Details

Aluminium Formwork is mainly used to solve the Formwork construction of the cast-in-place concrete structure in housing buildings, offering advantages such as shortening the construction period and eliminating the need for plastering. By using aluminium Formwork, it is possible to complete the pouring construction of one floor in 3 to 5 days.

Aluminium Formwork is a new generation of construction Formwork after timber and steel Formwork, Aluminium alloy profile is the main material and it is made into Formwork through machining, welding, and other processes, which is suitable for concrete engineering. Aluminium shuttering can be assembled freely according to different structures and sizes. its design andapplication is the innovation of Formwork technology.

• Flat-Tie System

The flat-tie system is a complete formwork solution for concrete pouring, consisting of a formwork system, a support system and an accessory system. Its core flat-tie system closely connects the two side templates through dedicated tensioning pieces, forming a stable structure. This system can effectively guarantee the construction quality and significantly improve the installation efficiency through optimized design: the use of lightweight accessories and square tubes reduces the labor intensity, and the one-time pull sheet does not require the installation of plastic sheaths, further shortening the construction period.

• Tie-Rod System

The tie-rod system is composed of aluminum alloy formwork, screws, nuts and washers, etc. This formwork is lightweight, high-strength and corrosion-resistant. The tie-rod system forms a stable support system through tight connection, and the wall is further reinforced with tie rods and cross braces. This system features high strength and stability, and is suitable for heavy structures such as thick walls,  and tunnels. It can be reused multiple times in high-rise buildings and has advantages such as high construction efficiency, economic and environmental friendliness, and wide applicability. It is an important technical solution in modern construction.

Advantages

• High Construction Efficiency with Significantly Reduced Cycle Time

Achieves a rapid pace of 5 days per floor. Lightweight and quick-to-install templates support assembly-line operations, markedly enhancing efficiency and reducing management costs.

• Precision Formwork Enabling Plaster-Free Surfaces

Wall verticality and flatness are controlled within 5mm, truly achieving plaster-free interior and exterior walls. The high-precision tie-rod system ensures tight fitting, effectively preventing slurry leakage, thickness deviation, and seepage issues.

• Stable Structure, Safe and Reliable

Aluminum templates boast high strength, strong load-bearing capacity, and excellent deformation resistance. The  system forms an integrated stable framework after assembly, making the construction process safer and more  controllable.

• Low Comprehensive Costs with Notable Economic Benefits

Templates can be reused 200–300 times, substantially reducing material costs. Rapid installation saves labor, minimizes equipment dependency, while the plaster-free feature further cuts decoration expenses.

• High Standardization and Strong Adaptability

The system features standardized design and highly versatile components. New projects require only minor adjustments with non-standard parts for deployment, ensuring flexibility and efficiency.

• Eco-Friendly and Sustainable

Minimal construction waste is generated during the process. Aluminum materials are 100% recyclable and retain high recycling value after disposal, aligning with green building principles.

Comparison of various Formworks technology index

Production Process

Aluminium Melting	Casting Aluminium Bar	Extrusion
Aluminum profile	Cutting	Punching
Welding	Alignment and Assembly	QC
Installation	Pack	Delivery

General Specifications

Composition

Mechanical Properties

Application

Column	Utility Tunnel / Pipe Gallery	Industrial Building
Residential Building/Apartment	Public Building	Villa
High-Rise Residential Building	Office Building	Metro Station