solutions

1. Customer Background Company Overview: SECURE MATRIX  Company, based in Mumbai, India, is a leading water management and environmental engineering firm. With years of experience in water conservation, soil erosion control, and ecological restoration, SECURE MATRIX  Company has established itself as a key player in the Indian market and beyond, providing innovative solutions for both domestic and international clients. Project Background: In response to the frequent flooding in a region in India, SECURE MATRIX  Company was tasked with strengthening local river embankments and preventing soil erosion. The area’s fragile soil and extreme climate posed significant challenges for traditional protective measures. Therefore, they sought an environmentally friendly, durable, and cost-effective solution. 2. Customer Needs and Challenges Project Challenges: The region where the project was located faced seasonal floods with strong water currents that severely undermined the stability of the embankments. Traditional protection methods, such as concrete barriers and plastic nets, were inadequate in the harsh climatic conditions (high humidity and saline soil), and could not provide long-term effectiveness. They needed a corrosion-resistant, eco-friendly solution that could endure extreme weather and integrate seamlessly with the local environment. Customer Needs: They requested a solution that would not only reinforce the river embankments but also restore and protect the surrounding ecosystem, ensuring long-term environmental sustainability. 3. Our Solution Customized Gabion Mesh: After analyzing the specific needs of the project, we provided  with a customized gabion mesh solution. Our gabion meshes are made from high-quality galvanized steel wire with PVC coating, ensuring exceptional corrosion resistance, even in high-moisture, saline environments. Additionally, the mesh structure facilitates plant growth, creating a green protective barrier that enhances ecological restoration. Implementation Plan: We designed a detailed plan to ensure the smooth installation of the gabion mesh. The solution was tailored to the region’s specific terrain and climate conditions. Our technical team also provided comprehensive installation guidelines and support to ensure immediate usability upon delivery. 4. Project Implementation Project Execution: Once the project began, we coordinated timely delivery of the gabion mesh equipment to India. Our team also sent technical experts to the site to assist with installation and ensure the project proceeded without delays. Training & Technical Support: In addition to on-site guidance, we provided training to the local installation teams, ensuring they could efficiently operate and maintain the gabion mesh system. 5. Results and Impact Project Results: After the gabion mesh was installed, the river embankments were significantly reinforced, and the soil erosion problem was greatly reduced. During the flood season, the embankments remained stable, and the gabion mesh system provided superior flood protection. The plants growing inside the gabions gradually formed a natural barrier, improving the overall environmental quality of the area. Customer Feedback: “‘The gabion mesh solution provided by your company not only addressed the technical challenges we faced, but it also allowed us to protect the environment while preventing soil erosion. The durability and eco-friendliness of the solution exceeded our expectations.’ — Project Manager, SECURE MATRIX Company” 6. Conclusion and Future Collaboration Long-Term Partnership: SECURE MATRIX expressed great satisfaction with the performance of our gabion mesh system. They plan to use our products in future environmental protection projects and look forward to further collaboration. We also aim to expand our partnership with ABC Environmental Company on similar projects, contributing to water management and environmental conservation in the region.

Background GEOSYS is a leading provider of geotechnical and slope protection solutions in northern Thailand. They focus on eco-friendly soil retention, hillside stabilization, and infrastructure reinforcement, particularly in mountainous and high-rainfall zones. Project Scope The client was responsible for a highway slope protection project near Chiang Mai, which required a sustainable, green engineering solution. The goal was to prevent erosion while supporting native vegetation growth along steep road embankments.  Client Needs & Challenges Challenges: Complex terrain, limited working space, and heavy rainfall called for durable, flexible materials that could be deployed quickly and support ecological restoration. Requirements: Strong, corrosion-resistant gabion mesh that could retain soil while allowing plant root penetration. GEOSYS also needed automated mesh production equipment to manage costs and delivery timelines efficiently.  Our Solution Gabion Mesh Equipment Delivery: We provided a fully automated production line featuring wire feeding, cutting, weaving, and rolling—supporting variable mesh sizes and wire gauges, adapted to Thailand’s 380V power system. Eco-Compatible Design Support: We recommended open-structured double-twisted mesh cages to allow sediment capture and root integration, in alignment with GEOSYS’s green engineering goals.  Iplementation Technical Customization: Our teams worked closely to finalize mesh specs, wire types, and a trilingual interface (Thai, English, Chinese). The equipment was successfully installed at their processing site under remote guidance. Training & Support: Comprehensive training materials, video tutorials, and a dedicated support channel were provided to ensure smooth operation and efficient long-term use. Results & Client Feedback Outcomes: GEOSYS achieved localized, rapid production of gabion mesh for multiple slope projects. Vegetation restoration was effective, and the project was awarded a regional green engineering prize. Client Feedback: “The machine performs flawlessly with excellent mesh accuracy. It has significantly improved our efficiency and execution in eco-slope projects.” — Technical Director, GEOSYS CO., LTD Future Collaboration Encouraged by the success, GEOSYS plans to expand with a second production site in southern Thailand and explore PVC-coated mesh lines for flood-prone mountain zones. We will continue to support their expansion across Thailand and the ASEAN region.

