Products

Constructing a commercial complex involves complex planning, precise engineering, and reliable construction equipment. Among these, a high-quality scaffolding system plays a critical role in ensuring safety, efficiency, and structural accuracy. The ringlock scaffolding system has emerged as a preferred choice for many contractors and construction companies worldwide, offering versatility, durability, and ease of assembly.

When it comes to constructing buildings efficiently, the choice of formwork plays a crucial role in project timelines, costs, and overall quality. Among the various options available, aluminium formwork has gained popularity worldwide due to its durability, reusability, and speed. In this article, we’ll compare aluminium formwork systems with traditional construction methods, helping you determine which solution best suits your project.

Constructing high-rise and super high-rise buildings presents unique challenges. Workers need safe, reliable platforms to carry out construction tasks at height, and traditional scaffolding systems often require repeated assembly and disassembly, consuming time, labor, and materials. A self-climbing platform offers an innovative solution by moving along with the building as it rises, improving efficiency and safety on skyscraper projects.

High-rise construction projects demand efficiency, safety, and precision. The automatic hydraulic climbing formwork system has emerged as a reliable solution for complex structures, offering significant advantages over traditional formwork methods. GETO’s GTP100 automatic hydraulic climbing formwork system exemplifies these benefits, combining innovative design with practical functionality for large-scale construction projects.

In basement and underground construction, delivering high-quality concrete walls that meet strict waterproofing standards is a top priority. However, conventional tie-rod methods often fall short, especially in scenarios where installing tie rods is not feasible due to space constraints or structural limitations. This is where single-side wall framework systems play a critical role. Designed for one-sided casting, these systems ensure structural stability, streamline construction processes, and enhance the overall quality of underground and basement concrete walls.

In the commercial construction sector, efficiency, precision, and cost management are critical to project success. Traditional formwork methods such as timber and steel have long been used, but the increasing demand for faster and more sustainable building solutions has shifted attention to aluminium formwork systems. In the commercial construction sector, efficiency, precision, and cost management are critical to project success. Traditional formwork methods such as timber and steel have long been used, but the increasing demand for faster and more sustainable building solutions has shifted attention to aluminium formwork systems.

The GETO GTP100 Automatic Hydraulic Climbing Formwork System revolutionizes high-rise construction by integrating advanced hydraulic technology and modular design to deliver superior safety, efficiency, and sustainability. This article details how the system streamlines construction of internal shafts, facade walls, shear walls, bridge towers, and silos through components like climbing rails and hydraulic cylinders, with specs including a 150 mm climbing distance and 100 kN lifting capacity. Features such as all-round operational platforms and a flipping platform reduce labor costs and enhance worker safety. Successfully applied in a Residential Building in Asia, the GTP100 highlights GETO’s global leadership in green construction, supported by 12 production bases and a commitment to sustainable practices.

This article examines GETO’s single-side wall framework systems, designed for high-waterproofing structures like subway stations and basement walls, where tie-rods are impractical. It details the robust Triangular Truss Type, with versatile mobility, and the lightweight Aluminum Beam Type, optimized for efficiency and sustainability. Covering installation, dismantlement, and operational techniques, the article highlights their suitability for casting heights up to 7.5 meters, offering reliable, eco-friendly solutions for modern construction challenges.

This article provides a comprehensive guide to selecting and installing high-durability tiles in prefabricated bathroom systems. As modular bathroom construction gains popularity in residential, commercial, and public projects, the technical performance of tiles becomes critical. The article explores tile types, performance standards, industrial installation workflows, and how GETO’s tile solutions meet the demands of strength, waterproofing, anti-slip safety, and modular compatibility. With detailed engineering insights and real-world case studies, it demonstrates how the right tile systems can improve efficiency, durability, and aesthetics in modern prefabricated modules.