Category: Infill Systems

Technical Specifications

Functional Features

Versatile Design Options
Our stainless steel infill systems offer unlimited customization with wire mesh, perforated panels, and solid rod configurations. The mesh patterns range from standard 1″ x 1″ openings to architectural 4″ x 4″ designs, providing optimal visibility while maintaining code compliance for child safety requirements.

Superior Structural Performance
316L stainless steel construction delivers 67% higher load capacity compared to aluminum alternatives, supporting 125 lbs per square foot versus the 75 lb standard. The high-tensile wire construction maintains structural integrity under dynamic loading conditions that cause aluminum systems to fatigue and fail.

Maintenance-Free Operation
Unlike galvanized steel infill that requires recoating every 3-5 years, our stainless steel systems need only annual cleaning with mild detergent. The non-porous surface prevents debris accumulation and biological growth that plague mesh systems in humid environments.

Advanced Corrosion Resistance
Our marine-grade 316L option withstands 1000+ hour salt spray exposure without degradation, compared to 48 hours for coated steel alternatives. The chromium oxide passive layer self-repairs minor scratches, maintaining protection throughout the 25+ year service life.

Application Scenarios

Industrial Manufacturing Platforms
Chemical processing facilities utilize our 316L wire mesh infill systems for elevated walkways where aggressive vapors destroy standard materials. The 4x safety factor design handles emergency evacuation loads while the open mesh maintains airflow for vapor dispersion and equipment cooling.

Marine Commercial Properties
Waterfront restaurants and resort balconies require infill systems that resist salt spray while providing unobstructed ocean views. Our perforated panel options offer enhanced privacy without blocking coastal breezes, essential for outdoor dining comfort.

Healthcare Facility Courtyards
Hospital atriums and assisted living facilities benefit from our antimicrobial stainless steel surfaces that prevent pathogen accumulation. The mesh design allows natural light penetration while creating secure barriers for patients with cognitive impairments.

High-Rise Residential Balconies
Urban apartments utilize our solid rod infill systems to maintain panoramic city views while meeting wind load requirements. The curved installation capability follows architectural features without compromising structural performance.

Food Processing Walkways
Manufacturing plants processing food products require infill systems that withstand frequent washdowns with industrial sanitizers. Our 240-grit brush finish resists chemical attack while facilitating complete decontamination between production runs.

Frequently Asked Questions

What infill options are available for different aesthetic preferences?
We offer wire mesh (woven and welded patterns), perforated panels with various hole sizes, and solid rod configurations. Each option provides different levels of transparency, privacy, and visual impact while maintaining structural performance and code compliance.

How do stainless steel infill systems compare to aluminum for load capacity?
Stainless steel infill systems support 125 lbs per square foot compared to 75 lbs for aluminum mesh. The higher tensile strength prevents deflection under load and extends service life in high-traffic applications where aluminum systems experience fatigue failure.

What mesh opening sizes are available while maintaining code compliance?
Standard offerings range from 1″ x 1″ to 4″ x 4″ openings, with the 4″ maximum ensuring child safety compliance. Custom patterns are available for architectural applications, but all designs must prevent passage of a 4-inch diameter sphere per building codes.

Can infill systems be retrofitted to existing railing structures?
Yes, our framed infill panels are designed for easy integration with existing railing systems. Multiple mounting options including welded tabs, mechanical fasteners, and compression fit systems accommodate various post and rail configurations.

What maintenance is required for stainless steel infill systems?
Annual cleaning with mild detergent and water maintains optimal appearance and performance. Unlike coated systems requiring periodic refinishing, stainless steel infill provides maintenance-free operation throughout its 25+ year service life.

How do wire mesh patterns affect visibility and airflow?
Larger mesh openings provide better visibility and airflow but may compromise privacy. Our design team can recommend optimal patterns based on your specific requirements for transparency, security, and environmental conditions.

Are infill systems suitable for curved or angled installations?
Solid rod infill systems excel in curved applications, while wire mesh panels accommodate moderate curves. Perforated panels work best in straight runs but can be fabricated with slight bends to follow architectural features.

What structural testing validates infill system performance?
All systems undergo load testing to 4x safety factors, far exceeding the required 125 lb per square foot capacity. Testing includes concentrated loads, uniform loads, and fatigue cycling to ensure long-term reliability under actual use conditions.

Professional Information

Building Code Compliance
Our infill systems exceed International Building Code (IBC) Section 1015.2 requirements for 4-inch sphere exclusion and 50 lb per linear foot infill loading. OSHA 29 CFR 1910.29 compliance ensures workplace safety with enhanced load factors for industrial applications.

Material Standards Certification
ASTM A240 stainless steel specifications guarantee consistent metallurgical properties across all wire mesh and panel components. Mill test certificates document chemical composition and mechanical properties, with 316L marine grade certification for aggressive environment applications.

Structural Testing Standards
ASTM E935 load testing validates capacity at 4x safety factors, significantly exceeding code minimums. Cyclic fatigue testing per ASTM D7791 demonstrates long-term performance under repeated loading conditions typical of high-traffic installations.

Fabrication Quality Assurance
AWS D18.1 welding standards ensure proper joint integrity in fabricated assemblies. ISO 9001:2015 quality management certification guarantees manufacturing consistency, with dimensional tolerances maintaining ±1mm accuracy for precise fit-up.

Surface Treatment Specifications
240-grit brush finish per ASTM A480 provides optimal appearance and cleanability for architectural applications. Passivation treatment per ASTM A967 maximizes corrosion resistance, while salt spray testing per ASTM B117 validates 1000+ hour performance in marine environments.