Elevator Wire Mesh Explained: Structure, Material Properties, and Common Industrial Uses

Types of Elevator Wire Mesh

Elevator wire mesh, also known as metal mesh or elevator grilles, is a critical component in modern elevator design, offering a perfect balance of safety, durability, and aesthetic appeal. Used in elevator doors, walls, and enclosures, wire mesh ensures passenger visibility while maintaining structural integrity and security. Made from various metals and manufacturing techniques, these meshes differ in strength, corrosion resistance, visual style, and application suitability. Whether for commercial high-rises or luxury residential buildings, choosing the right type enhances both functionality and design.

Stainless Steel Wire Mesh

Made from an alloy of steel, chromium, and nickel, this is the most widely used elevator mesh due to its exceptional durability and resistance to rust and corrosion.

Advantages

• High resistance to corrosion and oxidation
• Excellent strength and longevity
• Low maintenance and easy to clean
• Available in multiple finishes (brushed, mirror, black, satin)
• Suitable for both indoor and outdoor elevators

Limitations

• Higher initial cost compared to other materials
• Can show fingerprints and smudges (especially mirror finish)
• Heavier than aluminum or brass options

Best for: High-traffic commercial buildings, hospitals, outdoor elevators, environments requiring hygiene and durability

Brass Wire Mesh

Crafted from a copper-zinc alloy, brass mesh offers a warm, golden hue that adds elegance and luxury to elevator interiors.

Advantages

• Premium aesthetic with a rich, warm color
• Natural antimicrobial properties
• Develops a beautiful patina over time
• Corrosion-resistant in indoor environments
• Excellent for decorative and architectural applications

Limitations

• More expensive than stainless steel or aluminum
• Requires regular polishing to maintain shine
• Less suitable for high-moisture or outdoor areas
• Softer metal, prone to scratches and dents

Best for: Luxury hotels, high-end residential buildings, historical renovations, lobbies with premium design themes

Aluminum Wire Mesh

Lightweight and corrosion-resistant, aluminum mesh is ideal for applications where weight and cost are key considerations.

Advantages

• Extremely lightweight, reducing structural load
• Resistant to rust and corrosion
• Available in powder-coated finishes (black, silver, custom colors)
• Energy-efficient to produce and transport
• Cost-effective for large installations

Limitations

• Less durable than stainless steel
• Lower tensile strength, not ideal for high-impact areas
• Can dent or deform under pressure
• Limited finish options compared to stainless steel

Best for: Low-to-medium traffic elevators, budget-conscious projects, retrofit installations, interior decorative panels

Galvanized Wire Mesh

Made from mild steel coated with a layer of zinc, galvanized mesh offers basic protection against rust at an affordable price.

Advantages

• Lowest cost among metal mesh options
• Good short-term corrosion resistance
• Strong and rigid structure
• Widely available and easy to fabricate

Limitations

• Zinc coating can wear off over time, leading to rust
• Not suitable for humid or outdoor environments
• Less aesthetically pleasing; often requires painting
• Shorter lifespan compared to stainless or aluminum

Best for: Industrial elevators, service lifts, temporary installations, cost-sensitive interior applications

Woven Wire Mesh

Created by interlacing metal wires in patterns like plain, twill, or Dutch weave, this mesh offers a modern, open appearance with excellent visibility.

Advantages

• Highly customizable patterns and apertures
• Excellent light transmission and visibility
• Modern, architectural aesthetic
• Can be made from stainless steel, brass, or aluminum
• Flexible design for curved or shaped enclosures

Limitations

• Less structural rigidity than solid sheets
• May require additional framing for support
• Higher cost for complex weaves
• Potential for wire loosening if not properly tensioned

Best for: Contemporary office buildings, modern lobbies, design-focused interiors, artistic elevator installations

Perforated Metal Sheet

Manufactured by punching holes into flat metal sheets (stainless, aluminum, or galvanized steel), this option provides a clean, uniform appearance.