1. Customer Background Company Overview: PT. BEVANANDA Indonesia, based in Jakarta, is a prominent environmental engineering firm specializing in sustainable water management and soil conservation projects across Indonesia. With a strong presence in the Southeast Asian market, they focuses on providing environmentally friendly and cost-effective solutions for erosion control, flood prevention, and habitat restoration. Project Background: PT. BEVANANDA was awarded a major project to address severe coastal erosion on the island of Sumatra. The local community was facing significant damage to its coastal ecosystem due to rising sea levels and heavy rainfall. The company was tasked with implementing a long-term solution to protect the shoreline, reduce soil erosion, and restore the coastal ecosystem. 2. Customer Needs and Challenges Project Challenges: The region was experiencing increasingly frequent storms and tidal surges, which led to rapid erosion of the coastal embankments. Local soil was highly susceptible to erosion, and existing methods like concrete barriers were failing to provide long-term stability. PT GreenTech needed an affordable, durable, and eco-friendly solution that would not only protect the coastline but also restore the area’s ecological balance. Customer Needs: they required a solution that could be easily adapted to the local terrain, withstand extreme weather conditions, and promote the growth of native vegetation to further stabilize the embankments. 3. Our Solution Customized Gabion Mesh for Coastal Protection: After assessing the site’s unique needs, we provided  with a tailored gabion mesh solution designed specifically for coastal erosion control. The gabion mesh was made from high-quality galvanized steel with a PVC coating for enhanced corrosion resistance, essential for withstanding the harsh marine environment. Additionally, the open structure of the gabions allows for sedimentation and plant growth, further enhancing the natural stability of the shoreline. Site-Specific Design: We designed the gabion mesh systems to fit the topography of the coastline and the local tidal patterns, ensuring that they would effectively absorb the impact of storm surges and tidal forces. 4. Project Implementation Project Rollout: The project was executed in phases, with the gabion mesh delivered in batches to meet the timeline. Our team worked closely with PT GreenTech’s local contractors, providing on-site technical support during the installation process. Technical Support and Training: In addition to direct installation assistance, we conducted training sessions for the local workforce to ensure they understood the best practices for installing and maintaining the gabion mesh system. Our support ensured that the project was completed on schedule and that the local team could independently manage future maintenance. 5. Results and Impact Project Outcomes: The gabion mesh systems significantly reduced the coastal erosion rate. The natural filtration provided by the mesh allowed native vegetation to take root, stabilizing the soil and improving the local habitat. After completion, the coastline showed a marked improvement in environmental stability, and the local community expressed satisfaction with the long-term effectiveness of the solution. Customer Feedback: “'We were impressed by the durability and functionality of the gabion mesh solution. Not only did it provide the necessary protection against erosion, but it also helped restore the natural habitat along the coastline. The support provided by your team was invaluable in ensuring the project’s success.' — Project Manager, PT. BEVANANDA Indonesia” 6. Conclusion and Future Collaboration Continued Partnership: PT. BEVANANDA Indonesia expressed a strong interest in continuing their partnership with us for future coastal protection projects. Based on the success of this project, they are considering using our gabion mesh systems in other erosion control and riverbank stabilization projects throughout Indonesia. Looking Ahead: We look forward to further collaborations with PT GreenTech Indonesia to address environmental challenges across Southeast Asia, continuing to provide innovative solutions for sustainable coastal management and ecological restoration.

