Discover high-performance pre-engineered steel trusses, welded parallel chords, cold-formed purlins, and modular connection plates manufactured under strict quality standards for immediate dispatch to Manila North Harbor and Batangas Port.
Three-dimensional tubular space truss offering column-free spans from 30m to 65m. Ball-joint bolted nodes ensure rapid on-site assembly for sports domes and institutional gymnasiums in Greater Manila.
Hot-dip galvanized (610 g/m² min zinc coating) tubular and angular welded beams designed to overcome high humidity and coastal corrosion along Manila Bay and Subic Bay developments.
Engineered for Category 5 typhoon uplift dynamics. Fabricated with Q355B structural steel chords, precision gusset connections, and secondary bracing for heavy industrial manufacturing plants.
Precision-stamped CNC punched nail plates and custom heavy gusset joint brackets. Available in Z275 galvanized steel and marine-grade 304/316 stainless steel for aggressive tropical environments.
Pre-engineered industrial barn and two-storey facility truss frame certified under CE and UKCA standards. Supports integrated mezzanine steel decking, overhead cranes, and exterior wall cladding.
Low-profile parallel chord roof and floor joist trusses. Engineered for commercial mezzanine decks, flat roof profiles with solar panel arrays, and architectural HVAC duct routing.
Modular factory-fabricated pitch roof trusses for distribution centers and agricultural warehouses. Standardized bolted splice connections reduce site erection time by up to 45%.
High-tensile cold-formed C & Z purlins, furring channels, and eave struts. High-yield G450/G550 zinc-coated steel ensures rigid purlin lap continuity for trapezoidal and sandwich roof sheeting.
Metro Manila, Cavite, Laguna, and Bulacan represent one of the most mechanically demanding construction corridors in the Asia-Pacific region. Structural roof trusses deployed across Luzon must withstand severe cyclonic typhoons, active seismic faulting (West Valley Fault), and severe coastal salinity along Manila Bay.
Under the National Structural Code of the Philippines (NSCP 2015, 7th Edition Section 207), Metro Manila is classified in Wind Zone 1 or 2, mandating design wind velocities from 250 km/h up to 315 km/h (Category 5 Super Typhoons). Our custom OEM trusses feature reinforced top and bottom chords with high-shear gusset connections that dissipate extreme localized roof uplift pressures ($q_z$), mitigating panel detachment and chord buckling.
The entirety of Metro Manila and surrounding provinces (Rizal, Laguna, Cavite, Bulacan) sits squarely inside Seismic Zone 4, with high near-source factors due to the active West Valley Fault. Our roof truss engineering integrates high-ductility steel alloys (Q355B / ASTM A572 Grade 50) and flexible slotted moment-resisting connections, providing high energy absorption without catastrophic brittle fracture during violent tectonic ground accelerations.
Industrial developments in Navotas, Manila South Harbor, Paranaque, and coastal Cavite face high concentrations of airborne marine chlorides compounded by year-round tropical relative humidity (exceeding 85%). Standard red-oxide shop primers fail within 12 months. We supply deep hot-dip galvanizing according to ASTM A123 / ISO 1461 (minimum 85µm / 610 g/m² zinc mass) or dual-coat epoxy systems for 30+ years of zero-maintenance structural integrity.
| Truss Configuration | Structural Steel Grade | Maximum Clear Span | Design Wind Velocity | Surface Anti-Corrosion | Target Philippine Applications |
|---|---|---|---|---|---|
| Tubular Space Frame Truss | Q355B / ASTM A500 Gr B | 25m – 70m | 315 km/h (Category 5) | Hot-Dip Galvanized + Polyurethane | Sports Arenas, Airports, Malls |
| Pratt / Howe Pitched Roof Truss | Q235B / Q355B Angle/Channel | 12m – 36m | 270 km/h | Hot-Dip Galvanizing ≥ 610 g/m² | Bulacan Logistics Hubs, Factories |
| Parallel Chord Joist Truss | ASTM A572 Gr 50 / Q355B | 10m – 30m | 250 km/h | Epoxy Zinc-Rich Primer (120µm) | Commercial Mezzanines, Solar Decks |
| Heavy Bowstring / Arch Truss | Q355C / High Tensile Tube | 30m – 60m | 300 km/h | Duplex System (HDG + Topcoat) | Port of Manila Warehouses, Hangars |
| Cold-Formed C/Z Structural Purlins | High Tensile G450 / G550 | Continuous over multi-bays | Engineered Purlin Lap | Z275 / AZ150 Continuous Galv | Secondary Envelope Cladding Support |
From port-side breakbulk logistics to high-tech economic processing zones, our pre-engineered OEM trusses provide tailored architectural and structural solutions across major Philippine growth corridors.
Port & Customs Terminal
High-cube intermodal transit warehouses near Manila South Harbor and North Harbor require large, obstruction-free clear spans to accommodate containerized cargo, 12-meter reach stackers, and automated racking systems.
PEZA Manufacturing Zones
Multinational electronics, automotive, and fast-moving consumer goods (FMCG) facilities operating in Laguna Technopark and First Philippine Industrial Park require ISO-certified, fire-rated prefabricated trusses compatible with insulated roof systems.
Municipal Infrastructure
In accordance with Philippine DPWH resiliency mandates, local barangay multi-purpose covered courts and collegiate arenas across Metro Manila serve dual roles as vital emergency evacuation centers during major typhoons.
E-Commerce Logistics
Rapid expansion along the North Luzon Expressway (NLEX) demands mega-scale distribution warehouses spanning 20,000+ sqm footprint, requiring standardized parallel-chord or curved truss bays for rapid site installation.
Transit & Aviation
Developments surrounding NAIA, Clark International, and the New Manila International Airport (Bulacan) require wide-opening cantilever and heavy bowstring trusses capable of resisting intense vortex shedding.
