We Command Nature's Force.Engineered for Extreme Terrain.
Ramon Global manufactures certified high-energy ring net systems and rockfall barriers with tensile capacities from 170 kN up to 18,000 kJ. Dedicated purely to B2B equipment supply for contractors and global infrastructure tenders.
Zero Tender Conflict. 100% Dedicated Supply Partner.
Unlike competitors who bid against their own clients, Ramon Global does not perform on-site installation. We empower contractors to win public tenders with superior unit economics and certified materials.
Never Your Competitor
We never bid on installation, drilling, or anchor contracts. Your tender bids, margins, and proprietary engineering submittals are entirely safe.
Factory-Direct Unit Economics
Eliminate distributor markups. Receive direct manufacturer pricing to submit aggressive, winning bids on competitive civil tenders.
Complete Submittal Dossiers
Full submittal packages including EN 10204 Type 3.1 metallurgical certificates, 2D/3D CAD models, and Declaration of Performance (DoP).
Worldwide Export Logistics
Global containerized shipping under Incoterms 2020 (FOB, CIF, CFR, DAP) with heavy-duty export crating for extreme-remote delivery.
Bidding on a highway, rail, or mining geotechnical tender?
Receive confidential factory-gate or CIF price schedules directly into your tender calculation sheet.
Engineered Across 5 Key Heavy Industries
From alpine highway wildlife interception to deep open-pit mine haul road protection, discover how Ramon Global certified high-tensile steel ring systems secure complex civil geotechnical works.
Dual Defense: Rockfall & Wildlife Road Intrusion Prevention
Ramon Global highway systems intercept rockfall boulders up to 18,000 kJ while forming an impenetrable continuous steel shield at ground grade. Prevents wild bears, deer, and boar from leaping from steep cut slopes into 120 km/h traffic lanes, decisively eliminating catastrophic highway pileups.
Highways & Mountain Passes
Highways navigating alpine corridors face two distinct catastrophic dangers: gravitational boulder falls from steep cuttings and wild animals leaping from sheer cliffs onto travel lanes at 120 km/h. Ramon Global dual-function high-tensile steel ring systems combine certified energy dissipation rings with tight secondary wildlife meshes. The continuous high-tensile steel matrix arrests massive boulders up to 18,000 kJ and creates an impassable vertical barrier that keeps bears, deer, and wild boars completely off traffic carriageways.
Critical Hazards Prevented
- Multi-vehicle pile-ups triggered by large boulders crashing onto highway lanes at 120 km/h
- Fatal collisions caused by large wildlife (bears, elk, deer, wild boar) leaping unexpectedly from cliffs
- Roadway closures and millions of dollars in economic downtime from geotechnical landslides
Engineered Ring Net Systems
Precision cold-drawn steel wire coils designed for controlled plastic deformation and maximum kinetic energy dissipation.
Steel Ring Net 3.0 mm (7 Loops)
Primary energy dissipation ring element engineered to absorb dynamic rock impact through controlled plastic deformation. Distributes peak loads circumferentially to prevent local mesh puncture.
Steel Ring Net 3.5 mm (7 Loops)
High-rigidity energy control component designed for severe impact zones requiring elevated structural stiffness and progressive deformation resistance.
Steel Ring Net 4.0 mm (7 Loops)
Heavy-gauge ring component manufactured with precision winding geometry for predictable, repeatable dynamic performance under extreme kinetic loads.
Steel Ring Net 5.0 mm (7 Loops)
Maximum structural section ring element engineered for highest security classifications. Extends deformation time to safely channel extreme boulder kinetic energy.
Steel Ring Net 3.0 mm (7 - 19 Multi-Loop Adjustable)
Advanced multi-loop engineering architecture. Adjusting winding density from 7 to 19 loops extends the dynamic deformation path and custom-calibrates energy dissipation for custom tender specifications.
Technical Specifications: Steel Ring Net 3.0 mm (7 Loops)
High-Tensile Steel Wire (Galvanized or Kaflan Zinc-Alloy Coating)
15,500 - 18,000 kJ
Minimum 170 kN (17 Tons)
EN 10204 Type 3.1 / EAD 340059
Engineered Applications
Interactive Tender Spec & BOQ Generator
Generate verified technical specification clauses for your government or corporate tender submittals in seconds.
Have a Tender BOQ or Drawing?
Upload your project bill of quantities or engineer's spec sheet. Our technical sales team returns a compliant material quotation within 24 hours.
Tender BOQ & Ocean Freight Container Estimator
Input your target catch barrier length and height to instantly calculate exact square meters, ring coil count, structural tonnage, and Incoterms 2020 sea container requirements.
Engineering & Procurement Insights
Deep technical papers covering EAD compliance, impact mechanics, anti-corrosion metallurgy, and tender strategy.
EAD 340059-00-0106 vs. ETAG 027: Technical Specification Guide for Geotechnical Tenders
How European Assessment Document EAD 340059-00-0106 supersedes ETAG 027 under EU CPR 305/2011, and how contractors should structure BOQ specifications for flexible ring net barriers.
Multi-Loop Ring Nets vs. Hexagonal Twisted Wire Mesh: Energy Dissipation Mechanics at >5,000 kJ
A comparative mechanical analysis of plastic deformation, stress redistribution, and kinetic energy dissipation in high-tensile multi-turn ring meshes compared to double-twisted hexagonal wire.
Corrosion Metallurgy in Alpine and Coastal Environments: Evaluating Kaflan Zn-Al vs. Hot-Dip Galvanizing
Assessing the microstructural galvanic protection of 95% Zinc / 5% Aluminum eutectic coatings against aggressive saline, de-icing chemical, and high-altitude freeze-thaw cycles.
Why Pure-Supply Manufacturing Is the Geotechnical Contractor's Greatest Tender Advantage
Eliminating supplier-contractor conflict of interest. Why working with a dedicated component manufacturer protects contractor margins and proprietary project data.