1050 anti-slip aluminum tread plates are specialized structural sheets manufactured from commercially pure aluminum, containing a minimum of 99.5% aluminum content. These plates undergo specific rolling processes to imprint raised surface geometries, primarily 3-bar, 5-bar, or diamond patterns, engineered to maximize friction and prevent skidding in wet or oily conditions.
Widely supplied in O, H12, H14, and H24 tempers, they offer reliable corrosion resistance, high ductility, and moderate load-bearing characteristics. Production processes strictly adhere to international manufacturing specifications, ensuring precise mechanical consistency and surface integrity.
As highly functional components, 1050 embossed aluminum plates are heavily utilized across industrial engineering, vehicle manufacturing, and architectural projects where lightweight, anti-slip safety materials are mandatory for operational compliance.
Aluminum tread plate 1050 Chemistry Composition
| Alloy | Si | Fe | Cu | Mn | Mg | Cr | Ni | Zn | Ti | Al |
|---|---|---|---|---|---|---|---|---|---|---|
| 1050 | 0.25 | 0.4 | 0.05 | 0.05 | 0.05 | - | - | 0.05 | 0.03 | 99.5 |
Aluminum tread plate 1050 Mechanical Properties & Features
| Aluminum Tread Plate | Anti –tensile strength N/m㎡ | Elongation rate(%) | Hardness | surface |
|---|---|---|---|---|
| 1050-O | 65 - 95Mpa | 35 | 19HB | bright |
| 1050 H12 | 85 - 125Mpa | 18 | 23HB | bright |
| 1050 H14 | 105 - 145Map | 7 | 26HB | bright |
| 1050 H16 | 120 - 160Map | 4 | 30HB | bright |
| 1050 H18 | above 140 Map | 2 | 35HB | bright |
1050 Aluminum Specifications Available
| Product Type | Specification | Details |
|---|---|---|
| General Information | Alloy | 1050 |
| Temper | O, H12, H14, H16, H18, H24, H26, H28 | |
| Forms | Sheet, plate, strip, coil, circle & disc | |
| 1050 Aluminum Sheet & Plate | Thickness | 0.2 mm – 260 mm |
| Sheet: 0.2 – 6.0 mm | Plate: 6.0 – 80 mm | Extra-thick plate: 80 – 260 mm | ||
| Width | 500 – 2650 mm (standard: 1000 / 1250 / 1500 / 2000 mm) | |
| Length | Customized (standard: 2000 / 2500 / 3000 / 6000 mm) | |
| Tolerance | Thickness ±0.02 – ±0.15 mm (per EN 485-4) |
Request an immediate quote to secure competitive wholesale pricing and reliable bulk supply for premium 1050 aluminum checkered plates tailored to your project requirements.
1. Primary Uses and Applications of 1050 anti-slip aluminum tread plates
1050 anti-slip aluminum tread plates function extensively across heavy industrial, architectural, and commercial sectors requiring durable friction surfaces and reliable corrosion resistance under varied environmental parameters.
Industrial Flooring Systems: These anti-slip sheets frequently cover manufacturing walkways, maintenance platforms, and stair treads. Operating efficiently in ambient temperatures from -20°C to 80°C, the 1050 H14 temper plates deliver a typical yield strength of 105 MPa. This structural stability supports continuous pedestrian traffic while mitigating slipping hazards in factory environments.
Commercial Vehicle Structures: Transport manufacturers integrate these panels into refrigerated truck body interior panels / RV accessories and bus step assemblies. Utilizing materials with 99.5% pure aluminum reduces total vehicle weight by approximately 30% compared to traditional steel plates. This weight reduction directly enhances fuel efficiency metrics without compromising load-bearing limits.
Architectural and Infrastructure Components: Infrastructure projects utilize specialized circular cuts, with custom diameter ranges from 500 mm to 1200 mm, for maintenance access covers. The highly reflective mill finish complements modern architectural aesthetics, functioning as protective wall cladding and elevator paneling that resists daily impact and localized abrasion.
