Our advanced Geotechnical Mesh Mat Slope Protection technology adeptly addresses the challenges of rock slope stabilization and steep slope protection. By integrating the benefits of geotechnical mesh and vegetation slope protection, we provide exceptional slope stability. Real-world applications demonstrate that the three-dimensional vegetation net significantly enhances slope stability, delivering outstanding protective results.
Geotechnical Mat Slope Protection represents a pioneering approach that combines active plant growth with engineering materials like geosynthetics to develop a self-sustaining protective system on slopes. Considering the slope's topography, soil quality, and regional climate, we apply a layer of geosynthetic materials and strategically plant a variety of flora. This method ensures root reinforcement and erosion resistance through natural plant growth, dramatically fortifying the slope.
Following the application of ecological slope protection technology, the slope surface develops a dense vegetation cover with intertwined roots in the topsoil layer. This intricate root system effectively curbs storm runoff erosion, enhances soil shear strength, and reduces pore water pressure and soil's self-weight. Consequently, the slope's stability and anti-erosion capabilities are significantly enhanced, providing sustainable protection.
The Three-Dimensional Vegetation Network Slope Protection technology not only dramatically boosts the overall and localized stability of slopes but also promotes healthy vegetation growth. This cost-effective solution aligns with modern slope engineering development trends and holds considerable promise for soil and water conservation initiatives across China, ensuring both economic and environmental benefits.
The anti-erosion effect of vegetation is realized through its three main components:
First, the growth layer of plants—comprising the perianth, leaf sheath, leaf, and stem—prevents the surface soil of slopes from being directly eroded by rain. This dense plant coverage reduces the erosion capability and surface runoff speed of stormwater, thereby minimizing soil loss.
Second, the detritus layer, which includes the interface between leaf litter and rhizomes, forms a protective barrier for the slope's surface soil.
The third critical component is the root layer. This layer reinforces and anchors the surface soil on slopes, providing essential mechanical stability.
Under typical conditions, during the early growth stages of plants, the roots of individual plants are loosely entangled and lack an extensive root system. Therefore, they can easily separate from the soil layer and fail to provide adequate protection.
The implementation of a three-dimensional network enhances the effectiveness of these three protective aspects, achieving comprehensive shallow protection. Firstly, it increases the protective performance and mechanical stability within a specific thickness range. Secondly, the three-dimensional mesh interconnects with the plants' extensive root systems, forming a cohesive plate structure. This structure acts as reinforcement for the slope's surface soil, thereby increasing the tensile and shear strength of the protective layer and mitigating the 'gradual failure' caused by erosion, which can otherwise damage individual plants over time.
This interconnected mesh system ultimately limits the occurrence of shallow surface slides and uplifts on the slope, ensuring robust erosion control and grass cover solutions.
Geotechnical mesh mat slope protection technology synthesizes the advantages of geotechnical mesh and plant slope protection, offering superior composite slope protection. With a vegetation coverage rate of over 30%, the slopes can endure light rain erosion, and with over 80% coverage, they can withstand heavy rain erosion. Lush plant growth allows the slope to resist runoff flow rates up to 6m/s, more than twice that of standard turf. The geotechnical mesh effectively reduces water evaporation from slope soil and increases infiltration. Additionally, black polyethylene geomesh material enhances heat absorption and preservation, promoting seed germination and fostering robust plant growth.
Rapid Protection Measures
(1) When construction schedules and vegetation cultivation periods clash, especially if the project enters the storm season post-completion, 'reinforced turf' can rapidly protect the project. This method ensures comprehensive anti-erosion vegetation coverage upon completion. 'Reinforced turf' employs three-dimensional vegetation nets to pre-plant turf in a controlled lawn or nearby open space, which can be rolled up and laid on the slope to be protected once it is formed.
(2) In arid regions where control is challenging, soil coagulants paired with suitable, specially treated grass seeds can be used. The grass seeds, mixed with soil coagulants, are sprayed onto the soil (alternatively, grass seeds can be sown first, followed by soil coagulation). Post-coagulant treatment ensures grass seeds and soil remain intact despite wind and rain, while the coagulant decreases soil water evaporation. This treatment guarantees a steady water supply to the grass seeds, significantly enhancing their survival rate.