Cold Chain Logistics
Agricultural processing plants and refrigerated meat storage centers in Navotas and Batangas require thermal-break truss envelopes that prevent interior condensation and rust while supporting high suspended ceiling refrigeration evaporators.
Contractors across Metro Manila are shifting away from traditional site-welded angle iron trusses toward modular, factory-certified pre-engineered systems driven by three undeniable project demands.
Traditional "stick-built" angle-iron trusses welded on Philippine jobsites suffer from weld porosity, rain-compromised electrode quality, and erratic inspection oversight. Modern Manila general contractors now mandate pre-fabricated, CNC-drilled bolted trusses. By completing 100% of cutting, welding, and surface treatment inside our factory under robotic quality controls, on-site erection time is shortened by up to 50%, with zero hazardous hot-work during stormy Philippine rainy seasons.
Driven by the Philippine Renewable Energy Act and high commercial electricity tariffs in the Meralco grid, industrial clients routinely require factory roofs ready for solar photovoltaic installations. Our OEM engineering team calculates dedicated dead load allowances ($0.15\text{ to }0.25\text{ kN/m}^2$) and stringent deflection tolerances ($L/240\text{ to }L/360$), preventing future micro-cracking of monocrystalline PV modules under peak cyclonic wind buffering.
EPC developers and top-tier contractors (Quad-A in the Philippines) increasingly avoid split vendor contracts. Sourcing the primary trusses, secondary cold-formed C/Z purlins, roof metal decking, and thermal sandwich panels from one unified OEM manufacturer ensures color matching, structural purlin-to-chord hole alignment, compatible fastener metallurgy, and single-point structural warranty accountability.
Backed by advanced production assets and decades of pre-engineered building supply, we furnish Philippine contractors with auditable precision, traceable raw materials, and streamlined logistical delivery.
State-of-the-art CNC plasma profiling, robotic submerged arc welding (SAW), and automated cold-roll purlin mills guarantee tight dimensional tolerances within ±1.5mm.
ISO 9001:2015 CertifiedEvery truss bundle includes original Mill Test Certificates (MTC) conforming to EN 10204 3.1, verifying tensile yield, elongation, and Charpy V-notch impact toughness.
Q355B / ASTM A572Beyond structural trusses, our plant manufactures matched cold-formed Z/C purlins, galvanized metal floor decking, PIR/Rockwool panels, and industrial roller shutters under one roof.
Turnkey Supply SystemFull 3D Tekla detailing and computer-generated shop erection drawings. Every piece is laser-etched with a unique part number corresponding directly to our step-by-step field manuals.
Precision Modular AssemblyCritical answers to help project managers, procurement directors, and structural consultants make informed decisions when importing and specifying custom roof truss packages into Manila.
Yes. Every roof truss project engineered for Manila and Philippine provincial deployment is designed strictly according to the NSCP 2015 (7th Edition), Chapter 2 (Minimum Design Loads) and Chapter 5 (Structural Steel), cross-referenced with AISC 360-16 and AWS D1.1 welding codes. Our structural calculations account for basic wind speeds up to 315 km/h, exposure category C and D along coastal zones, and seismic zone 4 factors ($Z = 0.40$), complete with engineer-ready calculation sheets for local building permit and DPWH reviews.
For high-salinity zones such as the Port of Manila, Navotas, Cavite, and Subic, we recommend and supply heavy hot-dip galvanizing per ASTM A123 / ISO 1461, achieving a minimum zinc coating thickness of 85 microns (≥ 610 g/m²). Alternatively, we provide a high-performance marine epoxy duplex paint system comprising a zinc-rich epoxy primer (minimum 80% metallic zinc in dry film), an intermediate polyamide epoxy barrier, and an aliphatic polyurethane topcoat resistant to severe UV degradation and sea spray.
Standard truss chords and components are modularly pre-engineered to nest efficiently inside standard 40-foot High Cube (40' HC) shipping containers, avoiding costly breakbulk charges. For long-span truss segments exceeding 11.8 meters, we design bolted field splices utilizing ASTM A325 or Grade 8.8 high-strength structural bolts. Lead time for standard OEM fabrication is typically 20 to 30 days from final approved shop drawings, with direct ocean transit to Manila North Harbor (MICP) or Manila South Harbor taking approximately 10 to 18 days.
Absolutely. As an integrated manufacturer, we supply the primary roof trusses alongside structural high-tensile cold-formed C and Z purlins, roof metal decking sheets, and polyisocyanurate (PIR), polyurethane (PU), or non-combustible Rockwool insulated sandwich panels. Sourcing the complete roof structural package from a single manufacturer ensures exact purlin hole spacing, perfectly matched flashing profiles, and eliminated interface disputes between structural steel and cladding installers.
Every shipment is backed by a comprehensive engineering document package: full 3D Tekla shop fabrication models, certified Mill Test Certificates (MTC) conforming to EN 10204 3.1 with chemical analysis and mechanical pull-tests, non-destructive testing (NDT) reports (such as Ultrasonic and Magnetic Particle inspection for critical truss welds), galvanizing thickness verification reports, and a signed structural design calculation summary based on NSCP 2015 criteria.
Field welding on Philippine jobsites often suffers from intermittent rain showers, high humidity, erratic jobsite power supply, and varying welder skill levels, leading to trapped slag, porosity, and brittle joints. Our factory-prefabricated trusses utilize 100% pre-punched CNC connection plates assembled in the field using calibrated torque wrenches and Grade 8.8/10.9 or ASTM A325 structural bolts. This eliminates on-site hot work hazards, ensures consistent joint ductility during earthquakes, and cuts overall installation labor costs significantly.