From superior product quality to exceptional customer service, here are six compelling reasons why partnering with us is the smart choice for your HVAC requirements.
Quality Products:
Our commitment to excellence begins with our unwavering dedication to providing the highest quality HVAC parts and components. Each product in our inventory undergoes rigorous quality control measures to ensure superior performance, durability, and reliability. By choosing to shop with us, you can trust that you are investing in top-notch products that meet industry standards and exceed expectations.
From trusted brands to innovative solutions, our quality products are designed to optimize HVAC systems and enhance operational efficiency, making us the preferred choice for businesses seeking reliability and performance in every purchase.
Wide Range of Products
With a vast and diverse array of HVAC parts and components, we pride ourselves on offering a comprehensive selection that caters to the varied needs of commercial businesses. Our extensive product range encompasses everything from essential maintenance parts to specialized components, ensuring that clients can find solution-driven products that align with their specific requirements.
Whether it's for routine maintenance, system upgrades, or emergency repairs, our wide range of products provides commercial businesses with the flexibility and convenience of sourcing all their HVAC needs from a single, trusted supplier.
Partnering with us means access to a diverse inventory that empowers businesses to optimize their HVAC systems efficiently and effectively.
Expertise and Experience
Beyond our extensive product offerings, our team's expertise and industry experience set us apart as a trusted partner in the HVAC sector.
With years of collective knowledge and a deep understanding of the heating, ventilation, and air conditioning industry, our dedicated professionals are equipped to provide tailored solutions and expert guidance to our commercial clients. Whether it's assisting with product selection, offering technical advice, or providing troubleshooting support, our team's wealth of experience ensures that businesses receive personalized service and solutions that address their specific HVAC challenges.
By choosing to shop with us, commercial clients benefit from the assurance of working with seasoned professionals who are committed to delivering unmatched expertise and reliability in every interaction.
Competitive Pricing
At Advantage Mechanical Supply, we understand the importance of providing cost-effective solutions for our commercial clients without compromising on quality.
Our commitment to competitive pricing ensures that businesses can access premium HVAC parts and components at prices that fit within their budget constraints. By offering competitive rates and exclusive deals on our products, we strive to make it financially feasible for commercial entities to meet their HVAC needs without overspending.
Choosing to shop with us means gaining access to affordable yet high-quality products, allowing businesses to maximize their operational efficiency while minimizing costs. With our emphasis on providing value-driven pricing, we aim to be the preferred partner for companies seeking affordability and excellence in every purchase.
Free Shipping
As a customer-centric company, we go the extra mile to enhance the shopping experience for our commercial clients by offering the added benefit of free shipping on all orders.
Our commitment to providing free shipping is aimed at minimizing additional costs for businesses and providing a seamless and cost-effective procurement process. Whether you're stocking up on essential HVAC parts or making a significant purchase for your commercial property, our free shipping policy ensures that you can enjoy convenience and savings with every order.
By choosing to shop with us, commercial businesses can benefit from hassle-free shipping and timely delivery of their HVAC products, making their shopping experience with us not only efficient but also economical. Trust us to deliver your orders promptly and reliably, allowing you to focus on what matters most – maintaining your HVAC systems at optimal performance levels.
If you’re unsure about your project needs, or if you have any other questions, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
]]>Uncompromising Quality:
When it comes to ventilation, functionality should never overshadow style. Madelyn Carter understands this, which is why their cast brass contemporary vent covers are meticulously crafted to strike the perfect balance between elegance and performance. Each vent cover is forged from the finest cast brass, ensuring durability that will withstand the test of time. The polished brass finish adds a touch of opulence to any space, making a bold statement and elevating the overall aesthetic appeal of the room.
Exquisite Craftsmanship:
At Madelyn Carter, craftsmanship is a hallmark of their products. Their team of skilled artisans brings decades of experience and an unwavering attention to detail to every vent cover they create. Each piece is meticulously hand-finished to achieve a flawless surface and an impeccable sheen. The result is a vent cover that not only enhances the functionality of your HVAC system but also adds a touch of elegance to your interior design.
Thoughtful Design:
Madelyn Carter's cast brass contemporary vent covers are not just beautiful; they are intuitively designed to optimize air flow and distribute heat or cool air efficiently. The intricate patterns and latticework are carefully crafted to strike the perfect balance between aesthetics and functionality. The vent covers allow air to circulate freely while ensuring optimal performance of your HVAC system. With Madelyn Carter, you can have peace of mind knowing that your ventilation needs are not compromised in any way.