  Background T&R Gabion Thailand is a well-established gabion mesh manufacturer and installation service provider in Thailand, known for delivering high-quality solutions for slope protection, road safety, and riverbank stabilization. With the country's infrastructure projects expanding in mountainous regions, T&R aimed to modernize its production to meet increasing demand.  Project Scope Faced with multiple ongoing slope stabilization projects in northern Thailand, the client needed to enhance production speed and product quality. Their previous semi-automated systems were insufficient to meet the tight project deadlines and growing volume requirements.  Client Needs & Challenges Challenges: Remote mountainous location made transportation and installation complex. Tight deadlines required highly efficient and reliable equipment with quick deployment. Key Requirements: A fully automated gabion mesh production line capable of multiple specifications, user-friendly controls, reliable performance, and compatibility with Thailand’s 380V power standard. Localized technical support was also crucial. Our Solution Tailored Equipment Delivery: We provided a customized high-speed production line integrating automatic feeding, cutting, and mesh forming functions—adapted to Thai industrial voltage. High Efficiency & Versatility: The equipment supports rapid switching between wire diameters and mesh sizes, with fault detection and alert systems that allow for flexible operation across different projects.  Implementation Logistics & Installation: The machine was delivered in modular form to ease transportation. Our engineers provided detailed video guidance to assist the client’s team with installation and commissioning. Training & Ongoing Support: Comprehensive manuals, training videos, and remote Q&A support were provided to ensure seamless operation and maintenance by T&R’s in-house team. Results & Client Feedback Results: After deployment, production output increased by 50%, material waste dropped by 30%, and the company was able to meet multiple concurrent project timelines efficiently. Feedback: “The equipment is reliable, efficient, and well-suited to our multi-project operations. The support team was always responsive—excellent experience overall.” — Operations Manager, T&R Gabion Thailand Future Collaboration Impressed by the equipment performance and professional support, T&R plans to purchase a second production line for its upcoming facility expansion. We look forward to deepening our cooperation and supporting Thailand’s infrastructure development with advanced gabion solutions.

1. Customer Background Company Overview: Algeria BANQUE ALBARAKA D, based in Algeria, is a leading environmental and water management engineering firm. The company specializes in providing innovative soil conservation, water management, and ecological restoration solutions. They has a strong presence in Algeria and surrounding regions, focusing on projects to combat desertification, soil erosion, and water conservation. Project Background: Algeria EcoTech was tasked with addressing the increasing erosion and instability of river embankments in northern Algeria due to severe flooding and soil erosion. The company aimed to provide a long-term solution to stabilize the embankments and prevent soil loss, thereby reducing the impact of natural disasters on local communities. 2. Customer Needs and Challenges Project Challenges: The northern regions of Algeria experience extreme weather conditions, with high summer temperatures and frequent rainfall during the winter. These conditions cause river currents to erode embankments, leading to significant soil loss and damage to infrastructure. Traditional protective measures, such as concrete and steel barriers, were failing to provide long-term stability. The client needed a solution that was cost-effective, durable, and could withstand the region's climate while promoting ecological recovery. Customer Needs: They requested a solution that would not only reinforce the embankments but also promote vegetation growth to further stabilize the soil and restore the local ecosystem. The solution needed to be adaptable to the local climate and environment. 3. Our Solution Customized Gabion Mesh System: Based on the project’s specific needs, we provided  with a tailored gabion mesh solution. The gabions were made from high-quality galvanized steel wire with PVC coating, ensuring corrosion resistance and durability, even in Algeria’s harsh climate. The open structure of the gabion mesh allowed for proper drainage and sediment retention, while also enabling plant growth to help stabilize the soil. Ecological Restoration Design: Our gabion mesh solution not only provided strong protection for the embankments but also contributed to the restoration of the local environment. By facilitating vegetation growth, the gabions helped prevent desertification and improved soil stability, supporting long-term ecological sustainability. 4. Project Implementation Project Rollout: The project was carried out in stages, with the gabion mesh delivered on time and installed according to the specific needs of the region. We worked closely with Algeria BANQUE ALBARAKA D’s local contractors, providing technical support and guidance during the installation process to ensure everything went smoothly. Technical Support and Training: We provided on-site training and detailed installation instructions to ensure that the local team could handle the installation process independently. Our support throughout the project ensured timely completion, and the local team was well-equipped to manage the maintenance and future use of the system. 5. Results and Impact Project Results: The gabion mesh systems significantly improved the stability of the embankments, reducing the erosion caused by water and storms. The plants growing within the gabions helped to stabilize the soil and restore the local ecosystem. As a result, the local community is now better protected during flood seasons, and the embankments are no longer prone to collapse or landslides. Customer Feedback: “'The gabion mesh solution provided by your company not only reinforced the embankments effectively but also contributed to ecological restoration. The durability and environmental friendliness of the solution fully met our needs. The success of this project has greatly increased our customer satisfaction.' — Project Manager, Algeria BANQUE ALBARAKA D” 6. Conclusion and Future Collaboration Long-Term Partnership: Algeria BANQUE ALBARAKA D has expressed great satisfaction with the gabion mesh solution and plans to use our products in future projects of similar nature. They are particularly interested in using our gabion systems for other soil conservation and water management projects in Algeria. Looking Ahead: As the demand for soil conservation and water management solutions grows in Algeria and North Africa, we look forward to continuing our collaboration with Algeria BANQUE ALBARAKA D and contributing to the region’s sustainable development and ecological protection.

