. through needling), thermally (using heat) or chemically (via binders). The process is particularly efficient and enables functional sheet materials with a defined structure and tactile feel.

Technical textiles often rely on non‑wovens, as they can be specifically finished, coated or functionalised and are used in areas such as medicine, construction or industrial processing.

What types of textiles exist – and what are they used for?

Textiles today are far more than materials for clothing. Depending on material, structure and finishing, they can be categorised into different groups with diverse areas of application.

1. Classic Textiles

Usually based on natural fibres such as cotton, linen or wool, they are primarily used in apparel and home textiles. They offer breathability, softness and a pleasant feel.

2. Technical Textiles

These specially developed materials fulfil functional tasks – such as reinforcement, insulation, filtration or protection. They are used in construction, aerospace, medical engineering, vehicle development and sports equipment.

3. Intelligent or Smart Textiles

These textiles include electronic or sensor components and respond to stimuli such as temperature, moisture or movement. Examples include sportswear with heart‑rate monitoring or medical textiles with integrated diagnostic capabilities.

4. Non-wovens

Although they contain no traditional yarn structure, non‑wovens are regarded as textile sheet materials. They combine the versatility of textiles with the advantages of efficient production. Typical applications include:

• Filter media in medical technology and air purification
• Wall coverings and labels
• Protective layers, packaging and technical carrier materials

This variety shows that textiles are not only diverse but also play an essential role in many areas of life and work – from fashion and architecture to electronics.

What defines technical textiles?

Technical textiles are designed for use under demanding conditions – whether mechanical stress, extreme temperatures or chemical exposure. Unlike classic textiles, the focus is not on appearance or comfort but on functional performance.

Key properties include:

• Tensile and tear resistance – essential for durable applications such as labels, membranes or race numbers
• Resistance to water and chemicals – crucial for packaging, filters and separation layers in challenging environments
• Temperature and UV resistance – required for outdoor use or industrial processes
• Air and moisture permeability – e.g. for breathable materials used in medicine, sport or construction
• Good printability – for products that must combine functionality with visual quality

Modern technical textiles can often be precisely modified through coatings, laminates or functional finishes (e.g. antimicrobial, antistatic, flame‑retardant).

Non‑wovens offer particularly wide design freedom, as they can be optimised for specific properties directly during production – efficient, precise and material‑saving.

Textiles at LAHNPAPER – Non-wovens for functional applications

LAHNPAPER develops and manufactures innovative non‑wovens designed specifically for technical and design‑oriented applications. They are considered textile solutions even though they do not rely on a traditional yarn structure – and they provide numerous functional advantages.

Typical applications of LAHNPAPER non‑wovens include:

• Labels that must be tear‑resistant, printable and durable
• Special packaging for sensitive or temperature‑sensitive goods
• Race numbers used in sports – robust, weatherproof and comfortable
• Paper‑like applications with a textile character, used in architecture or design

The products are characterised by:

• A textile feel combined with high mechanical stability
• Excellent printability in offset, digital and screen printing
• Resistance to water, chemicals and temperature
• Air and moisture permeability, with some variants even washable

Additional grades are available for direct food contact, lamination or particularly high tear‑propagation resistance. This results in customised solutions for industries where paper or classic textiles reach their limits.

Conclusion: Rethinking textiles – versatile, high‑performance, future‑ready

Textiles are no longer limited to fashion or everyday products. They have evolved into high‑performance materials used across many industries – from medicine and architecture to technical manufacturing.

Non‑wovens in particular open up new possibilities: they combine textile characteristics such as flexibility, tactile quality and breathability with technical properties such as tear resistance, water resistance and printability.

With its innovative products, LAHNPAPER contributes to the evolution of textile materials – especially where classic textiles fall short or paper reaches its limits.

Whether as a carrier material, label, protective layer or design element: textile solutions based on non‑wovens are key to functional, sustainable and versatile applications – today and in future.