Unmatched Versatility:
Madelyn Carter understands that different spaces require different design elements. That's why their cast brass contemporary vent covers are available in a variety of sizes and patterns to suit any interior style. Whether your space embodies modern minimalism or classic elegance, there is a vent cover design that will seamlessly blend in and enhance the overall ambiance. The versatility of Madelyn Carter's offerings ensures that every customer can find the perfect vent cover to complement their unique interior design vision.
Exceptional Customer Support:
Madelyn Carter's commitment to excellence extends beyond their products; it encompasses their dedication to customer satisfaction as well. Their knowledgeable and friendly customer support team is readily available to assist with any inquiries or concerns you may have. Whether you need help determining the right size or pattern for your space or have any questions about the installation process, Madelyn Carter's support team is there to guide you every step of the way.
Investing in Lasting Elegance:
When you choose Madelyn Carter's cast brass contemporary vent covers, you are investing in more than just a functional HVAC accessory. You are investing in lasting elegance and sophistication. The timeless beauty of polished brass combined with the unparalleled craftsmanship ensures that your vent covers will remain a focal point of your interior design for years to come. With Madelyn Carter, you can be confident that you are making a choice that is built to last and withstand the demands of everyday use.
Madelyn Carter's cast brass contemporary vent covers in polished brass bring a new level of sophistication and quality to our product lineup. Crafted with meticulous attention to detail, these vent covers transform ordinary HVAC accessories into stunning pieces of art. From their uncompromising quality to their thoughtful design and exceptional customer support, Madelyn Carter is dedicated to creating products that exceed expectations. Elevate your interior design with the timeless elegance of Madelyn Carter's cast brass contemporary vent covers and experience the perfect blend of functionality and beauty.
Contact us today to explore the range of Madelyn Carter vent covers and discover how they can enhance your space.
If you’re unsure about your project needs, or if you have any other questions, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
We understand that convenience plays a significant role in the overall customer experience. By offering free shipping, we aim to enhance convenience and make it easier for our customers to access the HVAC supplies they need. No more worrying about calculating shipping costs during the checkout process or being surprised by unexpectedly high shipping fees. With free shipping, our customers can enjoy a hassle-free shopping experience, knowing that the price they see is the price they pay.
Moreover, free shipping not only saves our customers money but also their time. They can skip the trip to the store and avoid the inconvenience of transporting heavy equipment themselves. We take care of the shipping logistics, allowing our customers to focus on what matters most – running their HVAC businesses efficiently.
Customer Testimonials:
Don't just take our word for it – hear from our satisfied customers who have experienced our custom service firsthand. Jason, an HVAC contractor, shared his experience: "Awesome customer service, quality products, fast shipping, and easy to deal with tech support. Will use again and again!"
Mark, an HVAC contractor, shared his experience also: “These Grills worked perfect for our 14" and 12" Spiral Duct that was installed in our Barn in Prescott. Hector was great with helping to find the right product. Thanks.
How do I contact your customer support team?
Can you help with equipment sizing and specifications?
Can I purchase HVAC equipment directly from your website?
If you’re unsure about your project needs, or if you have any other questions, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
One of the primary benefits of regular HVAC maintenance is the optimization of system efficiency. Commercial HVAC units, especially those serving large spaces, are subject to heavy workloads. Over time, wear and tear can lead to decreased efficiency, resulting in higher energy consumption and increased operational costs. Scheduled maintenance, including thorough inspections, cleaning, and component checks, ensures that the system operates at peak efficiency, ultimately contributing to cost savings for the business.
Commercial HVAC systems represent a significant investment for businesses. Regular maintenance acts as a preventive measure against premature wear, extending the lifespan of the equipment. Replacing HVAC units can be a substantial financial burden for businesses, making it financially prudent to prioritize routine maintenance. A well-maintained system not only operates more efficiently but also experiences fewer breakdowns, translating to a longer operational life.
In commercial spaces, where the well-being of employees and customers is a priority, maintaining high indoor air quality is essential. HVAC systems play a critical role in regulating air quality by filtering out pollutants and contaminants. Regular maintenance ensures that air filters are clean and functioning correctly, preventing the circulation of allergens and pollutants. This, in turn, contributes to a healthier indoor environment and reduces the risk of respiratory issues among occupants.
