Fire-Retardant Containment Mesh

The Fire Retardant Mesh is our flagship safety solution, meticulously designed for high-risk construction environments. Unlike standard meshes, this product integrates advanced passive flame-retardant technology directly into the fiber matrix – while it may be ignited under extreme conditions, it can automatically self-extinguish rapidly without any active fire-suppression intervention.

Integrated Passive Self-Extinguishing
High Tensile Strength
100% Recyclable Material

Fiber Plastic Geogrid

★ 5.0 · 2 Reviews

Our next-generation Engineering-Grade Flame Retardant Safety Netting is meticulously designed for high-standard global construction and industrial infrastructure. Beyond being a simple physical barrier against falls, it represents an integrated safety solution combining ultra-high tensile strength with advanced self-extinguishing technology. Engineered with modified high-density polymers, our netting maintains structural integrity under extreme dynamic impacts and self-extinguishes within seconds of fire contact, providing a dual shield for high-value project assets and workforce lives. Rigorously tested for international weatherability and load-bearing standards, it is your premier choice for mitigating project risks and ensuring absolute site compliance.

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Advanced Subgrade Reinforcement Technology

Providing exceptional soil interlock and load distribution for large-scale civil engineering and foundation stability.

Mechanical Interlock & Friction

The extruded coarse surface creates superior friction within the soil matrix.

Stress Resistance: High-tenacity fibers withstand massive fill soil pressure.
Shear Limitation: Effectively restricts lateral soil extrusion and foundation uplift.
Stability: Maintains aggregate position under dynamic and static loads.

Load Diffusion Efficiency

Engineered to transform vertical foundation loads into a uniform distribution.

Reinforced Cushion: High stiffness promotes uniform transmission to soft soil layers.
Bearing Capacity: Dramatically improves the load-bearing potential of weak foundations.
Stiffness Optimization: Increases the overall rigidity of the compression layer.

Settlement & Deformation Control

Critical for adjusting and managing foundation deformation over long-term use.

Non-Uniform Settlement: Minimizes risks of differential settlement in complex terrains.
Structural Longevity: Preserves the integrity of the upper infrastructure.
Strain Management: High tensile strength at low elongation (2% and 5% strain).

Seismic Energy Absorption

A flexible composite structure designed for resilience in earthquake-prone zones.

Energy Dissipation: Absorbs and disperses seismic energy through the flexible grid matrix.
Ductility: Retains structural bond even under significant ground vibration.
Safety Assurance: Proven performance in seismic hazard mitigation for foundations.

Technical Specifications: RMXS TGSG Series High-Strength Geogrid

Specification Item	TGSG 50-50	TGSG 100-100	TGSG 150-150	TGSG 200-200
Material	High-Tenacity Warp-Knitted Polyester Fiber
Dimensions (Width/Length)	Width: 2m, 4m, 6m \| Length: Customizable to Project Scale
Aperture Size (mm)	Approx. 65 x 65 mm (Regular Coarse Pattern)
Available Colors	Black (Standard), Blue, Green, or Customized
Ultimate Tensile Strength (kN/m) Longitudinal & Transverse	≥ 50	≥ 100	≥ 150	≥ 200
Elongation at Nominal Strength (%)	≤ 16%
Tensile Strength @ 2% Strain (kN/m)	≥ 17	≥ 35	≥ 52	≥ 69
Tensile Strength @ 5% Strain (kN/m)	≥ 34	≥ 70	≥ 104	≥ 138

Customer Reviews (Top 5)

Field performance feedback derived from global procurement managers and infrastructure contractors. These testimonials represent the typical performance standards and safety benchmarks achieved by Ruimin products in high-risk engineering environments.

★★★★★

Maria Gonzalez · Chile

We utilized RMXS TGSG 200-200 geogrid for a major highway widening project. It performed exceptionally in soft soil conditions, reducing differential settlement by 31% compared to projections. The material’s stability during installation improved crew efficiency by 20%, ensuring we met strict deadlines while exceeding industry standards. A highly reliable solution for roadworks.