| Availability: | |
|---|---|
The Grating Mesh series is characterized by its uniform rectangular grid pattern, offering a perfect balance of durability, functionality, and contemporary design. The open-grid structure efficiently removes dirt, sand, moisture, and debris from footwear, allowing them to pass beneath the mat to help maintain cleaner and safer entrances while providing excellent drainage.
Simple, clean lines are a defining characteristic of modern minimalist architecture and interior design. The distinctive grating mesh pattern serves as both a functional surface and a decorative design element, creating a refined geometric appearance. Combined with an elegant brushed stainless steel finish, it complements glass, stone, concrete, aluminum, and other contemporary building materials, adding a sophisticated visual highlight to any entrance.
Manufactured from premium stainless steel, the Grating Mesh series offers excellent corrosion resistance, high load-bearing capacity, and long service life. It is suitable for both recessed and surface-mounted installations and can be customized in various dimensions, mesh sizes, frame configurations, and surface finishes to meet different architectural and engineering requirements.
Specifications
Material | Stainless Steel 304 or 316 | Component | PE Sheet Mud Plate |
Size | 18’’×18’’Inch (457.2mm×457.2mm) | Style | Modern, Plain, Beautiful |
Connection | Interlock | Gap | 0.8mm-1.6mm |
Thickness | 20mm | Used | Architectural Building Entrance, Door Entrance, Commercial Entrance Floor |
Clean | Use the Mop or vacuum | Installation | On the ground or the reserved grooves 20mm depth |
Available Options
Material: Stainless Steel 304 / 316
Grating Mesh Pattern
Custom Sizes & Shapes
With or Without Stainless Steel Frame
Features & Characteristics
Modern Architectural Appearance. The distinctive grating mesh pattern creates a clean, geometric aesthetic that perfectly complements contemporary architectural and interior designs.
Excellent Dirt & Moisture Removal. The open-grid construction effectively captures dirt, sand, and moisture while allowing them to fall through the mat, keeping entrance areas cleaner.
Superior Slip Resistance. The textured mesh surface provides secure footing and enhances pedestrian safety in both dry and wet conditions.
Excellent Drainage. The open structure allows rainwater, snow, and debris to pass through quickly, preventing water accumulation.
Corrosion Resistance. Manufactured from premium stainless steel for outstanding resistance to corrosion, rust, and weathering, making it suitable for both indoor and outdoor environments.
High Strength & Long Service Life. Engineered to withstand continuous pedestrian traffic while maintaining its structural integrity and attractive appearance.
Easy Installation & Maintenance. Available with recessed frames or surface-mounted configurations, allowing quick installation and simple cleaning.
Custom Manufacturing. Custom dimensions, mesh patterns, frame designs, and finishes are available to satisfy specific architectural and project requirements.
Project Applications
Commercial Building Entrances: Installed at office buildings, shopping malls, hotels, and business centers to maintain clean and safe entrances.
Airports & Railway Stations: Ideal for high-traffic transportation terminals where durability and effective dirt removal are essential.
Hospitals & Healthcare Facilities: Provides a hygienic entrance solution with excellent drainage and easy cleaning.
Educational Institutions: Suitable for schools, universities, and public buildings with heavy daily pedestrian traffic.
Residential & Apartment Buildings: Used at apartment lobbies, villas, and residential entrances to reduce dirt and moisture entering the building.
Industrial & Manufacturing Facilities: Installed at factory entrances, workshops, and warehouses to improve workplace cleanliness and safety.
Public Infrastructure: Widely used in museums, stadiums, exhibition centers, government buildings, and other public facilities requiring durable entrance flooring.