Advantages

• High structural strength and rigidity
• Consistent, repeatable hole patterns
• Available in various hole shapes (round, square, slotted)
• Cost-effective for large panels
• Good airflow and sound diffusion properties

Limitations

• Less visual depth compared to woven mesh
• Heavier than woven alternatives
• Less flexibility in design curvature
• Edges can be sharp if not finished properly

Best for: Modern elevators, acoustic applications, ventilation panels, minimalist design schemes

Type	Material	Durability	Aesthetic Appeal	Best Use Case
Stainless Steel	Steel + Chromium	Excellent	High (modern, clean)	Commercial, medical, outdoor elevators
Brass	Copper + Zinc	Good (indoor)	Very High (luxury, warm)	Luxury buildings, hotels, lobbies
Aluminum	Aluminum Alloy	Good	Moderate (lightweight, sleek)	Budget projects, interior panels
Galvanized	Steel + Zinc Coating	Fair	Low (industrial look)	Industrial lifts, service elevators
Woven Mesh	Various metals	Good	Very High (artistic, open)	Modern, design-focused interiors
Perforated Sheet	Flat metal sheets	Very Good	High (clean, uniform)	Minimalist designs, acoustic panels

Expert Tip: For outdoor or high-humidity environments, always opt for stainless steel or aluminum mesh to prevent premature corrosion. Pair with proper sealing and drainage in the elevator design for maximum longevity.

Functions and Features of Elevator Wire Mesh

Elevator wire mesh is a critical component in modern elevator design, combining safety, functionality, and aesthetic appeal. It is widely used in elevator cabs, especially in glass or open-view elevators, to enhance passenger experience while maintaining structural integrity and compliance with safety standards. Understanding its functions and features helps architects, engineers, and building managers make informed decisions when selecting materials for vertical transportation systems.

Key Functions of Elevator Wire Mesh

Visibility & Aesthetic Transparency

One of the most essential functions of elevator wire mesh is to provide clear visibility through the elevator walls. This allows passengers to see outside the cab during movement and observe floor landings as the elevator arrives. This transparency reduces feelings of confinement, especially in glass elevators, contributing to a more pleasant and less claustrophobic experience.

Additionally, the see-through nature of wire mesh enhances safety by allowing external observers—such as security personnel or maintenance staff—to monitor elevator activity without needing to open the doors. This is particularly valuable in public buildings, hospitals, and high-traffic commercial spaces.

Improved Ventilation

The open structure of wire mesh enables natural air circulation within the elevator cab. Unlike solid walls, which can trap heat and moisture, wire mesh promotes airflow, helping to regulate temperature and reduce humidity buildup—especially important during peak usage times or power outages.

Proper ventilation not only improves passenger comfort but also helps prevent mold growth and corrosion of internal components, thereby extending the lifespan of the elevator system.

Light Transmission & Illumination

Wire mesh panels allow ambient light to pass through the elevator walls, enhancing natural lighting in glass-walled or atrium-style elevators. This feature reduces reliance on artificial lighting during daylight hours, contributing to energy efficiency and a brighter, more welcoming environment.

The interplay of light and shadow through the mesh pattern can also create visually appealing effects, adding architectural elegance to the building’s interior design.

Passenger Safety & Fall Prevention

Safety is the foremost purpose of elevator wire mesh. It acts as a robust barrier that prevents passengers—especially children—from extending limbs through gaps in the cab walls, reducing the risk of injury during operation.

Manufactured from high-tensile materials, the mesh is engineered to withstand impact, tampering, and wear over time. It complies with international safety codes (such as ASME A17.1 and EN 81) that mandate protective enclosures for moving elevator cabs.

Structural Support & Stability

Beyond safety, wire mesh contributes to the overall structural rigidity of the elevator cab. When integrated into the frame or used as infill panels, it reinforces the enclosure and helps distribute mechanical stress evenly across the structure.

This added support is especially important in panoramic or semi-open elevators where traditional solid walls are minimized for design purposes. The mesh ensures the cab remains stable and secure under dynamic loads and vibrations during travel.

Weight Reduction & Energy Efficiency

Compared to solid metal or glass panels, wire mesh is significantly lighter while still offering strength and durability. This reduced weight lowers the overall load on the elevator’s lifting mechanism, resulting in decreased energy consumption and reduced wear on motors and cables.

The lightweight nature of wire mesh also simplifies installation and transportation, making it a cost-effective choice for both new installations and retrofits.

Essential Features of Elevator Wire Mesh

Durability and Corrosion Resistance: Elevator wire mesh is typically constructed from stainless steel, galvanized steel, or aluminum alloys—materials known for their resistance to rust, moisture, and environmental degradation. This ensures long-term performance even in high-humidity environments like swimming pools, coastal buildings, or underground parking facilities.

