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Pipe bridges are steel structures used to carry process, energy, water, steam, compressed-air, gas and chemical lines safely at a defined elevation between different parts of an industrial facility. They organize utility routes, improve ground-level use and simplify access to maintenance points.
Each system is engineered specifically according to pipe diameters, number of lines, fluid properties, operating temperatures, total loads, spans, column layout, thermal movement, maintenance requirements and site conditions.
A pipe bridge is a steel supporting system consisting of columns, beams, bracing, pipe supports and connection components that carries industrial piping, cable trays and auxiliary utilities at a defined elevation.
Depending on project requirements, the system may include:
Transfer pipe, valve, insulation, cable-tray and auxiliary-equipment loads to the supporting structure in a controlled manner.
Collect different utility lines along a defined route and support more efficient use of production and service areas.
Platforms, stairs and guardrails can be added where access to valves, flanges, instruments and inspection points is required.
Suitable structural sections, bracing and support layouts help maintain stable operation.
Fixed and sliding support points can be included to manage movement in hot piping systems.
Reserve space can be provided for future pipe, cable or auxiliary utility lines.
Compact supporting systems used for short-distance crossings.
Systems extending along longer routes with intermediate columns and capacity for multiple lines.
Carry piping, cable trays and auxiliary utilities on the same structure.
Provide safe walking and working areas at inspection and service points.
Use bolted connections to simplify shipment, installation, expansion and modification.
Prepared for large-diameter, dense or high-temperature lines and routes requiring bends, steps or adaptation around site obstacles.
Each project is evaluated individually according to line loads, route and site conditions.
Pipe lists, diameters, fluid information, operating temperatures, line loads, route and maintenance requirements are evaluated.
Spans, elevations, column locations, floor conditions, existing structures and connection routes are examined on site.
Columns, beams, bracing, platforms, pipe supports and anchoring details are engineered and manufactured according to technical drawings.
Galvanizing, primer, electrostatic powder coating or industrial wet paint is applied. Dimensions, welds, geometry and connection points are inspected.
Bolted modules, supports, platforms and connection details are checked before shipment.
Columns, beams, bracing, platforms and pipe supports are installed; elevations, alignment and connections are checked before handover.
Corrosion, deflection, loose connections, weld damage, vibration or the addition of new lines may require existing pipe bridges to be modified. Before increasing capacity, the supporting structure, anchors and pipe supports should be evaluated together.
Following a technical inspection, the following works may be carried out:
Materials and surface systems are selected according to load capacity, outdoor exposure, corrosion conditions and facility standards.
Provide high strength and cost-effective production for general industrial applications.
Provides long-term protection in outdoor and highly corrosive environments.
Used for base plates, gussets, connections and custom pipe supports.
Simplify shipment, site installation and future modifications.
Provide durable protection compatible with facility color standards after suitable surface preparation.
Provides strong corrosion protection in humid and outdoor environments.
Projects are not limited to standard supporting dimensions; they are prepared according to actual line loads, spans, temperature effects, thermal movement, maintenance requirements and site conditions.
Site survey, technical design, steel fabrication, surface treatment and professional installation are managed within a single process. Reinforcement, extension, platform addition, connection and surface modifications can also be carried out on existing pipe bridges.
They are generally manufactured from steel box sections, U-sections, I-sections and steel plates. Structural sections are selected according to line loads and spans.
No. They are designed specifically according to route, spans, pipe loads, temperature effects and site conditions.
Yes. Piping and cable systems can be carried on the same structure using suitable cross members and separated routes.
Yes. Platforms, guardrails and stairs can be included for access to valves and inspection points.
Yes. Structural sections, bracing, anchors, connections and pipe supports can be reinforced following technical inspection.
Yes. Hot-dip galvanizing can be applied according to outdoor and corrosion conditions.
Technical assessment and project engineering can be provided for a pipe bridge suited to your utility lines, route, spans and site conditions.
You can request a quotation for a new system, reinforcement of an existing bridge or capacity, platform, support and surface modifications by sharing your project information.
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