Energy efficiency is a key consideration for commercial enterprises looking to reduce operational costs and environmental impact. Neglected HVAC systems are more likely to consume excess energy, leading to higher utility bills. Routine maintenance addresses issues such as clogged filters, inefficient components, and refrigerant leaks – all of which contribute to energy wastage. By keeping the system in top condition, businesses can enjoy significant energy savings and improved cost efficiency.
For commercial businesses, downtime due to HVAC system failures can result in significant disruptions. Uncomfortable indoor temperatures can affect employee productivity and customer satisfaction. Regular maintenance identifies potential issues before they escalate into major problems, reducing the likelihood of unexpected breakdowns. This proactive approach minimizes downtime, allowing businesses to operate smoothly without disruptions caused by HVAC system failures.
In the commercial sector, adherence to regulations and industry standards is imperative. HVAC systems must meet specific requirements to ensure the safety and well-being of occupants. Regular maintenance helps businesses stay in compliance with these regulations, avoiding potential legal issues and penalties. It also ensures that the HVAC system operates within recommended environmental standards, contributing to the overall sustainability of the business.
Each commercial space has unique HVAC requirements based on factors such as size, occupancy, and specific business activities. Establishing a customized maintenance plan allows businesses to address their unique needs effectively. HVAC professionals can tailor maintenance schedules, inspections, and services to align with the specific demands of the commercial space, providing a personalized approach to system care.
In conclusion, the importance of regular HVAC maintenance for commercial businesses cannot be emphasized enough. From improving system efficiency and indoor air quality to prolonging equipment lifespan and ensuring compliance with regulations, the benefits are extensive. Businesses that prioritize proactive maintenance not only enjoy immediate cost savings but also position themselves for long-term success by investing in the reliability and longevity of their HVAC systems. Regular maintenance is not just a cost; it's an investment in the comfort, well-being, and operational resilience of a commercial enterprise.
If you’re unsure about your project needs, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
In the realm of heating, ventilation, and air conditioning (HVAC) systems, the focus often falls on the more prominent components like air conditioners, furnaces, and thermostats. However, equally crucial are the seemingly humble elements that play a pivotal role in distributing conditioned air throughout a space – HVAC grilles and diffusers. These unassuming components are essential for maintaining indoor air quality, temperature control, and overall comfort. In this blog post, we'll delve into the significance of HVAC grilles and diffusers and how they contribute to creating a healthier and more comfortable environment.
Understanding HVAC Grilles:
HVAC grilles are the visible components of the air supply and return openings in a building. They serve the dual purpose of protecting the HVAC system's interior components while also providing an aesthetic touch to the overall design. Grilles come in various shapes, sizes, and materials to cater to different architectural and functional requirements.
Functionality of Grilles: HVAC grilles primarily serve two main functions – to allow or restrict the flow of air and to act as a barrier against larger particles and debris. They are strategically placed to ensure an even distribution of air throughout the space while preventing the ingress of unwanted elements.
Design Varieties: Grilles come in a variety of designs, including fixed-bar grilles, adjustable-bar grilles, and perforated grilles. Fixed-bar grilles provide a simple and economical solution, while adjustable-bar grilles offer the flexibility to control the direction of airflow. Perforated grilles, on the other hand, provide a more aesthetic appeal, often used in spaces where visual aesthetics are as important as functionality.
Material Considerations: The material used for grilles is another critical factor. Common materials include aluminum, steel, and plastic. Aluminum grilles are popular due to their durability, corrosion resistance, and lightweight nature. Steel grilles offer robustness, making them suitable for high-traffic areas. Plastic grilles, although less common, find applications in environments where corrosion is a concern.
Understanding HVAC Diffusers:
While grilles control the flow of air, HVAC diffusers play a crucial role in ensuring that the distributed air reaches the occupied space in an efficient and comfortable manner. Diffusers are designed to diffuse or disperse airflow, reducing the velocity of air entering a room and preventing drafts.
Air Distribution Patterns: Diffusers come in various shapes and designs, each tailored to achieve specific air distribution patterns. Common types include ceiling diffusers, floor diffusers, and slot diffusers. Ceiling diffusers are often used in commercial spaces, while floor diffusers are suitable for heating applications. Slot diffusers provide a sleek and unobtrusive design, fitting seamlessly into modern architectural aesthetics.
