Airline
Air travel, one of the fastest and most widely preferred modes of transportation, stands apart from all other modes of transport due to its location and technological infrastructure. In particular, different areas such as landing and takeoff areas, runway areas, aprons, and stations require engineering expertise specific to construction and maintenance processes, taking into account defined boundaries. Today, problems encountered at airports can be solved by developing economical and long-lasting solutions using geosynthetic materials, beyond traditional methods.
- In soils experiencing consolidation problems, you can increase the rate of time-dependent settlement by using wick drains (band drains).
- You can increase the bearing capacity of the subbase layer with geogrids along with a reduction in material volume.
- You can prevent surface erosion on steep slopes using geomat and cellular system materials.
- In areas with capillary action issues, you can accelerate the rapid removal of water from the platform using drainage composites.
- In soils experiencing consolidation problems, soil reinforcement can be achieved by using geogrids in the base layer.
- You can prevent the existing base material from mixing with the new fill material by using geotextile.
- Construction of platform fillings using geosynthetic-reinforced retaining walls
- Construction of the drainage line to be established using geodrain (composite drainage system)
Geosynthetics in Aviation
The use of geosynthetics in aviation applications
TechGrid geogrids can be used to reinforce the ground beneath runways and aprons.
Horizontal and vertical drainage lines can be formed using TechDrain drainage composites.
TechTex geotextiles can be used to separate the existing ground from the fill materials and preserve the long-term properties of the materials.
You can prevent surface erosion on steep slopes using geomat and cellular system materials.
Products
BentoShield's leakproof technology effectively combines the unique swelling performance of sodium bentonite granules or bentonite powder with two high-strength geotextiles.
Polymer-modified sodium bentonite granules form a clay blanket by mechanically bonding to both woven and non-woven geotextile materials.
Geo-Matress© is a geotextile mat formed by filling the interior of two-layer polypropylene geotextile sheets with fine aggregate concrete.
The GeoDrain product family is a composite material consisting of a polymer drainage core combined with a nonwoven geotextile that provides protection and filtration on one or both sides.
These are new generation drainage lines that can be brought to the field ready for use thanks to prefabricated structures.
Geomat is a high-strength mat material produced from polyamide or polypropylene raw material in a three-dimensional open structure.
GeoMat R is a high-performance geosynthetic reinforced with high-strength polyester geogrid within the interwoven filaments of a three-dimensional polyamide erosion control mat.
Protex PolyLock is a versatile, new-generation waterproofing system specially developed for tunnel insulation. It provides strong protection by combining self-healing polymer-modified sodium bentonite granules with an impermeable PE film and an active polymer layer.
SandMax is a three-layer geocomposite material developed to protect slopes or constructed structures in challenging field conditions. It contains enriched quartz sand and is combined with nonwoven geotextiles.
TechGrid© D is manufactured with high-strength polyester yarns and is woven with a dimensionally stable pore opening that has equal tensile strength in both directions. Its chemical and mechanical properties are enhanced with PVC or PVA coating, making it durable and suitable for use in harsh soil conditions.
It is a special material used to reinforce asphalt roads and increase their durability. TechGrid© GF is a geogrid made from reinforced glass fiber strands and coated with bitumen. Produced by technologically advanced companies worldwide, this material has a refined and purified crystalline bitumen form.
TechGrid GFG is a composite asphalt grid created by combining geogrids made from reinforced glass fiber strands with high tensile strength and coated with bitumen, with ultra-lightweight nonwoven geotextiles. It reduces load concentration, delays cracking, and is cost-effective.
TechGrid© are high-strength and extremely flexible geogrids with a proven track record in soil reinforcement. They are used in retaining structures, embankments, and platforms. They are coated with PVC or PVA depending on the soil structure where they will be used.
TechTex BDC®, yüksek mukavvemetli %100 saf polipropilen liflerin iğnelenmesi ile meydana gelen ısıl işlem görmüş siyah renkte örgüsüz geotekstil malzemelerdir. Proje ihtiyacına göre istenilen teknik özelliklerde üretilerek tüm arazi ve iklim koşullarına uyum sağlar.
TechTex BDU, yüksek mukavemetli %100 saf polipropilen liflerin iğnelenmesi ile meydana gelen ısıl işlem görmüş siyah renkte carbon takviyeli örgüsüz geotekstil malzemelerdir. TechTex BDU 2 yıl boyunca UV ışınlarına karşı dayanım sağlamaktadır.
GEOMAS
Geosynthetic Solutions
Geotechnical, infrastructure and engineering support and high quality geosynthetic products for all the insulation you need for your projects we're here. Come along with the details of your project, we can present the most appropriate solution for you and examine it.