Variety of Surface Finishes: To match diverse architectural styles, wire mesh is available in multiple finishes such as brushed stainless steel, powder-coated colors, polished chrome, and galvanized coatings. These options enhance visual appeal while providing additional protection against scratches and corrosion.

Customizability and Design Flexibility: Wire mesh can be tailored to fit any elevator design. Parameters such as mesh aperture (hole size), weave pattern (e.g., plain, welded, or expanded metal), thickness, and dimensions can be customized to meet specific engineering and aesthetic requirements. This makes it ideal for unique installations in luxury residences, museums, and commercial towers.

Low Maintenance and Easy Cleaning: The open structure of the mesh prevents the accumulation of dust, dirt, and debris. Routine cleaning can be performed with mild detergents and soft cloths, minimizing maintenance costs and downtime. Its smooth surface resists fingerprints and smudges, keeping the elevator looking pristine with minimal effort.

Feature	Benefit	Common Applications
Stainless Steel Construction	High strength, corrosion-resistant, hygienic	Hospitals, food processing plants, coastal buildings
Powder-Coated Finish	Color customization, scratch resistance	Lobbies, retail spaces, modern offices
Welded Wire Mesh	Uniform grid, high rigidity	Industrial elevators, service lifts
Expanded Metal Mesh	Lightweight, decorative patterns	Atrium elevators, hotels, residential buildings

Important: Always ensure that elevator wire mesh complies with local building codes and safety regulations. Improper installation or substandard materials can compromise passenger safety and lead to regulatory violations. Consult with certified elevator engineers and use only tested, code-compliant products during installation or upgrades.

Scenarios of Elevator Wire Mesh

Elevator wire mesh is a versatile, durable, and safety-focused material widely used across multiple industries. Known for its strength, visibility, and airflow capabilities, it plays a crucial role in both structural safety and functional design. Below are the most common and impactful applications where elevator wire mesh is utilized, expanded with technical insights and real-world context.

Elevator Cages

One of the primary uses of wire mesh is in the construction of elevator cages, especially in temporary or industrial elevators such as those used on construction sites, warehouses, and high-rise buildings. The mesh provides a secure enclosure that prevents passengers or materials from falling while maintaining visibility and allowing natural light and ventilation.

• Commonly made from galvanized steel or stainless steel for corrosion resistance
• Mesh openings are engineered to meet safety standards (e.g., OSHA, EN 12195) to prevent limb entrapment
• Used in personnel hoists and material lifts where open visibility is essential for operator awareness
• Often combined with rigid panels in hybrid designs for added protection

Key benefit: Enhances safety without compromising on airflow or visibility—ideal for dynamic work environments.

Staircases and Stairwells

In buildings without elevators—or where stairs serve as emergency exits—wire mesh is frequently used as protective side panels or balustrades. It prevents falls while offering an unobstructed view, making it ideal for commercial, industrial, and public buildings.

• Installed on open-riser staircases in factories, parking structures, and transit stations
• Meets building code requirements for guardrail height and mesh density
• Available in powder-coated or anti-slip variants for high-traffic areas
• Reduces wind load in outdoor staircases compared to solid panels

Design advantage: Combines safety compliance with modern aesthetics in architectural applications.

Lift Shafts and Elevator Shafts

Lift shafts are vertical enclosures that house elevator cars, counterweights, and guide rails. Wire mesh is often used as temporary or permanent screening at access points or inspection areas to ensure safety while allowing visual monitoring of elevator operations.

• Used during construction phases to secure open shafts before final glazing or cladding
• Installed in freight elevators and service lifts where visibility into the shaft is needed
• Complies with safety regulations for fall protection in high-rise construction
• Can be integrated with access doors and locking mechanisms for controlled entry

Critical function: Provides a balance between safety, inspection access, and site security during and after construction.

Ventilation Systems

Wire mesh acts as a protective barrier in HVAC and industrial ventilation systems. Installed at intake and exhaust vents, it prevents debris, pests, and large particles from entering the ductwork, ensuring system longevity and efficient airflow.

• Typically made from corrosion-resistant aluminum or stainless steel
• Mesh density is selected based on particle size to be filtered (e.g., 1/4" or 1/2" openings)
• Used in data centers, manufacturing plants, and commercial kitchens
• Can be combined with filters for enhanced air quality control

Efficiency tip: Properly sized mesh reduces maintenance frequency and prevents system clogs.