Enhancing Comfort: The proper selection and placement of diffusers contribute significantly to the comfort of occupants. They help maintain a uniform temperature across the space, eliminate hot or cold spots, and reduce noise generated by the HVAC system. Additionally, diffusers facilitate better air mixing, ensuring a consistent and comfortable indoor environment.
Adjustable Features: Many modern diffusers come equipped with adjustable features that allow users to customize the direction and spread of airflow. This adaptability ensures that conditioned air is directed precisely where it is needed, promoting energy efficiency and occupant comfort.
Synergy Between Grilles and Diffusers:
The synergy between HVAC grilles and diffusers is crucial for the overall effectiveness of an HVAC system. When properly selected and installed, these components work together seamlessly to optimize air distribution, enhance indoor air quality, and contribute to energy efficiency.
Strategic Placement: The placement of grilles and diffusers is a critical consideration during the HVAC system design phase. Strategic placement ensures that conditioned air is distributed efficiently and that the system operates at peak performance. Additionally, proper placement minimizes the risk of drafts and ensures a balanced airflow.
Air Quality and Filtration: Grilles often house air filters that play a vital role in maintaining indoor air quality by capturing dust, allergens, and other particles. Regular maintenance of these filters is essential for optimal performance and the longevity of the HVAC system. Diffusers, by reducing air velocity, contribute to a more comfortable and healthier indoor environment.
Energy Efficiency: The collaboration between grilles and diffusers contributes to energy efficiency by ensuring that conditioned air is distributed effectively, minimizing energy wastage. Efficient air distribution also allows for better control over temperature zones, reducing the load on the HVAC system and optimizing overall energy consumption.
In the complex world of HVAC systems, the significance of grilles and diffusers cannot be overstated. These unassuming components play a crucial role in maintaining comfort, optimizing energy efficiency, and ensuring a healthy indoor environment. The careful selection, placement, and maintenance of HVAC grilles and diffusers contribute to a seamless and effective HVAC system that meets the diverse needs of both residential and commercial spaces. As we continue to prioritize sustainability and energy efficiency, the role of these components becomes even more integral in creating spaces that are not only comfortable but also environmentally responsible.
If you’re unsure about your project needs, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
]]>What Is an HVAC Return Grille?
Before we delve into the ways you can use HVAC return grilles, let's first understand what they are. An HVAC return grille is a vent or cover that is typically installed on an interior wall or ceiling, allowing air to flow from a room back into the return ductwork and then to the HVAC system. Essentially, return grilles serve as the entry points for air to be recirculated, filtered, and conditioned by your HVAC system. They are often equipped with a filter to trap dust and contaminants, ensuring the air being drawn back into the system is clean and healthy.
Now that we know what return grilles are, let's explore their various uses and the benefits they offer.
Improving Air Circulation
One of the primary functions of an HVAC return grille is to facilitate proper air circulation within your home. Air needs to circulate freely to maintain consistent temperatures in different rooms. When the return grille allows air to flow back to the HVAC system, it helps maintain balanced air pressure, preventing hot or cold spots in your home. Proper air circulation contributes to a more comfortable living environment, ensuring that every corner of your home receives the conditioned air it needs.
Enhancing Air Quality
Return grilles are often equipped with filters that help improve indoor air quality. These filters capture dust, pet dander, pollen, and other contaminants, preventing them from re-entering your living spaces. Cleaner air can lead to fewer allergy symptoms, reduced respiratory issues, and a healthier environment for you and your family.
Energy Efficiency
Energy efficiency is a top priority for many homeowners, as it not only reduces utility bills but also minimizes environmental impact. HVAC return grilles play a significant role in optimizing energy efficiency. When your HVAC system draws air through the return grille, it doesn't have to work as hard to maintain the desired temperature, resulting in lower energy consumption and reduced operating costs. This makes it an excellent investment for long-term savings.
Temperature Control
Return grilles also help maintain a consistent temperature throughout your home. They ensure that the air from different rooms is returned to the HVAC system for reconditioning. This prevents the system from constantly struggling to reach the desired temperature and eliminates the need for unnecessary heating or cooling. As a result, you can enjoy greater comfort while keeping your energy consumption in check.
Reduced Strain on the HVAC System
When air circulates efficiently through return grilles, the HVAC system operates more smoothly. The system doesn't have to work as hard to pull in air, which reduces wear and tear on the components. This can extend the lifespan of your HVAC system, saving you money on costly repairs and replacements.
