Modular Pipe Support Systems
Engineered for Dynamic Reliability
Lonsonstrut pre-engineered modular piping frameworks eliminate field welding and structural cutting. Combining proprietary high-strength aluminum alloy and hot-dip galvanized steel, our systems deliver 83% higher slip resistance, non-ferromagnetic eddy current protection, and full seismic MEP compatibility.
Why Leading Contractors Replace Welded Steel with Lonsonstrut Modular Supports
Traditional welded steel framing requires on-site hot work, heavy crane mobilization, and recurring maintenance from corrosion. Lonsonstrut pre-engineered modular systems deliver certified structural capacity with rapid zero-welding mechanical assembly.
Ultra-High Strength, 1/3 Weight
Engineered proprietary aluminum alloy reaches up to 728 MPa tensile strength while reducing structural dead weight by 66% compared to carbon steel, significantly lowering overhead anchor stress.
Zero-Maintenance Corrosion Defense
Dense natural passive oxide layer coupled with specialized anodized or hot-dip coatings resists aggressive moisture, salt spray, underground stray currents, and chemical vapors without periodic repainting.
Non-Ferromagnetic / Anti-Eddy Current
Aluminum alloy is non-magnetic, totally eliminating electromagnetic induction and eddy current heating risks when supporting high-voltage power cables, busways, and critical data center runs.
3D Wedge Locking (+83% Anti-Slip)
Patented three-dimensional wedge engagement and serrated channel grooves create positive mechanical interlocking, preventing fastener relaxation and longitudinal slippage under seismic movement.
2 Million Dynamic Fatigue Cycles
Full system assemblies and concrete insert channels have completed 2,000,000 dynamic fatigue stress cycles with zero micro-cracking or structural deformation, proven across railway and heavy pumping stations.
100% Pre-Fabricated Modular Speed
Factory pre-cut and kitted components install with simple torque wrenches. Eliminate hot work permits, fire hazards, and weld testing, accelerating on-site installation schedules by up to 50%.
Standard Modular Pipe Support Configurations
Pre-engineered layouts adaptable to MEP risers, horizontal corridors, equipment rooms, and complex utility tunnel profiles.
Multi-Tier Trapeze Suspension
Suspended via high-tensile threaded rods and structural channel clamps. Configurable from 1 to 5 tiers for parallel chilled water, fire sprinkler, domestic water, and HVAC piping corridors.
- Capacity: Up to 3,500 kg total suspended load
- Channel: 41x41 or 41x62 Double Back-to-Back
- Application: Main MEP corridors, basements, data halls
Cantilever Wall & Column Brackets
Single or reinforced gusseted cantilever arms anchored directly to concrete walls, steel columns, or embedded cast-in channels for side-wall pipe routing.
- Arm Lengths: 150 mm to 1,200 mm custom lengths
- Point Load: Up to 12.5 kN at bracket tip
- Application: Utility tunnels, perimeter walls, plant rooms
Heavy Base Stands
Rigid ground-standing framing units engineered for large-diameter chilled water headers, boiler pipelines, rooftop condenser loops, and vibration-isolated pump connections.
- Height Range: 200 mm to 3,000 mm fully adjustable
- Base Plate: 4-hole / 8-hole reinforced welded plate
- Application: Central plant rooms, chiller yards, rooftops
Material & Mechanical Performance Matrix
Rigorous laboratory-tested standards comparing Lonsonstrut High-Strength Aluminum Modular Systems with conventional steel supports.
| Performance Attribute | Lonsonstrut Ultra-High Aluminum | Lonsonstrut 6000-T6 Series | Standard Q235 Carbon Steel |
|---|---|---|---|
| Tensile Strength (Rm) | Up to 728 MPa | 310 – 380 MPa | 370 – 500 MPa |
| Yield Strength (Rp0.2) | Up to 604 MPa | 260 – 310 MPa | 235 MPa |
| Material Density | ~2.7 g/cm³ (Lightweight) | ~2.7 g/cm³ | ~7.85 g/cm³ (Heavy) |
| Magnetic Permeability | Non-Magnetic (μ ≈ 1) | Non-Magnetic (μ ≈ 1) | Ferromagnetic (Eddy Currents) |
| Fatigue Resistance | 2,000,000 Verified Cycles | 1,500,000 Cycles | Weld micro-crack vulnerability |
| Corrosion Resistance | C4 / C5 High Marine Class | C3 / C4 High Class | Requires zinc coating upkeep |
| On-Site Assembly Method | 100% Bolted / No Hot Work | 100% Bolted / No Hot Work | Often requires welding & cutting |
Critical Infrastructure & Industrial Applications
Lonsonstrut systems are trusted in high-load, zero-failure engineering environments across power transmission, hyperscale data centers, and urban mass transit.
Hyperscale Data Centers
Cleanroom-compatible modular support grids for overhead chilled water dual-loop piping, CRAH refrigerant lines, and heavy busway distribution without metallic particulate shedding.
Utility Tunnels & Vaults
Engineered for 110kV / 220kV power cable brackets and municipal water/drainage supply. Non-ferromagnetic material eliminates power loss and high heat generated by eddy currents.
