• Breathing problems: dusts can cause breathing problems, including asthma, bronchitis and other lung diseases. 

• Decreasing air quality: Due to the presence of dust, air quality and pollution are reduced. 

• Eye diseases: It can cause eye irritation and problems such as redness, itching and inflammation. 

• Impacts of SST on agriculture: The storms can damage the soil and plants and reduce the yield. Also, dust can settle on the leaves and inhibit photosynthesis. 

• Impact on the ecosystem: landfills can affect natural habitats and have a negative impact on wildlife and biodiversity. 

•  Economic effects: dust can cause a decrease in agricultural productivity, increase health costs and endanger the tourism industry. 

• Impact on transportation: The presence of dust can lead to reduced visibility and increased road and air hazards. 

• Impact on climate change: dust can affect climate change and may play a role in the process of climate change.

• Speeding up the construction of access roads in rural and remote areas. 

• Harmony of nature and non-disruption of elements, natural areas are untouched. 

• According to the level of access and the amount of use, the long life of the road can be determined and the costs can be saved. 

• Usually lighter than traditional materials such as concrete and asphalt. This feature can help reduce the load on existing infrastructure 

• Resistance to heat and cold: High resistance to changes in temperature, if possible, will help reduce cracking and damage in changing weather conditions.

• Control soil erosion: SST can help reduce soil erosion caused by rain and wind. By using SST, the subsoil is more stable, thus the quality of the road protected. 

• Lightweight: Polymer-based materials generally have less weight, so they can be installed and moved more easily, and will put less pressure on the infrastructure. 

• Reduction of weed growth: With the introduction of a layer of mulch, weed growth will be reduced. According to this order, reducing the need to use herbicides will help protect the environment. 

• Lower absorption temperature SST: It can act as an insulator and adjust the soil temperature. This feature will help reduce temperature in hot seasons and prevent frostbite in cold seasons. 

• The possibility of creative design: the possibility of designing will have different shapes and colors, if it is possible, the invention of sidewalks will be more beautiful and attractive, and the surfaces used will be more diversity. 

• Improved safety: some polymers can have anti-slip properties, if this order can increase the safety of users, especially in rainy conditions. 

• UV resistance: Some polymers are resistant to ultraviolet rays (UV), which can prevent the color and texture of the pavement from further damage from the sun. 

• Less noise pollution: Some polymer materials can help absorb sound, if it can help reduce noise pollution in urban areas for pedestrians and residents. 

• The use of SST can help create more sustainable, environmentally friendly and user-friendly urban environments in the construction of sidewalks. 

• Resistance to weather conditions: This formulation usually has high resistance to water, moisture, UV and harsh weather conditions. This feature can reduce damage caused by severe weather conditions and help historical monuments. 

• Considering that this substance has the ability to mix with other chemicals, it can be combined with anti-growth microorganisms, fungi, algae and weeds that will cause damage to historic stone and clay monuments. Prevents further wear and tear over the years. 

• Simple and easy installation: This formulation is usually lighter than traditional materials, and this order can be easily implemented and assembled in historical sites. 

• Support for construction and reconstruction: SST can be used in the reconstruction of damaged parts of historical monuments. Considering that different colors can be produced, this technology can help the reconstruction to be more accurate and consistent with the appearance of the original effect. 

• Resistance to chemicals: Considering the resistance of this substance to chemicals, this feature can help protect historical monuments against environmental pollution 

• Reduction of water absorption: Water is one of the most destructive factors of historical structures, considering that this formulation creates a layered surface and waterproof structure on the surface, it can prevent the penetration of water into the original structure of historical monuments. Prevent them from destructive. 

• High cost-benefit ratio: The use of SST for the preservation of historical monuments can lead to a reduction in long-term maintenance and repair costs. 

• Non-invasive: This method is completely non-invasive, it will import original historical artifacts with minimal damage to the structure and appearance. 

• Reducing the friction of stones and sand: It can reduce the friction and movement of solid materials on the sides of the road, and this arrangement will increase the life of the road. 

• Ease of cleaning and maintenance: After using this formulation in the preservation of historical artifacts, the need for maintenance will be less compared to other materials, and it will be clearly visible. 

• The use of SST in the protection of historical monuments can help preserve this valuable cultural heritage and prevent their destruction against various factors. 

Advantages: 

• Environmentally friendly  

• Road vision 

• Longer lasting roads 

• Easy care  

• Water resistant 

• Simple, easy, and fast application 

• Long term cost effectiveness  

• Low cost