Concrete Construction Formwork Solutions

The Concrete Construction division of Aluma Systems provides high-efficiency formwork and engineering solutions to construction clients around the world. Through this division, the company has revolutionized the infrastructure construction industry, reducing cycle times by 40 percent and improving on-site productivity by 38 percent. With more than four decades of experience in more than 50 countries, Aluma Systems’ world-class engineering team continually develops and improves concrete formwork products and solutions. Go through formwork Melbourne contractors website for the best formwork solutions.


Steel concrete construction formwork solutions are an important part of the concrete construction process. Formwork is the tool used to hold wet concrete while it sets. The right type of formwork will impact the overall cost, schedule, and quality of your project. Several types of formwork are available, from custom-built timber to pre-engineered systems. Today’s solutions use steel, aluminum, plywood, and other materials. They provide more flexibility on the jobsite and reduce labor costs.

Steel formwork solutions are durable and strong. Unlike wood, steel does not absorb moisture, which allows a clean concrete finish. It is the ideal long-term solution for concrete construction projects. Steel formwork can be reused up to 2,000 times, making it ideal for large structural applications.


Aluminum concrete construction formwork solutions can be used in a variety of projects and are designed to allow the whole system to be cast in one pour. These systems are typically used for building walls and floor slabs. They are also reusable once construction is complete. A typical aluminium formwork panel is made up of extruded aluminum rails that are fused to an aluminum sheet. This creates a lightweight metal component that yields little to no deflection when it is placed under concrete loading.

Designed for residential and commercial projects, aluminum forms offer numerous advantages. They’re lightweight and crane-independent, are fully zinc-coated, and reduce the amount of forms that a crew has to lift and carry. Aluminum forms also reduce crew fatigue. They’re also more than half the width of conventional steel forms, and have a 50% larger face sheet.

Glass reinforced plastics

Glass reinforced plastics, also known as fibreglass or glass reinforced polyester, are composite and laminate materials. They consist of a polyester resin and glass fibres, which can be short chopped strands or woven together to form a fabric. These fibres have high strength and elasticity, and are used in concrete construction formwork solutions.

The benefits of plastic formwork include a lower environmental impact, since they are reusable. They also provide a safe, stable environment on the construction site and in the surrounding environment. These advantages make glass-reinforced plastics a natural choice for green construction. Plastic formwork solutions are ideal for many different types of concrete construction jobs, including foundations, walls, and plinths.


Plywood is a classic choice for concrete construction formwork. It is durable and flexible, making it a popular choice in construction. However, it has limitations, particularly when it comes to reusing it. Because of the glue used to fasten it together, plywood can only be recycled once. The glue used in plywood is hazardous waste, so it is important to dispose of it properly.

Plywood formwork is a versatile and environmentally friendly option for concrete construction. The lightweight, durable, and affordable material is often used in the construction of large-scale structures. Plywood formwork is especially preferred for molds for pouring concrete. The material can be manufactured in a variety of shapes and sizes, from ceiling slabs to slab tables to drop beams.

Self-spanning steel

Self-spanning steel for concrete construction formwork is a great way to achieve precise building forms with minimal material waste. Unlike traditional steel forms, these are lightweight, flexible, and designed to be easily adapted to a variety of forming needs. Another advantage of flexible forms is that they can save significant amounts of material by using less concrete per unit area than traditional prismatic forms. This means that the entire structure will have a lower life cycle cost and be environmentally friendly.

The EFCO self-spanning system can be configured in a variety of ways. It is an innovative, cost-effective solution that can eliminate the need for interspan shoring. The self-spanning system offers an easy, low-maintenance solution that produces large, smooth surfaces. These forms are compatible with multiple barrel boxes, and the EFCO system can be customized to meet specific forming requirements.

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