  Background Eastern Wire is a leading metal wire product manufacturer in the Philippines, serving domestic construction and infrastructure projects. With growing demand for gabion mesh products, the company sought to expand its production capacity and modernize its equipment.  Project Scope To meet a coastal protection and slope stabilization project requirement, Eastern Wire needed an automated solution for producing large volumes of high-quality gabion mesh efficiently and consistently. Client Needs & Challenges Challenges: Existing machinery was outdated and relied heavily on manual labor, resulting in low efficiency and inconsistent output. Key Requirements: A high-efficiency, user-friendly gabion mesh machine capable of flexible specifications, compatible with local power systems and operational standards.  Our Solution Customized Equipment: Delivered a fully automated gabion production line with integrated wire feeding, cutting, and weaving functions. The system was adapted to the Philippine 220V/60Hz industrial voltage. Performance Upgrade: The machine supported multiple mesh sizes and offered smooth, continuous operation, significantly reducing manual errors and increasing output. Implementation Design & Delivery: Close coordination with the client’s team ensured accurate customization and timely delivery. The machine was up and running shortly after arrival. Training & Support: We provided video tutorials, manuals, and remote training sessions to assist Eastern Wire's staff in equipment installation, testing, and full-scale production launch. Results & Client Feedback Outcome: Daily output increased by over 40%, and the gabion mesh quality improved significantly. The client successfully delivered multiple contracts with enhanced reliability. Feedback: “This equipment has truly transformed our production line and laid the groundwork for future expansion.” — Equipment Manager, EASTERN WIRE  Future Collaboration Eastern Wire is highly satisfied with the performance and support provided, and plans are underway for acquiring a second line. We look forward to deepening our collaboration to serve the growing Southeast Asian market.

1. Customer Background Company Overview: GEOPROM LLC is a geophysical research and production enterprise based in Kyiv, Ukraine. Founded in 1997, it specializes in geological and geotechnical surveys, subsurface water exploration, seismic mapping, and infrastructure assessments, supporting both domestic and international projects . Project Background: GEOPROM required gabion mesh systems for a riverbank stabilization and erosion control project in western Ukraine. The project aimed to reinforce an embankment prone to seasonal flooding and slope instability, using a solution that offers both structural strength and ecological benefits. 2. Customer Needs and Challenges Project Challenges: The site was located in a region with variable hydrological conditions—intense rainfall during the melting season and flash floods causing rapid erosion. Traditional rigid barriers did not accommodate ground movement and discouraged vegetation growth. Customer Requirements: GEOPROM needed a durable, corrosion-resistant, and flexible solution that would stabilize embankments, manage water flow, and enable ecological restoration through vegetation growth. 3. Our Solution Customized Gabion Mesh Supply: We provided tailored gabion systems made from high-strength galvanized steel wire with protective coatings, designed to resist corrosion in wet environments and accommodate embankment contours. Eco-Compatible Design: Our open-structured gabions allowed sediment retention and plant root growth to further stabilize the slope and support habitat restoration—aligning with GEOPROM’s emphasis on sustainable geotechnical engineering. 4. Project Implementation Coordination & Delivery: We collaborated closely with GEOPROM throughout site assessment and design stages, aligning gabion dimensions and materials with local geology and hydrology. Systems arrived on schedule for smooth installation. Technical Support & Training: Our team provided on-site installation guidance, shared detailed assembly protocols, and helped train GEOPROM’s field engineers—ensuring long-term operability and ease of maintenance. 5. Results and Impact Project Outcomes: The gabion mesh significantly improved embankment stability, with reduced erosion during seasonal water flow. Vegetation established within the gabion cages, reinforcing soil structure and promoting ecological recovery. Customer Feedback: “The gabion structures delivered excellent performance—robust under flood conditions yet flexible enough to support plant growth and environmental integration. Your team’s on-site support made all the difference in achieving a successful outcome.” 6. Conclusion and Future Collaboration Long-Term Partnership: GEOPROM expressed strong satisfaction with the gabion mesh systems and expressed interest in using our solutions for future riverbank stabilization and geotechnical projects. Looking Ahead: As Ukraine continues investing in resilient infrastructure and ecological restoration, we anticipate ongoing collaboration with GEOPROM. Our joint efforts position us to deliver sustainable gabion-based solutions tailored to challenging local conditions.

