The Geomat slope protection technology seamlessly merges the advantages of geotechnical mesh with vegetation for rock and high, steep slope protection. Case studies demonstrate that three-dimensional vegetation net slope protection significantly enhances slope stability and offers exceptional protection efficiency, making it an ideal choice for various terrains.
This cutting-edge slope protection technology employs active plants and geosynthetic materials to establish a self-sustaining protection system on slopes. By considering slope topography, soil quality, and regional climate, a layer of geosynthetic materials is applied, followed by the strategic planting of various plants. Through natural growth processes, plant roots reinforce the slope, while stems and leaves prevent erosion, creating a synergistic system of root reinforcement and surface protection.
Post-treatment with ecological slope protection technology results in dense vegetation cover and intertwined root systems within the topsoil. This dense root network effectively mitigates storm runoff erosion, enhances soil shear strength, and reduces pore water pressure and soil self-weight, markedly improving slope stability and anti-erosion capacity.
Three-dimensional vegetation network slope protection technology not only drastically improves both overall and localized slope stability but also promotes the flourishing of slope vegetation. This cost-effective approach aligns with the progressive trends in slope engineering and holds significant value for soil and water conservation efforts in China, ensuring both environmental sustainability and economic feasibility.
The anti-erosion effect of vegetation is realized through its three main components:
First, the growth layer of plants (including perianth, leaf sheath, leaf and stem) acts as a natural shield, preventing direct erosion of the slope's surface soil by rain. This dense coverage significantly reduces the erosion capacity and surface runoff speed of stormwater, thereby effectively mitigating soil loss.
Second, the detritus layer (comprising the interface between leaf litter and rhizomes) offers a protective barrier for the surface soil on the slope, safeguarding it against erosion.
Third, the root layer reinforces and anchors the surface soil on the slope, providing crucial mechanical stability.
Under normal circumstances, during the early stages of plant growth, the roots formed by individual plants are loosely entangled without a comprehensive root system, making them prone to separating from the soil layer and failing to provide adequate protection.
The application of a three-dimensional network enhances the efficacy of these three protective aspects, achieving more thorough shallow protection. Firstly, it amplifies protective performance and mechanical stability within a defined thickness. Secondly, the presence of the three-dimensional mesh integrates the extensive root system with the mesh, forming a plate structure that reinforces the slope’s surface soil. This integration increases the tensile and shear strength of the protective layer, limiting the 'gradual failure' caused by erosion, which can otherwise lead to significant damage over time.
The expansion of this phenomenon will ultimately limit the occurrence of shallow surface slides and uplift on the slope.
Our advanced geotechnical mesh mat slope protection technology seamlessly integrates the best attributes of geotechnical mesh and plant slope protection to offer a superior composite slope protection solution. When the vegetation coverage on the slope exceeds 30%, it effectively withstands light rain erosion. With a coverage rate exceeding 80%, it can resist heavy rain erosion. As the vegetation flourishes, the runoff flow rate resistant to erosion escalates to a remarkable 6m/s, over double the resistance of ordinary turf. Additionally, the geotechnical mesh significantly curtails water evaporation from slope soil while enhancing infiltration. The black polyethylene material of the geomesh not only absorbs and retains heat but also facilitates seed germination, promoting robust plant growth.
Swift Protection Solution
(1) When construction periods conflict with vegetation cultivation periods, or when the project faces imminent rainstorm seasons post-completion, adopting 'reinforced turf' offers a rapid and effective protective measure. 'Reinforced turf' employs three-dimensional vegetation nets to pre-cultivate turf in nearby lawns or open areas. Once established, this turf can be rolled up entirely or in sections and then laid onto the slope requiring protection, ensuring comprehensive anti-erosion vegetation coverage upon project completion.
(2) In arid regions where controlling soil erosion is challenging, soil coagulants can be used in conjunction with specially treated grass seeds. By mixing these seeds with soil coagulants and spraying them onto the soil (alternatively, grass seeds can be sown first followed by the application of soil coagulants), the risk of seed and soil displacement due to wind and rain is minimized. Soil coagulants also reduce water evaporation, ensuring a consistent water supply to the grass seeds, which significantly enhances their survival rate and ensures robust growth.
