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What is GL and what are its uses?

GL are geotextile and bentonite composites made for a variety of environmental containment programs. Geotextiles have long-term stamina against physical or chemical decomposition in harsh elements, while high bentonite swelling capacity and low permeability provide effective hydraulic seals.

By replacing a thick part of the compressed clay with a thin layer of pure sodium bentonite, GCL’s offer a good alternative to conventional compressed liners. Its advantages include easy installation, better hydraulic performance and resistance to various weather conditions.

Installations for most GCL projects by construction personnel using conventional equipment can be completed. JJLs also have their own sealing characteristics and reduce the risk of malfunction due to unfavorable conditions and operating conditions.

GL Sheet

GJLs have sealing properties and reduce the risk of failure due to unfavorable conditions and operating conditions.

Advantages of GLC

  • Varied sealing programs are possible.
  • Instant sealing and long-term performance with inflatable sodium bentonite powder
  • Beyond compressed liners.
  • Powerful geotextiles surround and contain bentonite.
  • Punching the needle uniformly provides shear strength in several directions.
  • The thermal locking process increases the internal shear strength and friction angle of the interface.
  • The length of the sealing itself overlaps.
  • Fast, easy and affordable installation
  • GCL geosynthetic sedimentary concrete shows how geosynthetics perform best.
  • Best practice by interacting with natural elements to make something stronger or safer

Needle work transforms GCL’s effectiveness

Needle-perforated manufacturing technology greatly enhances the internal and external shear endurance of GJLs. Expands the scope of applications where GJS can be used. The sturdy tingling process links three unique layers of Bentoxix – two outer encapsulated geotextiles and a sodium bentonite core. This link creates a single and engineering barrier that uses the best synthetic and natural materials.



Using needle-needle fibers through the clay layer of sodium bentonite, a fully uniformly reinforced GCL is produced – with shear strength and stability benefits for any application including:

  • Golf Course Pools
  • Storm Management Pools
  • Recreational pools
  • Close Door / Landfill
  • Dams /
  • Vertical Trench Cutting
  • Groundwater Protection Coating
  • Environmental protection barrier in roads and railways
  • Secondary Harness for Basement Tanks

Bentonite Strength of GCL Powder

It is removed from significantly thicker layers of compressed clay. The exceptional and immediate swelling feature of sodium bentonite powder provides a long-term barrier that can ‘seal itself and heal again’. For example, swelling can be used to fill punctured and damaged areas. It is also hydrated to renew the dam even if it exists again.

Exposed to the dryness of highly engineered geotextile outer layers, it has tremendous protection against bentonite piping, durability against damage and power to manage challenges inherent in barrier schemes, such as security on slopes and against oscillation heads.

Sodium bentonite clay used in GCL is a clay mineral that swells between clay platelets upon arrival. When water is watered under the enclosure, bentonite swells to form a low permeable clay layer and hydraulic protection equivalent to a few feet of compressed clay.

Application of Benzofix in GCL Production

BenzofixJLs are produced by distributing a uniform layer of sodium bentonite between two geotextiles. Fibers from nonwoven geotextiles are pierced through the bentonite layer and incorporated into other geotextiles (either woven or non-woven).

This process leads to strong mechanical bonding between fabrics. Then a proprietary process for heat treatment – the thermal locking process – is used to correct and permanently fix the perforated fibers in place. These characteristics include increased internal shear strength and long-term creep resistance.

The thermal locking process permanently locks the perforated fibers of the non-indesitive geotextile layer with a layer carrying a variety of uncoated GCL types and improves the performance of hydraulic conductivity in confined limited stresses. It also increases resistance to the harvesting of fibers – an improvement in durability action that increases friction between the face. It also ensures long-term shear strength and immediate fibrous resistance during hydration.

In addition, bontofix has an immediate and advanced barrier to gas and radon with polyethylene liners coated with extrusion while protecting against drying and sensitive materials.


Great performance of GCL

Since the late 1980s, GJLs have been identified and used by design engineers, treaties, agencies and landowners as an option for soil barriers in various programs. The growing interest in these products stems from the unique properties and benefits they offer.

They are very effective even in high slope conditions as a hydraulic barrier. It is easy to install;

A wide range of GCL applications include waste disposal caps and runway base applications, dams, canals, ponds, rivers and lakes, and even waterproofing of similar buildings and structures. Countless laboratory studies have shown excellent performance using natural sodium CL bentonite.


What is geogrid and what are its applications?

Geogrid is a geosynthetic material used as a booster in construction works. Geogrids can be classified as geosynthetic materials that are used in the construction industry in the form of a reinforcing material. It is also used in strengthening retaining walls and even many of the applications of these materials are flourishing.

Types of Geotextile

Geotextiles are made of polymers such as polyester or polypropylene. They are divided into 3 categories based on how they are prepared. In this article, we try to introduce a variety of geotextiles. ۱) Woven fabric geotextile ۲) Ubafteh Geotextiles ۳) Knitted geotextile

The benefits of designing roof garden for human societies

Advantages of Roof Garden Design • Reduce ambient air temperature, energy consumption and water and electricity costs • Help clean up the weather with roof garden design • Use of local and recycled materials with roof garden design • Extending the life of the roof garden with the design of the roof garden in the right and specific way • Aesthetics and design of Roof Garden • Creating green spaces for humans and wildlife and mental and mental peace

Tunnel isolation by Austrian tunneling method

Tunnel isolation is one of the best methods for not penetring water into the tunnel. Water penetration can lead to deterioration and substantialness. Damage to structural and functional components, especially in transportation tunnels, should be considered. Injury prevention, interception and collection of leaks are necessary.

Advantages and limitations of armed soil

Armed soil is an affordable method for long-term or short-term consolidation of existing or suggested steep slopes. Slope stability is enhanced by installing stainless steel or fiberglass yarn earth pegs placed in pre-exhausted holes or drill bits and simultaneous installation.

Benefits of water storage pool for agriculture and watershed management

Water storage pool is important in agriculture and watershed management and the use can fill many gaps. The water storage pool is self-sufficient and built to work with the environment. The water storage pool is a fundamental invention and has been in use for years. Today they continue to benefit farmers and various industries, as well as for household use.
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