Metro & Rail Infrastructure
Tunnel side-wall pipe mounts and station MEP service framing built to withstand intense dynamic train vibration and pressure waves up to 2 million cyclic fatigue thresholds.
Petrochem & Industrial Plants
Pipe bridges and process piping supports resistant to acidic/alkaline atmospheres, providing stable support for DN15 through DN600+ industrial fluid delivery lines.
Commercial Building MEP
Integrated multi-service trapeze brackets grouping HVAC ducting, chilled water lines, fire sprinkler mains, and electrical conduits in a single organized ceiling pathway.
Rooftop Plant & Chiller Bridges
Non-penetrating ballast base support assemblies preventing roof membrane damage while supporting severe wind loads and rooftop solar/mechanical piping runs.
Selected Landmark Project References
Integrated Modular Components Ecosystem
Avoid multiple vendor compatibility risks. Lonsonstrut manufactures the complete suite of channels, engineered clamps, brackets, locking nuts, and concrete inserts under one roof.
Strut Channels
Solid, slotted, back-to-back combination channels in aluminum alloy (6000/7000 series) and Q235/Q355 hot-dip galvanized steel (41x41, 41x21, 41x62, 41x82 mm).
Engineered Pipe Clamps
Heavy-duty two-piece pipe clamps, insulated pipe clamps, rubber-lined acoustic clamps, U-bolts, and roller guides from DN15 to DN600+.
Channel Nuts & Fasteners
Spring channel nuts, long-spring nuts, wedge-lock nuts, T-bolts, and high-tensile connecting bolts (M6–M16) with zinc flake or HDG finish.
Concrete Insert Channels
Cast-in embedded channels with pre-welded rebar anchors, eliminating drilling into concrete reinforcement and post-installed expansion anchor risks.
Large-Scale Manufacturing: 100,000 Tons Annual Capacity
Lonsonstrut is a Chinese National High-Tech Enterprise operating across a 200-mu (133,000 m²) manufacturing base. With over 30,000 m² of specialized production workshops, we house proprietary continuous cold-roll forming lines, high-precision extrusion presses, robotic welding, and automated surface treatment.
Facility & Production Metrics
Technical & Procurement Inquiries
Clear engineering specifications, material standards, and order fulfillment guidelines for project managers, MEP contractors, and global distributors.
How does proprietary high-strength aluminum alloy compare to traditional Q235 steel?
Our aluminum alloy modular systems weigh approximately one-third of equivalent carbon steel while delivering tensile strength up to 728 MPa and yield strength up to 604 MPa. This dramatically reduces structural building loads and simplifies overhead handling without sacrificing load-bearing capacity.
How do Lonsonstrut support systems perform in corrosive or high-moisture environments?
Unlike conventional galvanized steel prone to cross-sectional loss and rust in humid or coastal environments, our high-grade aluminum alloys naturally form a resilient passivation layer. This eliminates periodic repainting, reduces replacement cycles, and guarantees long-term durability in utility tunnels and subways.
What anti-slip and anti-loosening mechanisms are integrated into your fittings?
Our strut fittings incorporate three-dimensional wedge geometry and mechanical interlocks that deliver up to an 83% improvement in slip resistance. The design prevents bolt loosening and component displacement under constant mechanical vibration, seismic stress, and thermal cycling.
Why is non-ferromagnetic aluminum preferred near high-voltage cables?
Ferromagnetic steel framing can induce eddy currents, leading to localized heating, energy losses, and accelerated corrosion. Because aluminum is non-ferromagnetic, it eliminates closed magnetic loops, making it the ideal engineered choice for high-voltage power tunnels, metro substations, and mission-critical data centers.
How do cast-in concrete insert channels protect the primary building structure?
Pre-embedded channels eliminate the need for post-drilling into hardened concrete, avoiding costly rebar strikes, micro-fractures, and incorrect anchor depths. Tested through 2 million dynamic fatigue cycles, they ensure safe load transfer and facilitate modular channel connections.
How does modular prefabrication accelerate on-site construction schedules?
All components are factory-cut, slotted, and pre-assembled with standardized bracket configurations. On-site installation requires zero hot-work welding or drilling, reducing high-altitude labor risks, speeding up assembly by up to 50%, and allowing flexible repositioning during fit-outs.
What is your annual manufacturing output and production lead time?
Our Zhengzhou facility spans over 133,000 m² with an annual capacity exceeding 100,000 metric tons. Standard catalog channels and fittings ship within 7–15 days, while customized OEM/ODM project batches are supported by in-house tooling, extrusion lines, and rapid quality verification.
Do you provide OEM branding, custom engineering drawings, and MTC reports?
Yes. We back distributors and EPC contractors with custom dimensional tolerances, private labeling, 3D CAD modeling, and comprehensive Quality Assurance documentation—including Mill Test Certificates (MTC), chemical composition audits, and batch tensile test reports.
Require custom structural calculations or special alloy grades?
Our engineering team provides structural calculations, load simulation reports, and CAD/BIM drawing support.