Yüksek Üretim Kapasitesi High Production
Capacity
Sabit ve Üstün Kalite Consistent
Quality
Sürdürülebilir Üretim Sustainable
Production
Geniş Ürün Portföyü Extensive Product
Portfolio
Global Tedarik Global
Supply

TALEN Geotextile

Geotextiles are high-performance technical textile materials used in infrastructure and engineering projects for soil reinforcement, separation, filtration, drainage, and protection.

Talen Geotekstil Uygulama Alanları

Geotextile for Functional Structures in Compliance with Standards

Geotextiles are designed in accordance with the EN ISO 10318-1 standard and their permeable structure allows the passage of water while retaining soil particles and ensuring soil stability. Thanks to these properties, they successfully fulfill both filtration and separation tasks. Their long life, durability and resistance to environmental influences make geotextiles indispensable in engineering applications.

Geotextiles are offered in three different forms according to the needs of the structures: Non-woven (GTX-NW), Textured (GTX-K) and Braided (GTX-W). Especially the first group, non-woven geotextile, is widely preferred thanks to its felt structure. When selecting the material, the most suitable geotextile type is determined by considering the soil structure, load carrying capacity and drainage requirements. In this way, maximum performance is achieved in the application area.

Strong Solution Compatible with the Ground: What is Geotextile?

Geotextiles (GTX) are permeable textile-based materials used in geotechnical and civil engineering projects. Made from natural or synthetic polymers, these planar products fulfill numerous functions such as improving the mechanical properties of the soil, providing filtration, preventing erosion or separating different soil layers. Geotextiles, defined according to the EN ISO 10318-1 standard, support safety and longevity in infrastructure applications such as dams, roads, railways, tunnels, embankments and drainage.

Flexibility Suitable for the Project: Geotextile Types

Geotextiles are divided into three main groups: Non-woven (GTX-NW), Textured (GTX-K) and Braided (GTX-W). Non-woven geotextiles are produced by pinning or heat-fixing fibers together and are also known as geotextile mats. This type is characterized by its high filtration and drainage ability. Textured and woven geotextiles are formed by combining yarns with weaving techniques and are generally preferred in applications requiring high tensile strength. Each type of geotextile is selected according to the technical needs of the project, enhancing the performance and durability of engineering structures.


High Strength

Increases load carrying capacity and offers long-lasting solutions.

Permeable Structure

It keeps the floor stable while allowing water to pass through.

Different Types

Custom solutions for every project with non-woven, textured and woven options.

Versatility

It combines multiple functions such as separation, filtration and drainage.

CONSTRUCTION

Geotextile protects the insulation material thanks to its high puncture resistance in roof thermal insulation and acts as a buffer against impacts. In waterproofing applications, it prevents damage to the insulation by distributing the pressure in the foundation areas. In use under and above the geomembrane, it ensures flexible operation of the insulation against structural movements and acts as a protective layer against effects such as puncture and friction.Click for More...
ACOUSTIC FELT

Acoustic mats specially produced for living spaces such as homes, schools, hospitals, cinemas and airports provide sound insulation and thermal insulation while giving the environment an aesthetic appearance. It provides a more comfortable acoustic environment by reducing echo in places such as meeting and theater halls, improves quality of life and makes a functional contribution to the space.Click for More...
AUTOMOTIVE

Geotextile felts used in the automotive industry play an important role in sound and heat insulation. It increases vehicle comfort by being preferred in door interiors, engine hoods and interior upholstery. Thanks to its durable structure, it provides protection against friction and abrasion. Being light and flexible, it offers convenience in production processes. Thus, durability and performance of vehicles are supported.

WHITE GOODS

In the white goods industry, felt is used for acoustic sound insulation and thermal performance purposes. It acts as insulation and filling material in products such as washing machines, dishwashers, dryers and refrigerators. It increases product efficiency by being applied in different thicknesses and shapes according to customer demands and specifications. With its durable structure, it offers effective solutions in both sound and heat insulation.

MECHANICAL NEEDLING FELT

Nonwoven fabrics produced with mechanical needling technology are formed by bonding fibers together with steel needles. This method enables the production of nonwoven fabrics with the desired strength and thickness. Products are developed in accordance with customer needs with special properties such as non-flammability, non-slip and antibacterial. It offers effective solutions for the construction, automotive, white goods, carpet, furniture and footwear industries.

FURNITURE AND BED

Felt is produced in different thicknesses and hardnesses in the furniture and mattress industry. Felt is used as a protective layer on mattress springs or as a sponge support. Various products are offered by mechanical needling, thermal and chemical bonding methods with natural, synthetic and recycled fibers. This adds value to the sector by increasing both comfort and durability.

SUSPENDED CEILING FELT

Acoustic suspended ceiling panels offer a stylish and lightweight solution while improving ambient acoustics. Marmara University certified B1 non-flammable felts easily adapt to T24 panels. It is one-third lighter than traditional solutions and provides great convenience in installation and maintenance processes. It creates healthy interiors with its antibacterial and breathable structure.

SHOES

In the shoe industry, felt is used as soles, padding and accessories. It is preferred for its comfort-enhancing and durable structure. It is produced by blending natural and synthetic fibers, there are also recycled product options obtained from textile waste. It supports the performance of shoes with functional and stylish solutions.
FILTER

Filter fabrics of various sizes and fineness are produced for the needs of different sectors. Needlepunch fabrics, which are used in many areas such as automotive, health and white goods, effectively filter air, dust and water. With their high permeability and durability, they offer ideal performance in filtration solutions.

CARPET

Although it is not used directly in the carpet industry, it is preferred as underlay in hotels, dormitories, mosques and carpet fields. It removes defects on the floor, gives fullness and flexibility to the carpet, thus extending its life. With its soft structure, it prevents the passage of cold, provides sound insulation and is also used as a moisture protector under laminate flooring.
UNDER PARQUET FELT

Made from 100 percent recycled fibers, these felts provide high performance despite being economical. Thanks to its polyester structure, it breathes and does not create bad odor in case of wetting. When applied under the parquet, it reduces walking sounds and significantly cuts the sounds transmitted to the lower floor. Thus, it creates both comfortable and quiet living spaces.

ARTIFICIAL LEATHER

Nonwovens are widely used in the artificial leather industry. The carrier fabrics laminated under the leather facilitate processing thanks to their flexible structure and provide strong adhesion to the product surface. This makes it possible to produce durable and aesthetic products.


CLEANING

Nonwoven fabrics are widely used in the cleaning sector with their bacteria-free structure and disposable features. They provide hygiene in many products from cleaning cloths to baby diapers, from women's health products to medical masks. Their durability and practicality make these materials indispensable.