Security Fencing

Elevator wire mesh is increasingly used in high-security applications due to its durability and visibility. It serves as a robust deterrent against intrusion while enabling surveillance of enclosed areas—making it ideal for sensitive or restricted zones.

• Commonly deployed in prisons, military bases, data centers, and secure storage facilities
• Resistant to cutting, climbing, and forced entry when properly tensioned and mounted
• Available in welded or woven configurations depending on security level required
• Often paired with alarm systems or CCTV for integrated security solutions

Security advantage: Offers a transparent yet formidable barrier that supports both physical and visual monitoring.

Industrial Material Handling

In industrial settings such as mining, manufacturing, and logistics, wire mesh is used in vertical conveying systems to transport goods safely and efficiently. These systems include bucket elevators, conveyor belts with mesh belts, and sorting platforms.

• Withstands heavy loads and abrasive materials like ore, grains, and scrap metal
• Allows for drainage and dust escape in wet or dusty environments
• Customizable mesh patterns for different material sizes and flow rates
• Often coated with PVC or rubber to reduce wear and noise

Operational benefit: Improves throughput and safety in automated material handling systems.

Professional Insight: When selecting elevator wire mesh for any application, consider the material (galvanized steel, stainless steel, aluminum), mesh size, tensile strength, and environmental exposure. For outdoor or corrosive environments, stainless steel or powder-coated options are recommended. Always ensure compliance with local safety codes and industry standards such as ASTM, ISO, or OSHA.

Application	Common Material	Key Function	Typical Environment
Elevator Cages	Galvanized Steel	Fall prevention, visibility	Construction sites, warehouses
Staircases	Stainless Steel / Powder-Coated	Edge protection, code compliance	Commercial buildings, transit hubs
Lift Shafts	Galvanized Steel Mesh	Shaft access control, safety	High-rise construction, garages
Ventilation Systems	Aluminum / Stainless Steel	Debris filtration, airflow	Industrial plants, data centers
Security Fencing	Welded Stainless Steel	Intrusion resistance, visibility	Prisons, military, secure facilities
Industrial Handling	Reinforced Steel with Coating	Vertical material transport	Mining, manufacturing, logistics

Additional Considerations

• Customization: Wire mesh can be tailored in size, shape, and finish to fit unique architectural or engineering requirements.
• Fire Safety: Non-combustible materials like steel mesh contribute to fire-resistant building designs.
• Maintenance: Regular inspection for corrosion, deformation, or loose fasteners ensures long-term performance.
• Aesthetic Integration: Modern designs allow wire mesh to blend seamlessly into architectural facades or interior spaces.
• Sustainability: Recyclable materials and long service life make wire mesh an eco-friendly choice.

How to Choose Elevator Wire Mesh: A Comprehensive Buyer’s Guide

Selecting the right elevator wire mesh is crucial for safety, functionality, and aesthetics in both residential and commercial buildings. Elevator wire mesh serves multiple purposes—from enhancing ventilation and visibility to contributing to the overall design of the elevator cabin. However, making the right choice requires careful consideration of several key factors. This guide outlines everything you need to know before purchasing elevator wire mesh, ensuring your selection meets safety standards, environmental demands, and design expectations.

Safety First: Always verify that the wire mesh complies with local building codes and elevator safety regulations such as ASME A17.1 (USA), EN 81 (Europe), or other regional standards. Non-compliant materials can compromise passenger safety and lead to regulatory penalties.

Key Factors to Consider When Choosing Elevator Wire Mesh

• Safety and Compliance

  The primary function of elevator wire mesh is to ensure structural integrity and passenger safety. The mesh must be able to withstand mechanical stress, impact, and long-term wear. It should meet or exceed industry-specific safety certifications and building code requirements.

  When evaluating wire mesh for compliance, check for:

  • Load-bearing capacity and tensile strength ratings
  • Certification from recognized testing bodies (e.g., UL, TÜV, or CE marking)
  • Fire resistance and smoke emission properties, especially in high-rise buildings
  • Impact resistance to prevent deformation under pressure

  Consult with your elevator manufacturer or building inspector to confirm that the chosen mesh aligns with local regulatory frameworks.