Contact our technical sales team to verify available inventory and confirm exact supplier specifications for your upcoming aluminum tread plate orders.
2. Key Benefits and Advantages of 1050 aluminum plate
The inherent physical properties of this pure aluminum alloy deliver measurable technical advantages, ensuring precise dimensional stability, enhanced safety metrics, and superior environmental resilience.
- Optimized Slip Resistance: The engineered surface projections increase the static coefficient of friction by 40% to 60% over standard flat sheets. Conforming to EN 1386 specifications, the raised 1.2 mm pattern height provides critical mechanical traction, severely reducing workplace accidents in processing facilities prone to fluid spills.
- Superior Atmospheric Protection: Exhibiting an aluminum composition exceeding 99.5%, this material autonomously generates a passive oxide layer upon atmospheric exposure. This chemical barrier successfully blocks structural degradation at operating temperatures reaching up to 120°C, maintaining material integrity across varied indoor and external microclimates with minimal maintenance interventions.
- High Fabrication Ductility: Despite possessing a solid yield strength of 105 MPa, the alloy retains an elongation rate of approximately 7% in the H14 temper. This ductility permits complex cold-forming, mechanical pressing, and continuous welding procedures without inducing stress fractures along the structural bend radii.
- Low Specific Gravity: With a measured density of 2.71 g/cm³, these patterned plates minimize the dead load added to existing structural frameworks. This physical characteristic streamlines manual handling and rapid on-site installation, providing high-volume coverage while significantly cutting transport and labor expenditures for large-scale projects.
Submit a formal inquiry today to receive detailed pricing structures and procurement options from a trusted aluminum embossed sheet supplier.
3. Future Development Prospects
Continuous improvements in continuous casting and surface treatment methodologies are expanding the structural capabilities and global industrial adoption rates for patterned aluminum materials.
- Advanced Anti-Oxidation Treatments: Metallurgical researchers are developing ultra-thin anodic coatings that extend the functional lifespan by up to 30%. Operating reliably at extreme temperatures down to -50°C, these protective finishes reinforce the plate against highly acidic industrial fluids while strictly maintaining the required EN 573-3 chemical tolerances.
- Precision Embossing Technologies: Upgrades in high-pressure rolling machinery now achieve tighter dimensional control across complex 3-bar and 5-bar matrices. Manufacturers can consistently maintain pattern heights between 0.8 mm and 1.5 mm, ensuring identical friction coefficients across massive plate batches while conforming to ASTM B209 dimensional guidelines.
- Smart Safety Integration: Future infrastructure designs are embedding piezoelectric load sensors directly beneath specific circular cuts, operating within custom diameter ranges of 300 mm to 800 mm. This integration transforms passive flooring into active monitoring nodes that measure weight distribution and detect hazardous impacts in real time.
- Closed-Loop Material Recycling: The secondary production of this 99.5% pure alloy demands just 5% of the energy consumed during primary smelting processes. Increased implementation of localized recycling programs ensures a highly sustainable supply chain, lowering the overall carbon footprint for modern architectural and transportation manufacturing operations.
Buy 1050 anti-slip aluminum plates directly through our portal to ensure strict standard compliance and fast global delivery.
Conclusion
1050 anti-slip aluminum tread plates deliver critical friction enhancement, structural load distribution, and environmental protection across diverse industrial platforms. By maintaining high elemental purity and strictly adhering to ASTM B209 and EN 1386 specifications, these materials satisfy rigorous engineering demands without adding excessive structural weight.
Their operational reliability spans wide temperature variations, while the easily fabricated alloy supports seamless integration into complex vehicle designs and architectural layouts. As production technologies and recycling efficiencies advance, these embossed plates will continue providing sustainable, high-performance safety solutions for global manufacturing and infrastructure applications.
