• Never Run Crack, Crack Stick, Stick To Belt System 1
  • Never Run Crack, Crack Stick, Stick To Belt System 2
  • Never Run Crack, Crack Stick, Stick To Belt System 3
  • Never Run Crack, Crack Stick, Stick To Belt System 4
Never Run Crack, Crack Stick, Stick To Belt

Never Run Crack, Crack Stick, Stick To Belt

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
1 m²
Supply Capability:
1000000 m²/month

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Crack stick construction

Anti-crack construction effect

Crack stick

Product introduction

Crack stick (also known as crack stick) is composed of asphalt base polymer, high-strength tensile tire base, high temperature resistance and compatibility with asphalt high-strength compounded fabric. Stick in the cracks or the spalling of the asphalt concrete surface, can reduce and cut off its effect on the temperature shrinkage stress of pavement, thus reduce the reflection crack through the surface of the trend, laying and road because of the isolates abrasion at the grass-roots level and the upper layer, so that the top layer from the effects of multidirectional displacement and the shear stress, for roads, Bridges, airports, etc.


The main performance

1, the isolation effect. Laying crack and the crack surface and asphalt layer isolation, to avoid the direct contact with asphalt layer cracking level, crack tensile stress at the grass-roots level cannot directly transfer the asphalt concrete pavement, reduce the bonding force between the base and surface, but polymer anti-crack stick can enable the lower level very good adhesion into a whole, jointly bear the role of vehicle load, is enough to prevent the interface on the lower level of relative displacement and keep continuous.

2, reinforcement effect. Crack has a certain strength, can absorb a certain amount of tensile stress in the crack, when the crack tensile stress increases and is greater than the crack of tensile strength, crack resistance to deformation, the surface began to crack under the tensile stress in the stick to pass up. Crack stick level will bear all the tensile stress in the crack, crack obviously have the effect of reinforcement, in this sense, it improved the tensile strength of pavement structure layer.

3, energy dissipation cushion. Crack is a certain extensibility of material, high polymer has good low temperature flexibility, laid between the asphalt surface, equivalent to set up an elastic layer, crack tensile stress at the grass-roots level through the anti-cracking polymer spread to a wide range, so as to relieve stress intensity cracks, flexible interlayer can partly tensile energy absorption effect.

4, water seepage control effect. Crack stick seepage-proof layer polymer can form a complete, can partition to the subgrade pavement water penetration, in order to ensure the strength of the base, the base materials properties not deteriorate further. Crack stick for asphalt surface can effectively inhibit cracks propagated up, in the practical engineering play a role of crack resistance of crack and energy absorption effect.


Q: What are the benefits of using geonets in landfill gas collection systems?
Geonets offer several benefits in landfill gas collection systems. They provide a reliable and cost-effective solution for enhancing gas flow and collection efficiency. Geonets also prevent the intrusion of leachate into the gas collection system, minimizing potential contamination and system clogging. Additionally, these geosynthetic materials have high tensile strength and durability, ensuring long-term performance and reducing maintenance costs. Overall, geonets contribute to efficient and environmentally-friendly landfill gas management.
Q: How do geopipes help in stormwater infiltration systems?
Geopipes help in stormwater infiltration systems by efficiently channeling and distributing stormwater runoff underground, allowing it to percolate into the soil and recharge groundwater. They provide a controlled flow pathway, preventing erosion and evenly distributing the water for optimal infiltration.
Q: Can earthwork products be used in stormwater detention systems?
Yes, earthwork products such as geotextiles, geogrids, and geocomposites can be used in stormwater detention systems. These products are commonly used to reinforce and stabilize soil, control erosion, and enhance the performance of stormwater management systems. They can help with filtration, separation, and drainage, which are important aspects of stormwater detention systems.
Q: Can earthwork products be used in flood control systems?
Yes, earthwork products can be used in flood control systems. These products, such as soil, sandbags, or geotextiles, can be utilized to construct levees, berms, or temporary flood barriers to redirect water flow and protect areas from flooding.
Q: How do concrete barriers enhance safety on construction sites?
Concrete barriers enhance safety on construction sites in several ways. Firstly, they provide a physical barrier that prevents vehicles and pedestrians from entering restricted areas, thereby reducing the risk of accidents and injuries. Additionally, these barriers can mitigate the impact of any potential collisions, protecting workers and equipment from damage. Their sturdy construction and weight also make them resistant to strong winds, which helps maintain stability and prevents accidents caused by falling debris. Overall, concrete barriers play a crucial role in ensuring a safer working environment on construction sites.
Q: What is the purpose of using geotextile tubes in dredging projects?
The purpose of using geotextile tubes in dredging projects is to efficiently contain and dewater the sediment that is being dredged from bodies of water. The tubes provide a cost-effective and environmentally friendly solution by allowing the water to drain out while retaining the sediment, preventing it from spreading and causing pollution.
Q: How can geopipes be used in underground water supply systems?
Geopipes can be used in underground water supply systems to effectively transport and distribute water from the source to the desired locations. These pipes, made of durable and corrosion-resistant materials, provide a reliable means of conveying water underground, ensuring minimal leakage or loss. Geopipes also have the advantage of being flexible, allowing for easy installation and adaptability to various terrains. Additionally, the use of geopipes helps in preventing contamination of the water supply, as they can be buried deeper underground, away from potential pollutants. Overall, geopipes play a crucial role in establishing efficient and sustainable underground water supply systems.
Q: Are there any earthwork products specifically designed for airport construction?
Yes, there are earthwork products specifically designed for airport construction. These products include geotextiles, geogrids, and geomembranes that are used for soil stabilization, erosion control, and drainage management during airport construction. These materials play a crucial role in ensuring the stability and longevity of airport infrastructure.
Q: How do erosion control blankets help in earthwork applications?
Erosion control blankets help in earthwork applications by providing a protective layer that prevents soil erosion and promotes revegetation. These blankets, made of biodegradable materials, are placed on slopes and disturbed areas to stabilize the soil, reduce water runoff, and retain moisture. They act as a barrier, preventing soil particles from being washed away by rainfall or wind, and allowing vegetation to establish and grow. Overall, erosion control blankets play a crucial role in minimizing erosion and maintaining the integrity of earthwork projects.
Q: What are the different types of geocell installation methods?
There are primarily three types of geocell installation methods: direct placement, anchor method, and strap method. In direct placement, the geocells are placed directly on the prepared ground surface and then filled with soil or aggregate. The anchor method involves securing the geocells to the ground using anchors or stakes. Lastly, the strap method involves using straps or connectors to secure adjacent geocells together. These installation methods offer flexibility and stability in various soil stabilization and erosion control applications.

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