An innovative alternative to conventional concrete, asphalt, and stone materials, our geomat is primarily utilized for protecting slopes in various infrastructure projects like roads, railways, channels, and dams.
1. Slope Treatment Begin by cleaning up gravels and debris from the slope. Fill any pot holes, then compact and flatten the surface to ensure a smooth and even slope.
2. 3D Geomat Pavement
1) Unroll the 3D geomat along the slope from top to bottom, ensuring it conforms perfectly to the slope's contours.
2) Include an additional 40-80 cm of geomat at the top of the slope. Bury this extra length in the soil and compact it for stability.
3) Secure the 3D geomat firmly using fastening nails or U staples.
4) Once the geomat is in place, evenly distribute soil over it, ensuring a minimum thickness of 12 mm. Mix fertilizer, auxin, and cement in the proper proportions and sprinkle this mixture on the surface.
3. Spray-Seeding
Upon completing the soil backfill, proceed with hydraulic spray seeding. Combine grass seeds with adhesive, fertilizer, auxin, moisture agent, and water in the right proportions, then use a hydraulic spray machine to apply the mixture evenly across the slope.
Introduction to Shandong Tianren New Materials Co., Ltd.
Shandong Tianren New Materials Co., Ltd. is a pioneering high-tech enterprise specializing in the production and manufacturing of advanced composite geomaterials. Our comprehensive range of services includes scientific research and development, anti-seepage design, technical consulting, and construction services. Strategically located at No. 10, Tengda Road, Lingcheng District, Dezhou City, Shandong Province, we are one of the largest geomaterials manufacturers in China. Our prime geographical location ensures seamless transportation, enabling us to distribute our cutting-edge products nationwide. Our geomaterials find extensive applications in water conservancy, road, railway, bridge, tunnel, environmental protection, aviation, agriculture, mining, and many more sectors.
Our Abilities:
As a comprehensive trading company, we excel in the production and manufacturing of innovative composite geosynthetics. Our capabilities extend to research and development, anti-seepage design, technical consulting, and construction services. Equipped with our own factories and partnerships with cooperative factories, we offer competitive prices without compromising on quality.
All our products comply with national quality system requirements, undergoing rigorous sampling and acceptance by national and provincial technical supervision departments. They meet all national standards, ensuring top-notch quality.
International Partnerships:
We proudly export a wide range of geosynthetics and related products across the globe. Known for our exceptional quality and service, our products are trusted by clients in Southeast Asia, Europe, America, and beyond.
Industry Certification:
Quality is our cornerstone. Our main equipment is sourced from Germany, Italy, and the UK, incorporating state-of-the-art technology and superior machinery. Our products adhere to both national and international standards, backed by sophisticated testing instruments and comprehensive testing methodologies.
Guided by our principle of 'user-centered, quality-oriented survival,' we continuously enhance our competitive edge and strive to establish the 'Tianren' brand as a hallmark of excellence. We are dedicated to providing top-tier products and services that resonate with current trends. For partnerships or inquiries about our geosynthetics, please get in touch. We welcome collaborations with businesses worldwide.
After-Sales Service:
1. We periodically or upon request, entrust national testing agencies for quality verification.
2. We meticulously monitor and manage the entire process of production, quality testing, and measurement in strict adherence to ISO9001-2008 international quality system standards to ensure superior product quality.
3. Should there be any construction delays or quality issues (excluding those caused by client negligence or uncontrollable natural disasters), we offer prompt replacement and maintenance services.
4. We guarantee a response to customer feedback on quality issues within 24 hours.
1. Payment Terms: We accept LC at sight or TT payment terms with a 30% T/T deposit and the remaining 70% T/T payment upon presentation of the copy of B/L.
2. Delivery Time: Delivery schedules will be determined based on the order quantity and existing stock, ensuring timely and efficient service.
3. Shipping Port: Goods will be shipped from Qingdao or a port specified by the buyer, tailored to meet your logistical preferences.
4. Tracking Information: A tracking number will be provided as soon as the goods are dispatched, keeping you updated on the shipment's progress.
5. Volume Discounts: We offer negotiable discounts for bulk orders, providing cost-effective solutions for large-scale projects.
6. Packaging: Items can be shipped in nude packing or as per buyer's specifications, ensuring safe and secure delivery.
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