• 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:How are geogrids used for soil stabilization in embankment construction?
Geogrids are used for soil stabilization in embankment construction by reinforcing and strengthening the soil structure. They are typically placed within the soil layers to provide additional tensile strength, preventing soil erosion and slope failure. The geogrids act as a barrier to lateral movement, distributing loads more evenly and increasing the overall stability of the embankment.
Q:What is the purpose of using geotextile bags in erosion control structures?
The purpose of using geotextile bags in erosion control structures is to provide stabilization and protection against erosion by trapping sediment and promoting vegetation growth, ultimately preventing soil erosion and maintaining the integrity of the surrounding landscape.
Q:What are the safety considerations when using earthwork products?
Some safety considerations when using earthwork products include wearing appropriate personal protective equipment (PPE) such as gloves, safety glasses, and sturdy footwear to protect against potential hazards like sharp edges or falling debris. It is important to follow proper lifting techniques to prevent back injuries, as some earthwork products can be heavy. Additionally, one should be cautious of working near unstable or unsupported soil, as it can lead to collapse or cave-ins. Regular inspections of the equipment and tools used for earthwork should also be conducted to ensure they are in good working condition, minimizing the risk of accidents.
Q:How do geotextile tubes work in dewatering and shoreline protection projects?
Geotextile tubes are used in dewatering and shoreline protection projects by acting as containment structures. These tubes are filled with sediment-laden water or sludge and allow the water to gradually drain out through the geotextile fabric, leaving behind dewatered solids. This dewatering process helps to reduce the volume and weight of the material while also increasing the stability of the shoreline. The geotextile fabric used in these tubes acts as a filter, allowing water to pass through while retaining the solid particles. Additionally, the tubes can be stacked and placed strategically to create a barrier for shoreline protection, preventing erosion and maintaining the integrity of the shoreline.
Q:How do geosynthetic meshes help in soil separation?
Geosynthetic meshes help in soil separation by creating a barrier that prevents the mixing and intermingling of different soil layers. They act as a separator, allowing for the distinct and independent behavior of each layer, preventing soil erosion and improving overall stability.
Q:What are the benefits of using geotextile tubes in environmental dredging?
Geotextile tubes offer several benefits in environmental dredging. Firstly, they provide efficient dewatering capabilities, allowing for the separation of solids from water, which reduces the volume of waste to be disposed of. Secondly, they are cost-effective compared to traditional methods, as they require less equipment and labor. Additionally, geotextile tubes offer environmental advantages by minimizing the spread of contaminants, preventing erosion, and promoting habitat restoration. Overall, their use in environmental dredging helps in achieving more sustainable and environmentally friendly outcomes.
Q:What are the seismic performance properties of earthwork products?
The seismic performance properties of earthwork products refer to their ability to withstand and resist the effects of seismic activity, such as earthquakes. These properties include factors such as the material's strength, stiffness, durability, and resistance to shaking and ground movement. Earthwork products with good seismic performance properties are designed and engineered to minimize damage and ensure the safety and stability of structures during seismic events.
Q:What are the basic properties of civil engineering materials?
In engineering practice, the selection, use, analysis and evaluation of materials is usually based on its nature. The nature of civil engineering materials can be divided into two parts: the basic nature and the special nature.
Q:Are earthwork products resistant to color fading?
Yes, earthwork products are generally resistant to color fading due to their natural composition and ability to withstand exposure to sunlight and other environmental factors.
Q:Are earthwork products resistant to chemicals and pollutants?
Yes, earthwork products, such as geotextiles and geomembranes, are designed to be resistant to chemicals and pollutants. They are made from materials that have high chemical resistance and are capable of withstanding exposure to various chemicals and pollutants without degradation or damage. This resistance ensures their durability and effectiveness in preventing environmental contamination and maintaining the integrity of earthwork structures.

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