Introduction
When it comes to constructing a commercial building, there are many important decisions that an architect or construction industry professional needs to make. One of the most crucial decisions involves selecting suitable materials for the job. Different materials can dramatically affect the durability, energy efficiency, and cost of your finished product. Here are some helpful tips to keep in mind when selecting building materials for your commercial project.
Building Codes
The first and most crucial factor to consider is building codes. Building codes are the set of standards and specifications that dictate the minimum requirements for the materials, structure, and safety features of a building. When selecting continuous insulation, it is essential to ensure that the product meets or surpasses the building codes of a particular area.
Many building codes have adopted newer regulations that mandate the minimum R-value for insulation in exterior walls, including continuous insulation. Building owners and managers should familiarize themselves with the local building codes and regulations to ensure compliance.
Choose Durable Materials That Will Stand the Test of Time
When selecting building materials for commercial projects, it is essential to prioritize durability and strength. After all, a structure’s long-term success depends on its ability to withstand wear and tear over time. One of the most important factors to consider when starting a building project is the climate of where the project will be built. Whether it is temperature fluctuations, wind, or proximity to coastal areas, architects must consider the climate when choosing materials.
To withstand varying climates, architects should opt for materials resistant to physical damage, including materials that strongly resist extreme weather conditions such as heat, cold, and moisture. These materials include galvanized steel, cement, and stone, which can withstand extreme temperatures while retaining structural integrity.
Moreover, selecting durable building materials is beneficial not only from a structural standpoint but also from a cost perspective. Durable construction materials will require less frequent maintenance and repairs over time, helping to lower costs in the long run.
When constructing a commercial project that will stand the test of time, choosing materials with strength and durability is of the utmost importance. By selecting the right construction supplies for your next project, you can ensure a successful result that will last for years to come.
Opt for Energy-Efficient Alternatives
In today’s world, energy efficiency is a significant concern for architects, construction professionals, and building owners alike. The construction industry accounts for 40% of energy energy-related carbon emissions worldwide. As the demand for energy resources continues to increase, choosing building materials designed to reduce energy consumption is important. Not only does this help conserve natural resources, but it can also offer significant economic benefits through lower utility costs.
Choosing materials and technology that improve efficiency for your project is a great way to help reduce utility costs over time. Not only will this keep operational costs low, but it can also improve the building’s appeal and value. By opting for energy-efficient building materials, you can create an air- and water-tight structure that helps maintain temperatures inside without relying on energy-intensive heating and cooling systems.
Additionally, materials like brick and glass with low thermal conductivity can also help reduce the energy needed to keep a space comfortable. By selecting materials with superior insulation value, architects can create an energy-efficient building that will save money in the long run and contribute to a healthier environment.
In addition to selecting energy-efficient building materials, architects must also consider the impact of the manufacturing process of the construction supplies they choose. Many building materials are manufactured using high levels of energy and natural resources. Therefore, selecting products that have been designed with sustainability in mind is essential. For instance, specific metal components can be manufactured using recycled steel framing.
Choosing energy-efficient building materials can help reduce energy consumption and provide financial savings over time. In addition, by investing in green building materials, architects can help customers create cost-effective and environmentally friendly structures.
Proven and Tested Fire-Resistant
Fire safety is one of the most important considerations when selecting building materials. Fire testing determines how a material or product will resist fire and assesses the burning characteristics of building materials and how they can help protect building occupants from heat, smoke, and toxic gases. Therefore, when choosing project materials, ensuring they have been properly fire tested is critical.
The fire test standards of building materials are published by independent third-party organizations, such as UL, ASTM, and NFPA. These tests can help determine the fire safety rating of a material or product based on factors such as flame spread, smoke development, and combustibility. Fire-tested building materials can offer higher levels of fire protection than those not tested, so choosing materials and products with excellent fire safety is essential.
In conclusion, when selecting building materials for commercial projects, architects should ensure they have been properly fire tested. Fire testing results can typically be found on the manufacturer’s website. These results can determine the level of fire protection offered by a material or product and help ensure that occupants are adequately protected from fire risks. In addition, by taking the time to research fire-tested materials, architects can ensure they select materials that offer optimal safety at a reasonable cost.
Ease of Installation and Labor Costs
The ease of installation should be considered when selecting building materials for a commercial project. Difficult or time-consuming materials to install can significantly increase labor costs and lead to delays in construction. Conversely, easy-to-install materials can help reduce overall labor costs and ensure projects remain on schedule.
Since many building materials require specialized tools and expertise, architects should research the installation process of various materials and factor in associated labor costs. Installation processes that require complex equipment or special training will likely be more expensive than those that do not.
Another factor to consider is the availability of resources for material installation or repair. If a material or service is challenging to find or obtain, its associated labor costs can increase due to increased travel time and fuel costs. Additionally, architects and contractors should consider how long it will take to receive materials after ordering them and factor that into their overall budget.
By considering the ease of installation and associated labor costs of new materials, architects can ensure they select building materials that are cost-effective and practical for their commercial projects. Researching the installation processes of different materials and understanding the local availability of resources can help reduce labor costs and keep projects on schedule. Additionally, understanding how long it will take to receive materials after ordering them can help architects plan accordingly and stay within budget.
Conclusion
Selecting suitable building materials is essential for a commercial construction project. It is best practice to always choose durable and structurally-sound options that will stand up against wear and tear while also considering energy efficiency options that can save money over time. Additionally, it is essential to consider the ease of transportation, installation, and labor costs associated with different building materials.
Fire-resistant materials can provide additional protection for occupants but should be carefully researched to determine availability and cost. By considering the above factors, architects can make an informed and responsible decision when selecting building materials for their projects. With careful planning, research, and consideration, architects can ensure their projects remain within budget and are completed on time.
Best Practice GreenGirt CMH Sub-Framing and SMARTci Continuous Insulation Systems
Advanced Architectural Products offers best-practice GreenGirt composite metal hybrid (CMH) sub-framing and SMARTci continuous insulation systems. GreenGirt CMH and SMARTci systems are best practice solutions that are not only durable, energy efficient, fire-tested, budget-friendly, easy to install, but also help with structural strength, fastener retention, and building health. To learn more, visit our website or contact us today!
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