The American Nonwovens Industry Association tracks the geotextile market in its “2019-2021 North American Nonwovens Industry Outlook”. Geosynthetics are dividedinto two markets: civil engineering and agriculture. According to the association, civil engineering products are mainly made of geotextiles, andagricultural products often have properties similar to those of geotextiles andnonwovens.

According to the data in the report, from 2011 to 2019, the geosynthetics market grew at an annual rate of 2%, with anaverage annual growth rate of 1.8%.

Both categories are growing during the forecast period, and the civil engineering market has significant upside.Overall, the geosynthetics market is expected to grow an average of 2.2% peryear (by area) during the period 2016-2021, with a 2.4% increase per ton.

From 2011 to 2019, the government's spending on geosynthetics(China Geofabrics Supplier) in North America declined, increasing by only 0.05% per year.

According to the report, the use of geosynthetics increased, while highway and highway spending increased by 2.8%,and transportation-related expenses increased by 3%. Between 2011 and 2019,private non-residential construction expenditures reached 8%, mainly due to the continued increase in new hydraulic fracturing RIGS and related infrastructurein the natural gas and petroleum industries, as well as increased spending inthe private power sector.

Due to limited public expenditure, the nonwoven geotextiles(Non Woven Geotextile Wholesale) for road applications increased by only 0.7% per year (byarea and tonnage) from 2011 to 2019. The annual growth rate of geotextiles for highway and highway applications(Highway Nonwovens Manufacturer) is expected to reach 2.1% during the period 2019-2021.

All geotextiles are made from pure polypropylene and can be used in a variety of applications includ ingseparation, filtration, drainage, protection and erosion control.

These functions are infrastructure construction (roads, railways, airports, ports, tunnels), water and coastalengineering (marine protection, land reclamation, canals, ponds) and environmental projects (landfills, windmills, mining, drainage). The essential.

The use of geosynthetics has many advantages over traditional architectural and civil engineering solutions. “Traditional solutions ofteninvolve natural materials. By using geosynthetics, users can benefit from theseproducts with consistent performance and quality control. In addition, custom solutions can be tailored to reduce land, transportation and energyrequirements. To achieve lower carbon emissions.

In this market, the driving for cebehind demand is the investment in public infrastructure and the development of industries such as mining and waste disposal. Compared with traditional materials, the advantages of geosynthetics are increasingly favored bydesigners, which has promoted the increasing use of geotextiles.

Asia-Pacific, Latin America and North America Free Trade Zone are expected to see strong market growth, while Europeis expected to remain stable despite higher growth rates in Eastern Europe. Onthe other hand, the African market is still unpredictable.