PRE-DESIGN ANALYSIS
Our design and estimation teams work with the architects to develop the conceptual design of the facade, including the selection of materials and finishes. We provide input on how the design will impact the building's energy efficiency, natural light, and indoor comfort. We advise on the performance criteria for the facade, such as structural stability, energy efficiency, acoustic insulation, fire protection, and water resistance. We also recommend the appropriate testing and certification requirements to meet local building codes and regulations.
BUDGETING
We can provide early cost estimates for different facade options to help the architect and owner make informed decisions during the pre-design phase. This can include evaluating the long-term costs and benefits of different facade materials and systems.
VALUE ENGINEERING
At TIFEC, our passion lies in finding ways to optimize the design and construction of the facade to minimize costs without compromising performance. This can include selecting more affordable materials, simplifying the installation process, or rethinking the design to reduce waste.
DESIGN
Design is a crucial aspect of our work, as it determines the functionality, durability, and aesthetic appeal of the building facade. We provide detailed design and engineering for the building facade, including the selection of materials and finishes. Here are some key reasons why design is important:
PERFORMANCE
The design of a facade can significantly impact its performance, such as energy efficiency, weather resistance, and structural integrity. A well-designed facade can minimize the building's environmental impact, reduce energy consumption, and improve indoor comfort for occupants.
INNOVATIONS
The design of a facade can drive innovation and lead to new materials, systems, and technologies. Our dedication to a strong design focus leads the industry in developing new and improved building envelope solutions.
DURABILITY
The design of a facade is critical for ensuring its durability and longevity. A well-designed facade can resist the effects of weathering, such as moisture and UV radiation, and withstand environmental stresses, such as wind and seismic activity. This can reduce maintenance costs and extend the lifespan of the building.
AESTHETICS
The design of a facade plays a critical role in the aesthetic appeal of the building. A well-designed facade can enhance the building's visual appeal and contribute to the overall architectural style and character of the building. This can also increase the value of the building and improve its marketability.
MOCKUP TESTING
Creating mock-ups of the proposed facade design is crucial for to test its performance and appearance before installation. This can help identify potential issues and refine the design to achieve the desired aesthetic and performance.
INTEGRATION WITH BUILDING SYSTEMS
We work closely with the architect and other building professionals to ensure the facade design is integrated with other building systems, such as HVAC, lighting, lightening, and structural elements. This can optimize the building's overall performance and ensure a cohesive design.
COMPLIANCES WITH BUILDING CODES
We ensure the design of the facade complies with local building codes and regulations. We also advise on the appropriate testing and certification requirements to meet performance criteria.
MANUFACTURING
Manufacturing plays a crucial role in the facade industry as it involves the production of building envelopes that are not only visually appealing but also durable, energy-efficient, and safe. Here are some key reasons why manufacturing is important in a facade company:
QUALITY CONTROL
Manufacturing allows us to control the quality of our products. Through strict quality control measures, we ensure that each product is of high quality, meets industry standards, and is fit for its purpose.
CUSTOMIZATION
We create customized products that meet the unique needs of each project. This allows for greater flexibility in design and ensures that the final product fits seamlessly with the overall aesthetic and functional requirements of the building.
EFFICIENCY
Our efficient manufacturing process, enables us to produce products quickly and at a lower cost. This results in faster project completion times, lower costs, and increased competitiveness in the market.
INNOVATION
Manufacturing also drives innovation by encouraging the development of new materials, production techniques, and design approaches.
Overall, manufacturing is a critical aspect of our operations. It allows for greater quality control, customization, efficiency, innovation, and safety, all of which are essential to creating high-quality building envelopes that meet the unique needs of each project.
The following are crucial steps that we perform during the installation process of the facade after manufacturing and testing is complete:
SITE ASSESSMENT
Before installation, the site is inspected to identify potential challenges that may impact the installation process. Site assessment includes accurate surveying, identifying building openings, access points, and available utilities for machinery.
PREPARATION
The area where the facade will be installed is prepared by cleaning, leveling, and making sure it is free from any obstacles that may hinder the installation process.
COORDINATION
The installation process involves coordination between our site managers and building owner. Regular meetings and communication are necessary to ensure that the installation is carried out smoothly and efficiently.
SAFETY MEASURES
Safety is our top priority during the installation of the facade. Before beginning the installation, safety measures such as safe installation machinery, safety harnesses, and personal protective equipment are put in place to ensure the safety of the workers and the public.
QUALITY CONTROL
The facade is inspected thoroughly by our on-site quality team for quality and defects before installation.
CLEANING & MAINTENANCE
Once the installation is complete, a thorough de-snagging process is carried out by our team of professionals and the handover process is initiated.
Overall, the installation of the facades is a complex process that involves many different steps and considerations. It requires careful planning, coordination, and attention to detail to ensure that the installation is successful and the final result is safe, functional, and visually appealing.
TESTING & COMMISSIONING
Testing and commissioning of facades pre-installation is a critical step in ensuring the performance and durability of the building facade. Here are some common tests we perform during the testing and commissioning process:
WATER PENETRATION TESTING
This test evaluates the ability of the facade to resist water infiltration. The test involves spraying water onto the facade at various pressure levels and observing any leaks or water penetration. This test is important to ensure the facade is weather-resistant and can protect the building from water damage.
AIR INFILTRATION TESTING
This test evaluates the air tightness of the facade and is important for energy efficiency and indoor air quality. The test involves pressurizing the building envelope and measuring the air leakage rate.
THERMAL PERFORMANCE TESTING
This test evaluates the ability of the facade to resist heat transfer and maintain a comfortable indoor environment. The test involves measuring the temperature difference between the interior and exterior surfaces of the facade and comparing it to industry standards and regulations.
STRUCTURAL PERFORMANCE TESTING
This test evaluates the structural integrity of the facade and its ability to resist wind loads and other environmental stresses. The test involves applying loads to the facade and observing any deformations or failures.
FIRE PERFORMANCE TESTING
This test evaluates the ability of the facade to resist fire and limit its spread. The test involves applying heat and flame to the facade and observing its behavior, such as flame spread and smoke release.
Once the testing is complete, we certify the facade system, which involves verifying that all systems and components are operating as intended and that the performance criteria have been met.