1. Customer Background Company Overview: Siam Aquatech Engineering Co., Ltd., located in Phetchaburi, Thailand, specializes in the manufacture and trading of galvanized, aluminium‑zinc, and PVC coated products—such as gabions, mattresses, and soil reinforcement units. The company holds ISO 9001:2015 and ISO 14001:2015 certifications, emphasizing strict quality and environmental standards. Project Background: The client operates water management and environmental engineering projects in Thailand and Southeast Asia, often tackling soil erosion and embankment stabilization. For one recent riverbank reinforcement project, Siam Aquatech needed a highly durable and ecologically sound gabion mesh solution. 2. Customer Needs and Challenges Project Challenges: The project was located in a tropical climate zone with heavy seasonal rainfall, leading to strong river currents that erode banks and undermined embankment integrity. Traditional concrete and metal barriers were insufficient—they lacked flexibility, ecological benefits, and long-term resilience. Customer Requirements: Siam Aquatech required a gabion system that could withstand moisture and corrosion, maintain embankment stability during floods, and support ecological restoration through sediment retention and vegetation growth. 3. Our Solution Customized Gabion Mesh Supply: We supplied Siam Aquatech with custom-made gabion meshes, manufactured using galvanized steel wire coated with PVC or aluminium‑zinc alloys to ensure enhanced corrosion resistance and durability in high-moisture environments . The mesh structure also allowed for sediment accumulation and root development. Eco-Engineered Design: The system design facilitated vegetation growth by retaining soil and water, thereby promoting ecological restoration along the embankment. This dual-purpose approach ensured both structural protection and long-term environmental benefits. 4. Project Implementation Execution & Coordination: From initial site survey to final installation, we collaborated with Siam Aquatech, tailoring the gabion mesh configuration to local terrain and hydrological patterns. Equipment and materials were delivered on schedule, and the installation was completed effectively with joint coordination. Technical Support & Training: We provided on-site technical guidance and trained Siam Aquatech’s installation personnel on gabion assembly, maintenance procedures, and inspection protocols. This empowerment ensured future system longevity and independence. 5. Results and Impact Outcomes: Post-installation, the gabion mesh system significantly improved embankment stability and reduced erosion during flood events. As native vegetation began to grow within the gabion-filled sections, soil structure strengthened—leading to visible ecological restoration. The community in the project area gained increased protection and resilience against extreme weather. Client Feedback: “The gabion mesh system supplied not only endured our demanding climate but also supported vegetation growth, which helped restore stability to the riverbank. Its durability and eco-friendly features made it an ideal solution for our needs. Your team’s support was crucial to the project’s success.” — Project Manager, Siam Aquatech Engineering 6. Conclusion and Future Collaboration Long‑Term Partnership: Siam Aquatech has expressed high satisfaction with our gabion mesh solution and plans to use our products in their future embankment stabilization and soil conservation projects across Thailand and the broader Southeast Asia region. Looking Ahead: As demand for sustainable water management and erosion protection increases, we look forward to strengthening our partnership with Siam Aquatech and contributing to reliable infrastructure and ecological restoration in the region.