How to Make the Most of Your HVAC Return Grilles
Now that you understand the importance of HVAC return grilles, here are some practical tips on how to use them effectively:
Keep Return Grilles Unobstructed: To ensure proper airflow, make sure that your return grilles are not obstructed by furniture, drapes, or other objects. Allow air to flow freely from your rooms into the return grille.
Regularly Change Filters: If your return grille has a filter, it's essential to change it regularly. A clogged filter can hinder air circulation and reduce the system's efficiency.
Consider Upgrading to High-Quality Filters: Investing in high-quality air filters can further enhance your indoor air quality by capturing smaller particles and allergens.
Balance the System: If you notice temperature inconsistencies in your home, consider consulting an HVAC professional to assess and balance your system. This might involve adjusting the size or number of return grilles.
Keep Return Grilles Clean: Periodically clean your return grilles to remove dust and debris. This ensures that air can flow freely and that the filter is not overloaded with contaminants.
Ensure Proper Sizing: The size and number of return grilles in your home should match the capacity of your HVAC system. If they are too small or insufficient in number, your system may struggle to draw enough air, reducing its efficiency.
HVAC return grilles are an essential component of your home's heating and cooling system, playing a critical role in maintaining comfort and energy efficiency. By facilitating proper air circulation, improving air quality, and reducing strain on the HVAC system, return grilles contribute to a healthier and more comfortable living environment. To make the most of your return grilles, keep them unobstructed, change filters regularly, and consider professional assessment and adjustments when necessary. By paying attention to these often-overlooked components, you can enjoy a more efficient and cost-effective HVAC system while enhancing your overall quality of life.
If you’re unsure about your project needs, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
]]>What Are Fabric Ducts?
Fabric ducts, also known as textile or air dispersion ducts, are a flexible and lightweight alternative to traditional metal ductwork. They are typically made from polyester or other fabric materials, which are permeable and allow conditioned air to be evenly and efficiently distributed throughout a space. Fabric ducts come in various shapes, sizes, and colors, making them versatile and adaptable to different architectural designs and aesthetic preferences.
The Importance of Fabric Ducts
Easy Installation
Fabric ducts are remarkably easy to install. Their lightweight nature means they require fewer structural supports, reducing installation time and labor costs. Moreover, fabric ducts can often be pre-fabricated off-site, making the installation process faster and more efficient.
Cost-Effective
While the initial cost of fabric ducts may be slightly higher than traditional metal ductwork, the long-term cost savings are undeniable. Reduced maintenance costs, lower energy consumption, and increased system efficiency make fabric ducts a cost-effective choice over the life of a building.
Improved Air Distribution
One of the primary advantages of fabric ducts is their ability to distribute air more efficiently and evenly throughout a space. Traditional metal ducts can sometimes create hot and cold spots due to uneven airflow. Fabric ducts, on the other hand, promote excellent air dispersion, resulting in a more comfortable and consistent indoor environment. This even air distribution helps reduce temperature stratification and minimizes the need for additional heating or cooling, which can lead to energy savings and improved comfort for occupants.
Energy Efficiency
Energy efficiency is a top priority in modern building design and operation. Fabric ducts contribute to energy savings in several ways. Because they distribute conditioned air more effectively, HVAC systems can operate at lower fan speeds, reducing energy consumption. Additionally, fabric ducts have lower air pressure drop compared to metal ducts, which means that HVAC systems can operate with less resistance, leading to energy savings and reduced operating costs.
Reduced Maintenance Costs
Traditional metal ductwork often requires significant maintenance to prevent issues such as corrosion, mold growth, and dust accumulation. In contrast, fabric ducts are low-maintenance. Their permeable surfaces discourage the buildup of dust and contaminants, and they are typically resistant to mold and corrosion. This reduced maintenance requirement can lead to substantial cost savings over the lifespan of a building's HVAC system.
Aesthetic Flexibility
Fabric ducts offer architects and designers a level of aesthetic flexibility that metal ductwork simply cannot match. With a variety of colors and shapes available, fabric ducts can be integrated seamlessly into the overall design of a space, enhancing its visual appeal. This is particularly important in spaces where aesthetics play a critical role, such as retail stores, restaurants, and open office environments.
