Our temporary roofs/covers are ingeniously crafted to shield work areas from the unpredictable elements. They are predominantly utilized when a building's envelope is compromised due to necessary repair or construction activities. Each bespoke temporary roof structure is meticulously designed to account for seasonal wind loads, ensuring the integration of necessary ballast, physical ties, and ground anchors to steadfastly prevent uplift, guaranteeing safety and stability.
The cutting-edge aluminum alloy roofing system by King Machinery Manufacturing is an exemplary model of integrated system design. It offers unparalleled economic efficiency, ensuring maximum safety and efficiency across diverse environments. Experience the pinnacle of roofing innovation with a system that underscores reliability and performance.
This comprehensive system of weather protection is expertly crafted, primarily through an advanced bending and welding process. It features a high-altitude mesh structure and resilient cladding, providing unparalleled protection for construction sites and buildings. The system ensures a workspace that is both comfortable and safe, irrespective of the weather conditions.
Boasting exceptional durability and a remarkably long service life, our system is engineered for effortless setup. It can be pre-assembled at ground level, facilitating easy relocation into place via crane. This innovative approach ensures swift deployment and enhanced project efficiency.
Weather protection
Our Roof Systems serve as a robust and adaptable temporary weather protection solution. They are perfectly suited for an array of applications across residential, commercial, industrial, infrastructure, and event sectors. Meticulously engineered to adapt to diverse needs, they offer versatility and reliability.
Our state-of-the-art roof system delivers a quick, economical, and easy-to-assemble solution, adept at meeting a broad spectrum of weather protection applications. In addition to its functionality, the system's modern and visually appealing design ensures it is an ideal choice for applications where site aesthetics are paramount.
Easier and safer to assemble
The lightweight aluminium construction of our Roof System revolutionizes ease of handling, significantly reducing both assembly and disassembly times compared to traditional methods. It additionally offers a safer method for installing roof sheets, eliminating the need to work directly atop the structure, thereby enhancing safety measures.
Cost effective
Our system's remarkable flexibility enables the creation of protective roof structures and offers the versatility to integrate sheet wall components, expanding the system into a fully enclosed hall. This adaptability ensures comprehensive coverage and protection tailored to your specific needs.
Renowned for its cost-effectiveness, our Roof System features a modular design, comprising a minimal number of truss and bracing components. This thoughtful design translates into significant savings in both build time and labor costs, making it an economically savvy choice for any project.
Roof System Components (Light)
| Product Name |
Aluminum Welding |
| Material |
Alu1100/3003/5052/6063/6061, SUS304,SUS316 |
| Thickness |
0.5-20mm |
| Process Name |
1 |
Incoming material inspection |
8 |
MIG welding |
| 2 |
Cutting |
9 |
Painting |
| 3 |
Laser Cutting |
10 |
Anodizing |
| 4 |
CNC machining |
11 |
Installation |
| 5 |
Punching |
12 |
Cleaning |
| 6 |
Bending |
13 |
Inspection |
| 7 |
TIG welding |
14 |
Delivery |
| Drawing |
Provide by customer, or design according to the sample |
| Drawing format |
AutoCAD, SOLIDWORK, CAXA, UG, CAD, CAM, CAE, STP, IGES |
| Mould |
Design and produce by ourself |
| Drawing time |
3 days |
| Sample time |
7-10 days |
| Lead time |
30 days |
Our temporary roofs/covers are ingeniously crafted to shield work areas from the unpredictable elements. They are predominantly utilized when a building's envelope is compromised due to necessary repair or construction activities. Each bespoke temporary roof structure is meticulously designed to account for seasonal wind loads, ensuring the integration of necessary ballast, physical ties, and ground anchors to steadfastly prevent uplift, guaranteeing safety and stability.
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