加筋格宾
模块化加筋土挡墙系统
马克菲尔 Terramesh 系列包括用于建造机械稳定土 (MSE) 结构和加固土坡 (RSS) 的不同面层选项。 加筋格宾由双绞合金属网（网孔规格8X10）构成，可就地随时组装。面板及盖板是一块连续的网板，无需现场切割操作。 Terramesh 装置由优质钢丝和聚合物涂层 (Polimac) 制成，拥有120 年的设计寿命。 PoliMac 是一种革命性的涂层，可以承受最恶劣的环境条件并具有出色的性能升级。 PoliMac 确保： • 12 倍耐磨性 • 2 倍耐化学侵蚀性 • 寒冷天气下的 4 倍性能 • 4 倍的抗紫外线能力
Terramesh 在世界各地的工厂都有生产，同时工厂的管理和生产系统都通过了 ISO 9001 认证。 有三种不同的饰面选项：石笼（Terramesh 系统）、植被（Green Terramesh）或建筑（Mineral Terramesh）。 Terramesh 系统是一个模块化系统，用于形成石笼面 MSE 墙。该单元的正面部分是通过将后面板和隔膜连接到主面板单元而形成的，从而形成了用于石头限制的矩形单元。土工格栅加固、筋膜和盖子都是一个连续的网格面板。 Terramesh 系统单元以标准长度提供，无需现场切割。在现场组装后，面板单元将填充合适的石笼石填充物。然后将结构回填土放置在土壤加固土工格栅上并压实。
绿色加筋格宾是环保模块化结构，用于形成植被（绿色）面土加固斜坡 (RSS) 和路堤，并已在全球范围应用。它由预制的双绞金属丝网（8x10 型）单元组成，内衬防腐蚀毯，并用焊接网板加固。提供两个预制钢支架，以便在工作现场连接并将单元保持在所需的倾斜角度。倾斜的正面和侵蚀控制毯的设计有利于单元自然植被的建立。 产品在工厂可预安装，比竞争对手的加固土壤系统安装更快。只需在现场简单地架设，无需任何外部框架。结构回填被放置在土壤加固土工格栅上，并在正面后面立即放置合适的填充物。例如，在重新植被的“Earth Type”单元上，优质的表土将立即放置在正面，以促进斜坡的快速植被。 Mineral Terramesh 是一种独特且易于安装的土壤加固系统，具有倾斜的岩面饰面。适用于现代、整洁的美学需求。 Mineral Terramesh组件为工厂预组装，可就地快速安装，设计寿命为 120 年。安装简单，且土工格栅与组装单元之间无需连接。 Mineral Terramesh在施工过程中，镀锌焊接网板和支撑支柱保持一定的角度即可，无需任何其他形式的外部框架。 请联系您当地的 马克菲尔子公司，获取相关的详细信息。
TerraMesh System
Gabion-facing solution for reinforced soil walls with a vertical rock face. Its pre-assembled units form gabion cells for stone confinement, allowing the use of locally available or on-site stones whenever suitable, helping reduce material transport. Designed for demanding applications and high-load conditions, it combines fast installation, durability and a natural rock-facing.
TerraMesh Green
Vegetated-facing solution for reinforced soil slopes and embankments. Designed to promote rapid vegetation growth, it combines an angled front face, erosion control blanket and suitable topsoil to create a natural green finish. Ideal for projects where structural performance and environmental integration must work together.
TerraMesh Mineral
Architectural rock-facing solution for reinforced soil structures with a sloping mineral finish. Its pre-assembled units include welded mesh panels and bracing struts that hold the face at the correct angle during construction, with no need for external framework. Ideal for projects where structural performance, reduced stone consumption and a clean-faced aesthetic are required.
Paramesh Walls
An advanced configuration combining TerraMesh units with our monoaxial geogrids that allows reinforced soil structures to reach steeper slopes, support higher loads and reduce settlements, while optimising the use of reinforcement only where needed.
PoliMac
A tested high-performance coating designed to enhance the durability of TerraMesh units in the most demanding environments. Compared with PVC coating, PoliMac delivers significantly higher performance: 10x abrasion resistance, 2x chemical resistance, 4x cold weather performance and 4x UV resistance. This protection supports a design life of up to 120 years and helps reduce long-term maintenance needs.
Design and assessment software
Maccaferri supports TerraMesh projects with a dedicated suite of software tools. MacSTARS W helps design reinforced soil walls and slopes, performing stability checks and supporting the optimisation of the structure. MacCycle Assessment enables comparative LCA studies, evaluating the environmental impact of reinforced soil structures.
成功案例
建成，而不仅仅是纸上画的
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BAY BRIDGE, CALIFORNIA, 112-FOOT-TALL VEGETATED RSS
United States
The Bay Bridge demolition and reconstruction required a reinforced soil slope in the final phases of the new bridge’s construction. A reinforced slope was urgently needed behind the U. S. Coast Guard building that sits at water level on the southeast coast of Yerba Buena Island. The embankment confinement system (ECS) facing alignment was originally proposed to follow contours. However, the proposed slope of the contours varied from left to right and top to bottom, demanding custom manufacturing and complex construction.
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BE-ANTWERP MALINAS
The access road of a new retail center has been planned in Mechelen, Belgium, to let customers easily drive to the new shopping mall. Initially, the retaining wall for the ramp leading to the bridge abutment had been planned as a concrete L-retaining wall, but, thanks to the technical support of Maccaferri, the design has been changed in favour of 530 sqm MacRes System with 12. 000 lm of ParaWeb reinforcement. Due to the bad foundation soil characteristics, the contractor asked Maccaferri´s support also for the calculation and delivery of 1. 100 sqm of ParaLink 950 as basal reinforcement over piles. Smooth standard panels have been chosen.
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BE-MECHELEN R6
The construction of part of the new ring-road R6 in the municipality of Mechelen, Belgium, required the construction of 2 new road bridges. The designer adopted a very particular shape of the bridge abutment, where the two access ramps had to be built using a reinforced soil structure. The choice of Mineral Terramesh was very well appreciated because of the ease of construction and because of the nice external finishing. Moreover, the Municipality did not want to carry any maintenance of green facings, therefore the stone facing has been very well appreciated by the public authority.
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加筋格宾
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