Geotextile/neddle punch
We provide 2 types of geotextiles: Staple Fiber & Continuous Filament. And we provide 2 materials: PET (Polyester) and PP (Polypropylene). The main function of Non Woven Geotextile or Needle Punch or Non Woven Polyester is for filtration and separation. Often Geotextiles are used in civil construction projects to improve soil characteristics. If the soil erodes easily and is considered bad soil, Geotextiles or Needle Punch can make it more manageable. Another application of Geotextiles or Needle Punch or Polyester Non Woven is for gardening or landscape use. Therefore Geotextiles are sometimes also called Non-Woven Polyester. Below are the properties of the High Strength and Regular Non Woven Polyester Continuous Filament that we produce by PT. Urban Plastik Indonesia, Indonesian Plastic Manufacturer and Exporter.
Geotextile has a general function as a separator, filter, and reinforcement in construction projects. This is one of the important components that will ensure the construction project goes well. Strange indeed, the combination of fabrics produced with certain techniques can actually have a very important role in the process of building roads, car parks, and also other important construction projects. Fabrics that are often used for clothing and bedding turned out to have a more important role in Civil Engineering. Engineers know how important Geotextiles are in their projects. Without it, engineers will find it very difficult to ensure the project runs on a proper timeline. One of the main functions of geo fabric is to ensure that soil, rock and other particles of different sizes are not mixed.
In the construction process, engineers must maintain stability and keep the soil characteristics by separating fine soil from aggregate in road construction. This process must be carried out in accordance with the level of thickness according to the design so that there is no mixing of two types of soil with different sizes. Now technicians only need to use Geotextile to separate the soil, to then coat it with soil with different characters and textures. This process will make the following construction easy so that the project can run according to the timeline. Time is a very important commodity because they have to do it right in a short time. Without Geotextile, the technicians need a long time so that the entire soil layer has the right texture and level of dryness. The Geotextile will ensure that wet soil and dry soil do not mix so that the construction process can continue.
For soil separation, technicians usually use a non-woven Geotextile made of polypropylene fabric. The manufacturing process with certain techniques will create random patterns that can create a good level of strength with good flow ability. Geotextiles are available in various types of thickness and weight levels so that they can be adapted to construction projects. The level of thickness will also affect the strength so you have to calculate the process of applying soil separation. To separate soil and rock with different types of ground-level, you need Geotextiles with the right composition.
Non-woven Geotextiles are often used in road construction projects on soft soils. In one stage of highway construction, technicians will add the ground with sand, stone, and gravel, where each of these elements must not mix together. We all know that stones and gravel tend to sink into the sand, which can degrade the quality of the road. The road surface will drop and make the road contour uneven, which of course could harm the driver. Using a non-woven Geotextile as a separator will ensure that sand, gravel and stone are not mixed so that the road surface remains hard and flat. The contours will not change even though the project is actually built on soft ground.
TDS Geotextile Non Woven Staple Fiber – Polyester (PET) Material
TDS Geotextile Non Woven Staple Fiber – Polypropylene (PP)
TDS Geotextile Non Woven Continuous Filament Reguler
TDS Geotextile Non Woven Continuous Filament High Strength
FAQ About Geotextile/Needle Punch
What is needle punched geotextile?
Needle punched geotextile is a type of fabric used in civil engineering and construction projects. It’s made by mechanically entangling synthetic fibers, typically polypropylene or polyester, through a process called needle punching. This process involves repeatedly pushing barbed needles through the fiber web, interlocking them to form a stable and cohesive fabric. Needle punched geotextiles are known for their strength, permeability, and durability. They’re used for soil stabilization, erosion control, drainage, and filtration in various applications such as road construction, landscaping, and environmental projects. Their design allows for effective separation and reinforcement of soil while allowing water to pass through, preventing soil erosion and enhancing ground stability.
What are the disadvantages of geotextile fabric?
