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Delivering high-tensile architectural wire cloth, corrugated perforated screening, structured media, and precision fabricated components compliant with ASTM, DIN, and Chilean NCh building standards.
Continuous-slot profile wire offering non-clogging performance, high crush resistance, and exceptional tensile integrity under heavy hydrostatic pressure.
CNC laser cutting, press brake bending, and robotic welding delivering custom bracketry and structural framing for exterior architectural mesh tensioning.
Seamless deep-drawn tinplate packaging with airtight lids, tailored for solvent, coating, lubricant, and industrial coating transport across Chilean logistical routes.
High-precision progressive stamping services holding 0.02mm tolerances for architectural mounting clips, spacer plates, and facade fasteners.
Precision woven gauze structured packing yielding minimal pressure drop and maximum theoretical stage separation efficiency for vacuum distillation systems.
Impact-resistant, reusable warehouse packaging designed to safely handle, protect, and stage delicate woven metal panels during transit and on-site assembly.
AISI 304/316L woven wire gauze packs engineered for petrochemical fractionation, chemical scrubbers, and specialized thermal separation columns.
Architectural-grade perforated and corrugated facade screens delivering optimized solar control, ventilation, acoustic mitigation, and dramatic visual texture.
Modern architectural design in Chile demands an uncompromising equilibrium between aesthetic expression, energy efficiency, and structural safety under seismic loading. As a primary manufacturer and specialized global exporter, we supply comprehensive architectural wire mesh solutions custom-engineered for Chile’s unique geographical and climatic topography. Stretching over 4,300 kilometers along the Pacific Rim, Chile encompasses microclimates ranging from the extreme ultraviolet radiation and hyper-arid conditions of the northern Atacama Desert to the high-salinity maritime corridors of Valparaíso, San Antonio, and Puerto Montt, and the temperate, seismic metropolitan basin of Santiago.
To address these multifaceted demands, our architectural wire mesh configurations utilize premium-grade alloys including marine-grade AISI 316 and 316L austenitic stainless steel, alongside high-strength architectural aluminum alloys and specialized copper-based brasses. By combining spiral weaves, cable-rod cross-weaves, corrugated crimped wire cloth, and bent perforated metal screens, we furnish facade engineers, envelope consultants, and general contractors (such as Sigdo Koppers, Besco, and Echeverría Izquierdo) with materials that deliver verified solar heat gain coefficient (SHGC) reductions, natural cross-ventilation, and dynamic visual transparency without compromising structural integrity.
| Mesh Classification | Typical Alloy Grade | Open Area (%) | Tensile Strength (MPa) | Chilean Regional Adaptation |
|---|---|---|---|---|
| Rigid Rod & Crimp Screen | AISI 316 / 316L | 42% – 65% | 650 – 880 | Coastal infrastructure (Valparaíso), ports, exterior solar brise-soleil |
| Flexible Cable-Rod Webbing | AISI 304 / 316 | 50% – 78% | 750 – 1100 | Santiago high-rise facades, atrium curtains, seismic expansion joints |
| Corrugated Perforated Panel | Architectural Al / SS304 | 30% – 55% | 220 – 520 | Northern mining headquarters (Antofagasta), industrial ventilation louvers |
| Fine Decorative Twill/Plain Weave | Brass / Bronze / SS304 | 25% – 48% | 400 – 620 | Interior acoustic dividers, elevator cabs, luxury retail hospitality |
Every wire cloth roll and rigid facade panel undergoes rigorous quality testing before sea freight dispatch. Utilizing computer-controlled tension looms and multi-axis hydraulic crimping machinery, wire diameters are calibrated within ±0.015mm, guaranteeing uniform pitch and unvarying aperture dimensions across expansive building envelopes. This dimensional consistency prevents localized strain concentration during tensioning and ensures harmonious light refraction across facades measuring tens of thousands of square meters.
Engineered to resolve building envelope challenges across institutional, commercial, mining, and infrastructural sectors.
Installed across commercial envelopes in Las Condes, Vitacura, and Providencia. Our stainless steel cable-rod mesh acts as an external double-skin envelope that minimizes solar irradiance, lowering HVAC chiller loads while maintaining unobstructed occupant sightlines toward the Andes.
Engineered with molybdenum-enriched AISI 316L to withstand marine aerosol, chloride pitting, and Pacific coastal humidity. Commonly deployed for oceanfront terminals, public promenades, and civic parking garage ventilation screens requiring zero long-term maintenance.
Deployed throughout Antofagasta, Calama, and the Atacama Basin for corporate head offices, data hubs, and research centers. The robust corrugated perforated mesh mitigates abrasive sandblast erosion and blocks intense solar thermal radiation in desert elevations.
Engineered to accommodate drift ratios stipulated by Chilean seismic design code NCh433. Our spring-tensioned and articulated mesh bracket systems absorb multi-directional shear displacement during seismic tremors without ductile panel failure.
Showcased across luxury boutiques in Parque Arauco and high-end winery tasting rooms in the Colchagua and Casablanca Valleys. Finishes include natural bronze, woven brass, and titanium PVD color coatings that supply warmth, luxury, and acoustic dampening.