1. Customer Background Company Overview: Chin Herr Engineering Sdn. Bhd. is a well-known engineering firm based in Kuala Lumpur, Malaysia. The company specializes in civil engineering solutions, with a focus on water resource management, infrastructure development, and environmental protection. Chin Herr Engineering has significant expertise in the design and implementation of engineering projects across Malaysia and Southeast Asia. Project Background: In certain mountainous areas of Malaysia, the company was tasked with addressing erosion, slope instability, and flood risks near a river embankment. During the rainy season, the stability of the embankment was severely compromised, and frequent landslides and soil erosion were damaging infrastructure. Chin Herr required a solution to strengthen the embankment and protect it from these natural challenges. 2. Customer Needs and Challenges Project Challenges: Malaysia’s tropical climate, with heavy rainfall and humidity, accelerates soil erosion and undermines embankment stability. Traditional protective measures, such as concrete barriers, had failed to prevent water flow erosion, leading to frequent embankment failures. Chin Herr needed a solution that could withstand the impact of water flow while providing long-term protection and helping to restore the local ecosystem. Customer Needs: Chin Herr sought a solution that would not only reinforce the embankment but also promote vegetation growth and ecological restoration. The solution needed to be durable, cost-effective, and capable of performing under extreme weather conditions typical of the region. 3. Our Solution Customized Gabion Mesh System: In response to the client's needs, we provided a customized gabion mesh solution. The gabions were made from high-quality galvanized steel wire with PVC coating, ensuring exceptional corrosion resistance, which is essential for the humid and wet climate of Malaysia. The open structure of the gabion mesh allowed for proper drainage, sediment retention, and plant growth, helping to stabilize the embankment over time. Eco-Friendly Design: Our gabion mesh system not only provided structural protection but also contributed to ecological restoration. The mesh structure allowed for plant root systems to grow, improving soil stability and promoting long-term ecological health. This dual benefit of soil protection and environmental restoration was central to meeting the client’s needs. 4. Project Implementation Project Execution: We worked closely with Chin Herr Engineering from the design phase through to project execution. Detailed site assessments were conducted, and gabion mesh designs were tailored to the specific topography and environmental conditions of the embankment. Our team provided the necessary technical guidance and support during the installation process to ensure that the system was installed correctly and efficiently. Technical Support and Training: In addition to on-site installation assistance, we also provided training to the local team on the installation, maintenance, and inspection of the gabion mesh system. This training ensured that the team could maintain the systems in the future, further enhancing the longevity and effectiveness of the solution. 5. Results and Impact Project Outcomes: The gabion mesh system significantly improved the stability of the embankment, reducing the risk of erosion and landslides during the rainy season. The plants growing within the gabions helped to stabilize the soil and restore the local ecosystem. As a result, the embankment was better equipped to handle the pressures of flooding and soil erosion, significantly enhancing community safety during extreme weather events. Customer Feedback: “'The gabion mesh solution provided by your company exceeded our expectations. It not only reinforced the embankment but also helped us restore the surrounding ecosystem. The durability and environmental friendliness of the system are exceptional, and we are very satisfied with the results.' — Project Manager, Chin Herr Engineering" 6. Conclusion and Future Collaboration Long-Term Partnership: Chin Herr has expressed great satisfaction with the gabion mesh system and plans to incorporate this solution into future projects. They highlighted the gabion system's performance and eco-friendly features as key advantages for ongoing infrastructure projects. Looking Ahead: As Malaysia and Southeast Asia continue to face challenges related to erosion, flooding, and ecological restoration, Chin Herr Engineering plans to use our gabion mesh solutions in more of their projects. We look forward to continuing our partnership with Chin Herr to deliver sustainable engineering solutions that protect communities and the environment.

Background STE FEKIH is a long-standing metal fabrication enterprise in Tunisia, serving infrastructure, drainage, and slope reinforcement projects across North Africa. As demand for gabion-based erosion control and flood protection grows, the client aimed to establish an in-house gabion mesh production facility.  Project Scope To support upcoming public infrastructure projects—including slope protection in mountainous areas and flood management channels—STE FEKIH needed a high-efficiency production line for various mesh sizes and wire gauges.  Client Needs & Challenges Technical Challenges: First-time adoption of automated gabion mesh systems required compatibility with Tunisian standards, ease of use, and multi-spec production capacity. Business Requirements: A low-maintenance, high-speed machine capable of producing reliable, corrosion-resistant mesh for the growing construction demand in the region.  Our Solution Tailored Equipment Package: Delivered a fully customized gabion mesh weaving line with feeding, twisting, cutting, and rolling systems—compatible with Tunisian voltage and safety standards. Localized Configuration: French-language control panel interface and modular system design ensured usability and long-term maintainability. Implementation Installation & Commissioning: Our team provided remote guidance for installation and calibration. The machine was up and running within three weeks of delivery. Training & After-Sales Support: Provided multilingual manuals, troubleshooting documentation, and established a dedicated support channel for ongoing technical assistance.  Results & Feedback Performance: The client achieved stable, high-output production for local government projects. Gabion products were successfully deployed in several slope and drainage reinforcement jobs. Client Testimonial: “The automation and precision helped us enter a new market segment with confidence. We appreciate the fast delivery and responsive support.” — Technical Manager, STE FEKIH  Future Outlook STE FEKIH plans to expand its product line to include PVC-coated gabions and extend services to neighboring countries. We remain committed to supporting their expansion with advanced equipment and localized engineering services.