HDPE geomembrane is a type of plastic liner made from high-density polyethylene, widely used for its durability and chemical resistance. It’s a popular choice for applications such as landfill liners, pond liners, and in mining and water containment, due to its impermeability and resistance to a variety of solvents. HDPE geomembranes are known for their strength, flexibility, and ability to withstand harsh environmental conditions. They are also UV resistant and can handle temperature fluctuations. These characteristics make HDPE geomembranes a reliable solution for long-term containment and environmental protection projects.
What is the difference between needlepoint and punch needle?
Needlepoint and punch needle are both forms of needlecraft but differ significantly in technique and results. Needlepoint is a type of embroidery done with a thin needle and thread on stiff canvas, typically creating intricate, detailed designs with a flat appearance. In contrast, punch needle involves using a thicker, hollow needle to push yarn or thread through a loose-weave fabric, forming loops on the front side. This results in a textured, raised surface similar to a rug. While needlepoint is known for its precision and detail, punch needle offers a quicker, more textured, and often more abstract style of work.
Which is better woven or nonwoven geotextile?
Choosing between woven and nonwoven geotextiles depends on the specific application requirements. Woven geotextiles, known for their high tensile strength and lower elongation, are better suited for stabilization and reinforcement applications, like road construction, where strong load distribution is required. Nonwoven geotextiles, offering higher permeability and better filtration properties, are ideal for drainage, erosion control, and protecting geomembranes. Nonwovens can adapt more easily to uneven surfaces. The choice largely depends on whether reinforcement and stability or filtration and drainage are the primary needs of the project.
Is geotextile fabric worth it?
Geotextile fabric is generally considered worth the investment for many construction and landscaping projects due to its numerous benefits. It effectively stabilizes soil, prevents erosion, enhances drainage, and separates different soil layers, thereby prolonging the life and integrity of structures like roads and retaining walls. By preventing soil mixture, it maintains the functionality of drainage systems and reduces the need for maintenance. While the initial cost can be significant, the long-term savings in maintenance and repair work often justify the investment, making geotextile fabric a cost-effective solution in many scenarios.
What is the lifespan of geotextile fabric?
The lifespan of geotextile fabric can vary significantly based on material, environmental conditions, and application. Typically, high-quality geotextile can last over 50 years, making it a reliable choice for long-term construction projects. This durability is essential for applications like soil stabilization and erosion control, where longevity is key. Additionally, the lifespan of geotextile fabric can be extended up to 20 years through treatments and blending with other materials. These enhancements improve resistance to environmental factors such as UV radiation, chemical exposure, and physical stress, ensuring prolonged effectiveness and reducing the need for frequent replacements or maintenance.
Why are geotextiles only temporary?
Geotextiles are often considered temporary solutions in some applications due to their susceptibility to environmental factors over time. Exposure to UV light, chemicals, and physical stress can gradually degrade the material. While high-quality geotextiles can last for decades, in certain applications, especially where they are exposed and not buried under soil or other materials, their lifespan may be shorter. They are designed to fulfill specific functions like erosion control or sediment containment during construction phases, after which more permanent solutions may replace them. The “temporary” label reflects their role in transitional phases of projects rather than long-term infrastructure.
Is geotextile UV resistant?
Geotextile fabrics vary in their UV resistance based on the materials used and any additional treatments applied. While some geotextiles are manufactured with UV-resistant properties, many standard types can degrade with prolonged exposure to sunlight. For applications where geotextiles will be exposed to the sun for extended periods, it’s crucial to select a product specifically treated for UV resistance. These UV-stabilized geotextiles are designed to maintain their integrity and functionality when used in environments with significant sun exposure, thereby extending their useful lifespan.
What is the difference between geocomposite and geotextile?
Geotextiles and geocomposites are both used in civil engineering, but they differ significantly. Geotextiles are permeable fabrics made from polymeric materials, used for separation, filtration, reinforcement, protection, or drainage in soil. They primarily come in woven, nonwoven, or knitted forms. Geocomposites, on the other hand, are multi-layered combinations of different geosynthetics like geotextiles, geogrids, geomembranes, or geonets. They are engineered to provide multiple functions like drainage and reinforcement simultaneously. Geocomposites offer a more integrated solution, combining the benefits of various geosynthetics in one product.