Our 3D Geomat Erosion Control Mat is a highly effective alternative to traditional materials like concrete, asphalt, and stone. It is specifically designed for use in road, railway, channel, dam, and various other slope protection projects.
1. Slope Treatment Begin by thoroughly cleaning the slope, removing all gravels and debris. Fill any pot holes, compact, and smooth the surface to achieve a perfectly flat and even slope.
2. 3D Geomat Pavement
1) Carefully unroll the 3D geomat along the slope, starting from the top and moving downward. Ensure the geomat conforms seamlessly to the slope's surface.
2) Allow an additional 40-80 cm of geomat at the top of the slope. Bury this extra length in soil and compact it for added stability.
3) Secure the geomat firmly using fastening nails or U staples.
4) Once the geomat installation is complete, evenly distribute soil over the entire surface, ensuring a minimum soil thickness of 12 mm. Mix the fertilizer, auxin, and cement evenly in proportional amounts and sprinkle this blend uniformly over the soil surface.
3. Spray-Seeding
After soil backfilling, proceed with hydraulic spray seeding. Thoroughly mix and stir grass seeds with adhesives, fertilizers, auxins, moisture agents, and water in the correct proportions. Use a hydraulic spray machine to evenly distribute the mixture across the slope.
Introduction to Shandong Tianren New Material Co., LTD
Shandong Tianren New Materials Co., Ltd. is a pioneering high-tech company excelling in the production of advanced composite geomaterials. We seamlessly integrate scientific research, anti-seepage design, technical consultancy, and construction services. Strategically located in Lingcheng District, Dezhou City, Shandong Province, on Tengda Road No. 10, we stand as one of China's leading geomaterial manufacturers. Our prime location offers excellent transport accessibility, ensuring our products reach every corner of the country. Our versatile products are indispensable in sectors like water conservation, infrastructure development including roads, railways, and bridges, environmental protection, agriculture, mining, and even aviation.
Our Abilities:
Our company stands out as a comprehensive geosynthetics powerhouse, merging production, R&D, anti-seepage design, technical consulting, and construction services. We own and collaborate with cutting-edge factories, guaranteeing competitive pricing and superior quality.
Each product adheres to stringent national quality standards, rigorously tested and approved by both national and provincial technical supervision departments, ensuring full compliance with national norms.
International Partnerships:
Our geosynthetics and other premium products enjoy a global market reach, with exports spanning Southeast Asia, Europe, and the Americas. We take pride in our exceptional quality and service, earning us a robust international client base.
Industry Certification:
Quality is the cornerstone of our operations. Our primary equipment is sourced from technological leaders in Germany, Italy, and the UK, ensuring our products meet both national and international standards. Our advanced testing instruments guarantee meticulous quality control.
We adhere to a 'user-centered, quality-driven' philosophy, relentlessly enhancing our competitiveness and striving to establish the 'Tianren' brand as a symbol of excellence. We are dedicated to providing premium products and services, staying ahead of market trends. For any inquiries or potential partnerships, please contact us. We welcome new collaborations worldwide.
After-Sales Service:
1. We conduct regular or on-demand quality testing through nationally accredited agencies.
2. We adhere to ISO9001-2008 standards, ensuring robust production, quality testing, and measurement processes to maintain impeccable product quality.
3. In the event of delays or construction issues due to quality problems (excluding those caused by customer negligence or uncontrollable natural disasters), we offer replacement and maintenance services.
4. We guarantee a response to any customer feedback regarding quality issues within 24 hours.
1. Payment Terms: Secure your order effortlessly with LC at sight or opt for TT payment terms: 30% T/T deposit with the remaining 70% T/T due upon the copy of B/L.
2. Delivery Time: Our delivery schedule is flexible to accommodate your order quantity and available stock, ensuring timely arrival.
3. Shipping Port: We ship from Qingdao or any customized port as per your convenience, ensuring maximum flexibility.
4. Tracking Number: Stay updated—tracking details will be promptly sent to you once your goods are dispatched.
5. Discounts: Enjoy significant savings with negotiable discounts available for large orders.
6. Packaging: Choose between Nude Packing or customized packaging as per your requirements.
Audited Supplier 
){kind=link}