Why ModulArt?

Pioneering the
Future of Construction.

Swift, Sustainable, and Superior Modular Buildings

Modular building makes use of prefabricated components, including plumbing and electricity, that are assembled offsite into modules and then transported to the construction site. Here the modules are placed and connected to complete the building. Combining high quality factory production efficiency with technologically proven building materials ensures a superior finished product that integrates seamlessly into the built environment.

This process results in an energy efficient and vastly more recyclable building.

Modular Buildings Designed for Speed and Strength

Each module is designed and constructed to meet the rigors of handling, from loading and transporting, to offloading and rigging in position with a crane on the site. This means that these building modules have inherent strength not necessarily found in conventionally built structures. There is simply no other type of construction that provides so many opportunities to start and finish a project as quickly. These compressed schedules are available because the building construction and the site work are done simultaneously, or in many cases, the building construction will actually precede the site development.

Modular Building Advantages

The total construction cost, including the project timeline, labour productivity, building foundation, soundproofing of floors & walls, effective insulation, plumbing and electrical works, can be 20% lower than the cost of using traditional materials and building methods.

Modules can be easily adapted to your requirements and is completely scalable.

Because modules are built off-site, external factors that slow down on-site construction do not play a role, vastly reducing construction time when compared with traditional construction. Because modules are largely standardised for each project, failure costs are low, and few errors are made during any phase in the project. High quality and characteristics of the materials (galvanised steel) mean lower maintenance costs.

Logistical efficiency leads to less traffic movements and transport costs.

Modular systems are created largely using steel frames. Steel is 100% recyclable and less concrete is used ensuring a light foundation. Better logistics reduces C02 emissions from transportation.

Modules are designed to fit together using numbered parts. All steel profiles are cold formed to exact specifications, and holes for pipes cables and wires are pre-drilled, ensuring parts fit only one way during assembly. This means there is less need for skilled or experienced employees. The labour is less physically intensive than in traditional construction making it more attractive to the labour force which leads to numerous benefits.

Almost any building shape or form is possible using the modular building system, and the finishes in terms of façades and interiors are virtually infinite. Design and application of materials are also easily adjustable making the concept future-proof.

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Modular construction is the utilization of off-site technology enabling around 70% of the construction to be produced in factory conditions.

Traditional construction is the linear method of building with raw materials on site and follows the conventional stage by stage process from the foundations up.

With 70% of the Modular Construction completed off-site in factory-controlled environments there are minimized delays in the overall construction process from weather conditions.

It is then transported to site in large modular sections where the remaining 30% is completed to provide the vital look, feel and final finishes of a traditional build, making it impossible to tell them apart.

Why Choose Modular Building?

Setting the Standard in Modular Construction

Tighter Controls Than Traditional Build

The off-site production process allows for greater quality control and can operate at much higher levels of productivity than traditional construction.

One Fixed Cost Against Multiple Traditional Build Costs

There are fewer risk factors within the off-site production process, that with traditional build typically drive-up unexpected project costs and delays.

Building Physics in Modular Construction

Fire Prevention

ModulArt modular buildings adhere to country-specific requirements and standards for fire prevention, such as DIN 4102, ensuring compliance with prescribed or desired levels. Standardized Modular-X modular buildings achieve fire prevention classes between F30 and F120. Continuous in-house fire tests and independent reports from reputable fire prevention institutions consistently validate these results.

Thermal Insulation

The thermal insulation in Modular-X modular buildings meets all requirements specified in relevant country-specific standards, featuring a high level of component insulation. These buildings effortlessly integrate renewable energies like solar power, photovoltaics, or combined power-heat systems.

Sound Insulation

ModulArt modular buildings are equipped with excellent sound insulation as an integral component of the system. The double-shell wall and ceiling system easily meets the required sound insulation standards. In practice, the sound insulation values measured in completed modular buildings often surpass legal requirements, both between storeys and within different rooms on the same level. The attention to sound insulation contributes to a quieter and more comfortable living and working environment within modular structures.

Why ModulArt?

Pioneering the
Future of Construction.

Swift, Sustainable, and Superior Modular Buildings

Modular Buildings Designed for Speed and Strength

Modular Building Advantages

Launch Your Future with ModulArt

Modular construction is the utilization of off-site technology enabling around 70% of the construction to be produced in factory conditions.

Traditional construction is the linear method of building with raw materials on site and follows the conventional stage by stage process from the foundations up.

With 70% of the Modular Construction completed off-site in factory-controlled environments there are minimized delays in the overall construction process from weather conditions.

It is then transported to site in large modular sections where the remaining 30% is completed to provide the vital look, feel and final finishes of a traditional build, making it impossible to tell them apart.

Why Choose Modular Building?

Setting the Standard in Modular Construction

Building Physics in Modular Construction

Fire Prevention

Thermal Insulation

Sound Insulation

Featured Projects

Double Modular house

Design & Development

Double Modular house

Design & Development

Why ModulArt?

Pioneering the Future of Construction.

Swift, Sustainable, and Superior Modular Buildings

Modular Buildings Designed for Speed and Strength

Modular Building Advantages

Launch Your Future with ModulArt

Modular construction is the utilization of off-site technology enabling around 70% of the construction to be produced in factory conditions.

Traditional construction is the linear method of building with raw materials on site and follows the conventional stage by stage process from the foundations up.

With 70% of the Modular Construction completed off-site in factory-controlled environments there are minimized delays in the overall construction process from weather conditions.

It is then transported to site in large modular sections where the remaining 30% is completed to provide the vital look, feel and final finishes of a traditional build, making it impossible to tell them apart.

Why Choose Modular Building?

Setting the Standard in Modular Construction

Building Physics in Modular Construction

Fire Prevention

Thermal Insulation

Sound Insulation

Featured Projects

Double Modular house

Design & Development

Double Modular house

Design & Development

Pioneering the
Future of Construction.