Background HOSSEIN AKBAR is a well-known Iranian workshop specializing in wire mesh products for slope protection, irrigation, and flood control projects. With a surge in infrastructure development, they needed to enhance production speed, stability, and mesh quality.  Project Scope For a dry river channel and slope reinforcement project in Isfahan, the client required high-volume gabion mesh production that could withstand extreme heat and sand-prone conditions.  Client Needs & Challenges Environmental Challenges: With summer temperatures reaching 45°C and frequent dust exposure, equipment needed to operate reliably under harsh desert conditions. Technical Requirements: Fully automated gabion mesh machine, adaptable to multiple wire sizes and mesh specifications, stable in high heat, and compatible with 380V/50Hz. Remote support and training were essential. Our Solution Desert-Grade System Configuration: Delivered an automated gabion production line with enhanced cooling, anti-dust housing, and heat-resistant electrical components—customized for the Middle East. Performance & Flexibility: The machine featured automatic wire feeding, cutting, and weaving, with quick mesh size switching, error warnings, and emergency protection functions.  Implementation Delivery & Remote Setup: Equipment was shipped by sea to Iran, with remote support via manuals, training videos, and live sessions guiding local engineers through setup. After-Sales Support: A dedicated technical account ensured real-time troubleshooting, spare parts guidance, and maintenance planning for long-term success. Results & Client Feedback Results: Output increased by 70%, meeting the urgent demands of multiple slope protection projects. The finished mesh was uniform, strong, and well received by end users. Feedback: “Even in extreme heat and dust, the machine performs perfectly. It saved us time, labor, and gave us a major competitive edge.” — Founder, HOSSEIN AKBAR Wire Workshop  Future Collaboration Pleased with the results, the client plans to invest in a second line and explore joint development of corrosion-resistant gabion coatings tailored to the Middle East market. Together, we aim to expand our presence in the region’s geotechnical and ecological infrastructure sectors.

Background Alomran is a leading wire product manufacturer in Jordan, offering galvanized wire, welded mesh, barbed wire, and gabion mesh. As Jordan increases investment in flood control and slope protection, the company needed to upgrade its production capacity and automation level to meet growing project demands. Project Scope To fulfill urgent contracts for large-scale slope stabilization and drainage works, the client required high-output, consistent-quality gabion mesh production. Their existing semi-manual equipment was no longer sufficient. Client Needs & Challenges Challenges: Tight delivery timelines for government projects and harsh environmental conditions (dust, heat) required durable, efficient equipment. Requirements: A fully automated gabion mesh machine supporting flexible mesh sizes and wire diameters, with anti-dust design and compatibility with 380V/50Hz systems. Remote support and training were essential.  Our Solution Customized Setup: Delivered a modular gabion production line with auto feeding, cutting, rolling, and mesh tensioning functions. The system featured wear-resistant coatings and dust protection for reliable performance in desert environments. Flexible Operation: Fast switching between common mesh specs, multi-language interface, and user-friendly control system made operation smooth for the local team.  Implementation Delivery & Remote Installation: Equipment arrived safely in Amman by sea. Our engineers provided step-by-step video tutorials and remote assistance for installation and commissioning. Technical Support: Manuals, troubleshooting guides, and a dedicated support channel ensured the client could operate efficiently and resolve any issues quickly.  Results & Client Feedback Results: Production capacity increased by over 60%, enabling on-time completion of several major municipal projects and new contract acquisitions. Feedback: “The equipment’s reliability and efficiency were key to meeting our government deadlines. Your team’s professional support was outstanding.” — Project Manager, Alomran Factory  Future Collaboration Alomran plans to expand with a second production line and integrate our equipment into its export supply chain. Together, we aim to serve broader Middle East and North Africa markets with modern gabion solutions.