Integrated across Metro de Santiago stations, pedestrian overpasses, and regional transport hubs as robust safety netting, anti-vandalism partitions, stairwell balustrades, and high-airflow security barriers that promote natural daylighting.
Chile’s architecture and construction sectors are undergoing significant technological and regulatory evolutions driven by ambitious national decarbonization commitments and the rapid adoption of international green building rating systems. Foremost among these trends is the mainstreaming of LEED (Leadership in Energy and Environmental Design) and Chile's domestic Certificación Edificio Sustentable (CES) framework. Architectural wire mesh plays an instrumental role in securing points within the Energy and Atmosphere (EA) and Materials and Resources (MR) categories. By providing an open area ranging between 40% and 70%, exterior woven screens block up to 60% of peak direct solar incidence, dramatically decreasing solar thermal transfer through glazing while supporting passive interior cooling.
A parallel market shift in Chile is the transition away from static composite claddings toward 100% recyclable, circular metallic facades. Architects are increasingly steering away from petroleum-derived composites that present flame-spread concerns or degrade under the country's relentless high-altitude UV radiation. Stainless steel (AISI 304, 316) and architectural aluminum mesh are completely non-combustible (Euroclass A1 reaction to fire), possessing full circularity at building end-of-life. Furthermore, the advent of algorithmic generative facade design allows Chilean envelope designers to specify graduated weave apertures across a single continuous facade—yielding denser weaves where shading is required and more open weaves where panoramic views of the Chilean landscape are prioritized.
Combining 25+ years of metallurgical expertise with rigorous export protocols and fully integrated fabrication.
Every batch is manufactured from prime mill coils, accompanied by comprehensive EN 10204 Type 3.1 Material Test Certificates (MTC), chemical spectrometry, and mechanical tensile logs.
From heavy wire drawing and precision weaving to secondary stamping (0.02mm tolerances), laser cutting, bending, and robotic welding, all components are engineered under one roof.
We supply turnkey architectural mounting kits: clevis pins, threaded rods, intermediate clamping bars, and seismic compression springs engineered to withstand dynamic building drift.
Experienced maritime exports into Chile through Valparaíso and San Antonio. Export-grade seaworthy timber crating, desiccant liners, and tagged panels facilitate rapid on-site staging.
Key technical, logistic, and metallurgical insights for smooth specification and import processes.
Architectural facade mesh is not installed as an inflexible, rigid monolithic plane. Instead, our systems utilize articulated mounting profiles featuring top and bottom clamping jaws integrated with calibrated heavy-duty helical compression springs or disc springs. When an earthquake induces lateral inter-story drift between floor slabs, these springs dynamically compress and expand, dissipating horizontal shear forces without permitting unseating or buckling of the wire cloth. Furthermore, intermediate structural stabilizer tubes and slotted fastener holes are engineered in accordance with structural engineer calculations for building drift allowance.
For installations situated within 15 kilometers of the Pacific coast (including Valparaíso, Viña del Mar, San Antonio, and Antofagasta's shoreline), we exclusively specify AISI 316 or low-carbon AISI 316L stainless steel. The addition of 2.0% to 3.0% molybdenum in 316 alloys provides critical resistance against chloride-induced localized pitting and crevice corrosion caused by marine salt mist. For inland urban environments such as the central Santiago valley, AISI 304 provides superb mechanical performance and aesthetic longevity, provided basic post-fabrication passivation is conducted.
We provide a comprehensive, fully compliant export documentation suite tailored to Chilean import requirements. This includes the Commercial Invoice (Factura Comercial), Detailed Packing List with panel marks, Bill of Lading (B/L), Certificate of Origin (Certificado de Origen), and EN 10204 3.1 Mill Test Certificates. The MTCs document chemical composition (C, Mn, Si, P, S, Cr, Ni, Mo) and mechanical metrics (Yield Strength, Tensile Strength, Elongation). Pre-shipment metallurgical analysis via positive material identification (PMI) is routinely provided.
Custom architectural wire mesh fabrication times typically range from 3 to 5 weeks, depending on project scale, aperture tooling requirements, and secondary hardware manufacturing (such as custom laser-cut brackets and tension rods). Direct oceanic container freight from major international manufacturing hubs to Puerto San Antonio or Valparaíso typically requires 30 to 40 transit days. For time-critical project mockups or fast-track facade packages, expedited air freight delivery to Arturo Merino Benítez International Airport (SCL) in Santiago is available.
Yes. We function as a complete solutions provider rather than a raw mesh weaver. Our sheet metal and precision machining facilities manufacture complete architectural installation assemblies: including flat clamping bars, pre-drilled angle frames, custom tensioning clevises, turnbuckles, intermediate substructure brackets, and acoustic isolator bushings. This ensures that every component is metallurgically matched (preventing galvanic corrosion between dissimilar metals) and guaranteed to fit precisely when unboxed on site.
Connect with our technical engineering desk to request design calculations, physical sample boxes, or formal bill-of-quantities quotations for Chile.