The Future of Formwork: Magnesium (Mg)

Introducing our revolutionary magnesium formwork, designed to meet the growing demands of the construction industry. With world-leading size capabilities and ultra-lightweight characteristics, our magnesium formwork provides unmatched performance, offering a range of benefits that improve both efficiency and durability on site.

Lightweight Excellence

Mg Formwork is Over 20% lighter than aluminum (Al) formworks, minimizes worker strain and reducing installation, removal, and transport times.

Significantly accelerates workflows with faster formwork handling.

Corrosion Resistance

Designed for durability, our Mg formwork is equipped with a specially developed epoxy Coating that offers superior corrosion resistance, making it suitable for a wide range of environmental conditions.

This protective feature extends the formworks lifespan and reduces long-term maintenance costs.

All required sizes for construction sites are available

Advanced Manufacturing Technology

Our Mg formwork can be produced in widths of up to 1,800 mm without the need for face welding, a feat that is not achievable with extruded materials.

The face is made using Twin Roll Casting followed by rolling (4 mm thick, AZ31B).

The side rail and channel brace are extruded from AZ31B.

Why Choose Magnesium Formwork?

Increased Efficiency

The use of lightweight materials results in quicker setup, takedown, and relocation, saving time and accelerating project timelines.

Cost-effective

The lightweight nature of the material results in reduced transportation and labor costs.

Eco-friendly

Magnesium is a more sustainable alternative to traditional materials, contributing to greener construction practices.

Safety and Performance

Our Mg formwork undergoes rigorous testing and optimization to ensure the highest levels of safety and structural integrity. Whether for commercial, residential, or industrial projects, it is certified to perform under the most demanding conditions.

Efficient maintenance work

Due to the properties of the epoxy coating, concrete adheres poorly to the surface, significantly reducing the volume of concrete to be removed. Any residual concrete can be easily removed using shot blasting, high-pressure water spraying, or concrete dissolvers

Certified Specifications

Wall formwork sizes

600mm(W) x 2,400mm(H) / 23.6“(W) x 94.5“(H)

800mm(W) x 2,400mm(H) / 31.5“(W) x 94.5“(H)

900mm(W) x 2,400mm(H) / 35.4“(W) x 94.5“(H)

Slab Formwork Sizes

600mm(W) x 1,200mm(H) / 23.6“(W) x 47.2“(H)

800mm(W) x 1,200mm(H) / 31.5“(W) x 47.2“(H)

1,050mm(W) x 1,200mm(H) / 41.3“(W) x 47.2“(H)

Custom Design Available:We provide design and production solutions for both standard and non-standard sizes, tailored to project requirements.

Certified for Safety and Performance

Structural Analysis

Conducted by a specialized structural analysis to optimize the design of the Face, Side Rail, and Channel Brace

Meets A-grade displacement standards during concrete pouring (displacement within 3mm)

Approval from a certified engineer(mandatory)

Meets A-grade displacement standards during concrete pouring (displacement within 3mm)

KS Standard Deflection Test Passed

Successfully passed the deflection test in accordance with KS standards, meeting the deflection criteria of within 1.4mm

Hydraulic Pressure and Concrete Pouring Tests Conducted to Reconfirm Displacement

Corrosion Reesistance

Development of a new epoxy coating to ensure corrosion resistance, with superior performance proven through 30 concrete pour tests.

Construction Cases

15-story apartment building (Seoul) / 16-story apartment building (Daegu)

Wall formwork

Application site

slab formwork

Concrete surface after demolding