• Material and Coating

  The material used in the construction of the wire mesh significantly affects its durability, corrosion resistance, and maintenance needs. Common materials include:

  • Stainless Steel (304 or 316 grade): Offers excellent corrosion resistance, high strength, and a sleek appearance. Ideal for humid environments or coastal areas.
  • Galvanized Steel: Coated with a protective zinc layer to resist rust. Cost-effective but less durable than stainless steel in aggressive environments.
  • Mild Steel: Economical but prone to rust without proper coating. Requires additional protective finishes for longevity.

  In addition to base material, consider the type of surface coating:

  • Powder coating for color customization and added protection
  • Epoxy coatings for enhanced chemical and moisture resistance
  • PVD (Physical Vapor Deposition) finishes for premium aesthetic appeal and scratch resistance

  Choosing the right combination of material and coating ensures long-term performance and reduces lifecycle costs.

• Visibility and Light Transmission

  Elevator wire mesh should allow sufficient visibility between the cabin and the shaft while maintaining privacy and safety. High visibility improves passenger comfort and enables monitoring in emergency situations.

  Key considerations include:

  • Mesh aperture size (the space between wires)—smaller openings provide more privacy but reduce light flow
  • Wire thickness and weave pattern (e.g., welded, woven, or expanded metal)
  • Transparency percentage—ideally between 40% and 70% for balanced light and visibility

  For glass elevators or open-concept designs, opt for fine-weave stainless steel mesh that maximizes natural light without compromising structural integrity.

• Aesthetic and Design

  The elevator is often a focal point in modern architecture, and the wire mesh contributes significantly to its visual impact. It should complement the interior design theme—whether minimalist, industrial, luxury, or contemporary.

  Available design options include:

  • Different weave patterns (diamond, square, hexagonal, or custom laser-cut designs)
  • Color finishes (brushed, polished, matte, black, gold, or custom powder-coated hues)
  • Custom logos or decorative elements integrated into the mesh

  Work with architects or interior designers to select a mesh style that enhances the building’s aesthetic while maintaining functionality.

• Ventilation and Airflow

  Proper ventilation is essential in enclosed elevator cabins to prevent stuffiness, control humidity, and ensure air quality. Wire mesh allows natural airflow, reducing reliance on mechanical ventilation systems.

  To optimize airflow:

  • Choose a mesh with larger apertures where safety permits
  • Ensure uniform distribution of openings across the panel surface
  • Avoid overly dense weaves that restrict air movement

  In climate-controlled environments, balance ventilation needs with thermal efficiency by selecting mesh with moderate openness.

• Maintenance and Cleaning

  Over time, elevator wire mesh can accumulate dust, fingerprints, and environmental pollutants. Selecting a low-maintenance option reduces cleaning frequency and preserves appearance.

  Factors affecting maintenance include:

  • Material resistance to staining and corrosion (stainless steel requires minimal upkeep)
  • Surface finish—smooth finishes are easier to wipe clean than textured ones
  • Coating durability against abrasion and cleaning chemicals

  For high-traffic buildings like malls or offices, choose easy-to-clean finishes and schedule regular inspections to maintain hygiene and appearance.

Selection Factor	Recommended Options	Performance Benefits	Best For
Safety & Compliance	Stainless steel mesh with CE/ASME certification	High strength, impact resistance, code compliance	Commercial, high-rise, public buildings
Material & Coating	316-grade stainless steel with PVD finish	Superior corrosion resistance, premium look	Coastal areas, luxury interiors
Visibility & Light	50–60% transparency, fine diamond weave	Good natural lighting, clear visibility	Glass elevators, atriums
Aesthetic Design	Custom laser-cut patterns, colored coatings	Architectural enhancement, brand identity	Hotels, lobbies, corporate offices
Ventilation	Expanded metal or large-aperture mesh	Optimal airflow, reduced condensation	Enclosed cabins, humid climates
Maintenance	Smooth stainless steel with anti-fingerprint coating	Easy cleaning, long-lasting finish	Hospitals, schools, shopping centers

Expert Tip: Before finalizing your purchase, request physical samples of the wire mesh to evaluate texture, finish, and light transmission in real-world conditions. This helps avoid mismatches between expectations and actual performance.

