PROJECT PROCESSING FOR ARCHITECTURAL DESIGNER
You just provide the drawing, project timeline, and your specific requirements, and we take care of the rest.
Walkjay boasts a team of seasoned and certified engineers, designers, sales consultants, and production experts, deeply committed to the research and development of cutting-edge aluminum wall-cladding solutions. Here’s the project process for architectural designers. Equipped with state-of-the-art machinery and tools, we excel in performing sophisticated tests, production, and delivery processes. Ultimately, our mission is to transform your architectural visions into tangible masterpieces.
Project Time
Architectural CAD Drawings
Specific Requirement
5 Essential Steps to Ensure Your Project's Success
Step 1: Considerations for Aluminum panel Design:
Dive deep into a comprehensive evaluation of the architectural design you’re considering, focusing on the design and overall structure of the aluminum panels. This includes:
Specifications of Aluminum Panels:
Width:
- Aluminum panel manufacturers typically use rolled materials with common widths ranging from 1.5m to 2.4m or wider.
- It’s recommended to prioritize widths of 1.5m or less due to cost-effectiveness and shorter supply cycles.
- Wider panels can be more expensive and prone to deformation.
Length:
Most bending equipment can handle up to 6m. Therefore, it’s not advisable to process aluminum panels longer than this to avoid handling and processing issues.
Powder Coating:
Aluminum panels with powder coating can fade when exposed to UV rays, so they’re best suited for areas not directly exposed to sunlight.
Bending and Welding:
Continuous bending and multiple welds can lead to significant cumulative errors and may compromise the finish.
Avoid complex components or break them down into simpler sections to maintain precision and finish quality.
Enclosed Cavity Aluminum Panels:
These panels can deform or even explode during welding and coating due to heat.
It’s best to avoid this design, or if necessary, create ventilation holes in inconspicuous areas to mitigate heat buildup.
Backing for Glass:
Ensure a gap between the aluminum panel and the glass to prevent rapid temperature changes that could deform or shatter the glass, particularly if it is tempered. This precaution is essential to maintain the integrity and safety of the glass in varying environmental conditions.
Step 2: Nearly 100% Design Replication:
We understand the effort designers put into aluminum panel projects. Our engineers strive to preserve the original design concept while recommending modifications for production feasibility. For intricate designs, we employ laser engraving for sharp details, 3D modeling for multidimensional appeal, and curved or double-curved techniques for added depth and dimension.
Techniques for Intricate Designs
For designs that demand intricate detailing and unique aesthetics, we employ a range of advanced techniques:
Laser Engraving:
- This method offers precision, resulting in sharp and clear details that enhance the overall design.
Turret Punching:
- Turret punching is a versatile and efficient method for creating patterns, holes, and other design elements in metal panels. It provides both functionality and aesthetic appeal to the finished product.
Curved and Double-Curved Techniques:
- For designs that require a sense of depth or a unique form factor, we use curved or double-curved techniques. These methods add layers and depth, making the panels more visually appealing and dynamic.
Color Selection:
- International Color Codes: We can match colors using standard international codes such as RAL and Pantone.
- Factory’s Existing Colors: Choose from a range of colors that we currently have in our factory.
- Custom Colors: Send us a color sample, and we will accurately match it to meet your specific requirements.
Step 3: Installation Recommendations:
Our team provides installation advice tailored to the actual site conditions, ensuring the feasibility and efficiency of the process. Each panel is clearly labeled for easy reference and installation, streamlining the workflow and minimizing errors.
Gap Installation:
This method leaves a uniform gap between panels, which is filled with foam and sealant to prevent rainwater infiltration and thermal deformation. It is adjustable and can accommodate minor discrepancies between design and actual measurements, ensuring a durable and weather-resistant finish.
Tight Installation:
This method provides a seamless look, ideal for indoor walls and ceilings. It requires precise installation to achieve a flawless appearance, making it perfect for spaces where aesthetics are paramount.
Step 4: Minimum Order, Delivery Time, and Packaging:
Step 5: Efficient Production Plan and Timely Delivery
Why choose Alumideas for interior panels?
The walkjay panels are manufactured from high quality aluminum to ensure superior durability and a long-lasting finish that withstands daily wear and tear, making them ideal for high-traffic areas.
Our panels offer endless design possibilities, including a wide range of colors, textures and patterns. walkjay offers tailored solutions to meet your specific aesthetic and functional needs, ensuring that your interior space is unique.
Walkjay is committed to sustainability, using environmentally friendly materials and processes to ensure that our panels are not only aesthetically pleasing, but also contribute to the greening of the planet.
Safety is our top priority. walkjay panels are carefully designed to meet stringent fire standards, providing peace of mind for commercial and residential applications.
The walkjay panels are designed to be easy to install and simple to maintain, which ensures a hassle-free experience and long-term cost savings.
Walkjay offers hundreds of styles of aluminum panels
We ensure your projects shine with top-notch, cost-effective aluminum panels, delivered on schedule and within budget.