Additional Recommendations

• Collaborate with elevator manufacturers or suppliers early in the design phase to ensure compatibility with cabin dimensions and door mechanisms.
• Consider acoustics—some wire mesh types can help dampen noise when combined with sound-absorbing backings.
• For retrofitting projects, verify that the new mesh fits existing frames without requiring costly modifications.
• Ask for warranty details covering material defects, coating durability, and structural integrity.
• Ensure installation is performed by trained professionals to maintain alignment, tension, and safety compliance.

Choosing the right elevator wire mesh is more than a functional decision—it’s an investment in safety, comfort, and architectural harmony. By carefully evaluating material, design, ventilation, and regulatory requirements, you can select a solution that performs reliably for years while enhancing the overall user experience. When in doubt, consult with engineering and design experts to make an informed, future-ready choice.

Elevator Wire Mesh: Frequently Asked Questions

Q1: What Are the Regulations Regarding Elevator Wire Mesh?

Elevator wire mesh installations are subject to various safety and building regulations that differ by country, region, and local jurisdiction. Compliance is essential to ensure passenger safety, structural integrity, and code adherence. Key regulatory considerations include:

• Building and Safety Codes: Most regions require elevator components—including wire mesh panels—to comply with national or international standards such as ASME A17.1 (in the U.S.), EN 81 (in Europe), or local building regulations. These codes may specify material strength, fire resistance, and visibility requirements.
• Fire Safety Standards: In many commercial buildings, wire mesh must not obstruct emergency visibility or hinder smoke detection systems. Some jurisdictions require mesh to be non-combustible and rated for fire resistance.
• Accessibility Requirements: Mesh design must not interfere with accessibility standards (e.g., ADA in the U.S.), ensuring clear sightlines and unimpeded access for all users.
• Documentation and Certification: Manufacturers and installers should provide certification that the wire mesh meets required specifications, including load-bearing capacity, corrosion resistance, and compliance with applicable codes.

To ensure full compliance, consult with a licensed elevator inspector or building authority before installation or modification.

Q2: How to Maintain Elevator Wire Mesh?

Proper maintenance of elevator wire mesh ensures longevity, appearance, and continued safety. Fortunately, care is straightforward and can be performed with minimal tools. Follow these best practices:

• Regular Cleaning: Use a soft brush or microfiber cloth with warm water to gently remove dust and surface grime. Avoid abrasive scrubbers that could damage protective coatings.
• Stubborn Stains: For tougher dirt or fingerprints, mix a mild, non-corrosive detergent with water. Apply with a sponge, rinse thoroughly, and dry immediately to prevent water spots or rust formation—especially on steel-based meshes.
• Drying: Always air-dry the mesh completely after cleaning. Trapped moisture can lead to corrosion over time, particularly in high-humidity environments.
• Inspection: Periodically check for signs of wear, such as loose wires, sharp edges, or corrosion. Address any damage promptly to maintain safety and aesthetics.
• Professional Servicing: In commercial or high-traffic buildings, consider scheduling professional cleaning and inspection every 6–12 months to ensure optimal condition.

With consistent care, elevator wire mesh can remain functional and visually appealing for many years.

Q3: What Is the Difference Between Wire Mesh and Wire Grilles?

While both wire mesh and wire grilles are used in elevator interiors and architectural applications, they serve different functional and aesthetic purposes. Understanding the distinction helps in selecting the right option for your needs:

Feature	Wire Mesh	Wire Grilles
Design Pattern	Tightly woven, fine grid with small openings for enhanced security and privacy.	Open, structured patterns (e.g., geometric, linear) designed for visual appeal and airflow.
Primary Use	Security reinforcement, tamper resistance, and privacy in elevator cabs or service areas.	Decorative enhancement, ventilation, and partial visibility while maintaining an elegant look.
Visibility	Limited; offers partial to full privacy depending on mesh density.	High; allows clear line of sight through the grille for open, airy aesthetics.
Ventilation	Moderate; allows some airflow but less than grilles due to tighter weave.	Excellent; open design promotes air circulation, ideal for climate control.
Material & Finish	Often stainless steel or galvanized steel with anti-corrosion coating.	Available in stainless steel, aluminum, or powder-coated metals for design flexibility.
Common Applications	High-security elevators, industrial settings, and older elevator retrofits.	Luxury buildings, modern lobbies, and designer elevator interiors.

In summary, choose wire mesh for durability and security, and opt for wire grilles when aesthetics, ventilation, and visibility are priorities. Many modern installations combine both elements to balance form and function.