Health and Hygiene
Indoor air quality is a critical consideration in building design, and fabric ducts contribute to maintaining a healthy indoor environment. Their permeable surfaces do not trap dust and contaminants as easily as metal ducts, reducing the risk of air quality problems. Additionally, some fabric ducts can be designed with an antimicrobial treatment to further inhibit the growth of mold and bacteria.
Acoustic Benefits
In addition to improving air distribution, fabric ducts can also have acoustic benefits. They help absorb sound and reduce noise levels within a space. This is especially advantageous in environments where noise control is important, such as theaters, libraries, and educational institutions.
Adaptability
Fabric ducts are highly adaptable to different building requirements. They can be used in various types of facilities, from commercial buildings to industrial spaces, and can be customized to suit the specific needs of the project. This adaptability is a significant advantage for architects and engineers looking to create unique and efficient ventilation systems.
Sustainability
Sustainability is a growing concern in the construction industry, and fabric ducts align well with eco-friendly building practices. Their energy efficiency and reduced maintenance requirements result in a lower environmental impact. Additionally, fabric ducts can often be recycled, further contributing to sustainable building practices.
The importance of fabric ducts in modern ventilation systems cannot be overstated. These innovative alternatives to traditional metal ductwork offer a wide range of benefits, including improved air distribution, energy efficiency, reduced maintenance costs, and aesthetic flexibility. They contribute to healthier indoor environments, noise control, and sustainability, making them a compelling choice for architects, engineers, and building owners. With fabric ducts, we have the opportunity to create more comfortable, efficient, and visually pleasing spaces while reducing the environmental footprint of our buildings. As the construction industry continues to evolve, fabric ducts are set to play an essential role in shaping the buildings of the future.
If you’re unsure about your project needs, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding fabric ducts and HVACs — we truly are your one-stop shop for supplies and parts.
]]>When it comes to building safety, fire prevention and containment are paramount concerns. One critical component of any fire protection system is the fire smoke damper. These unsung heroes of HVAC (Heating, Ventilation, and Air Conditioning) systems play a vital role in safeguarding lives and property during a fire emergency. In this article, we'll explore the uses and necessity of fire smoke dampers in commercial and residential buildings.
A fire smoke damper is a device installed within the ductwork of HVAC systems to prevent the spread of smoke and fire from one area of a building to another. These dampers are designed to close automatically in response to the presence of smoke or a fire, effectively sealing off specific sections of the ductwork and containing the danger.
Fire Containment: The primary purpose of fire smoke dampers is to contain smoke and fire within designated compartments or zones within a building. By isolating the affected area, they prevent the spread of smoke and flames to other parts of the structure, allowing occupants to evacuate safely and minimizing property damage.
Smoke Control: Smoke is a major hazard in fires, often causing more casualties than flames. Fire smoke dampers help control the movement of smoke, keeping it from infiltrating areas where it can obscure vision, hinder breathing, and compromise evacuation efforts.
Code Compliance: Most building codes and regulations require the installation of fire smoke dampers in HVAC systems, especially in commercial and multifamily residential buildings. Compliance ensures that the building meets safety standards and passes inspections.
Insurance Requirements: Many insurance companies may require fire smoke dampers as part of their safety requirements for insuring a property. Failing to comply with these requirements can lead to increased insurance premiums or even coverage denial.
Life Safety: The primary objective of fire smoke dampers is to protect lives. They help maintain tenable conditions for occupants and first responders, enabling timely evacuation and firefighting efforts.
Fire smoke dampers are equipped with sensors that detect smoke or elevated temperatures. When these sensors detect a fire or smoke, the damper's actuator mechanism is triggered, causing the damper blades to close tightly, sealing off the ductwork. This action prevents the passage of smoke and fire, creating a barrier that contains the hazard.
To ensure that fire smoke dampers function as intended, regular maintenance and inspections are crucial. Building owners and facility managers should schedule routine inspections and testing to confirm that the dampers close properly in response to smoke or heat. Any issues should be addressed promptly, and defective dampers should be repaired or replaced immediately.
Fire smoke dampers are essential components of HVAC systems in modern buildings, serving a critical role in fire protection and life safety. Their ability to contain smoke and fire, control their spread, and maintain safe evacuation routes makes them indispensable in safeguarding lives and property. Compliance with building codes and regulations, insurance requirements, and routine maintenance are all vital aspects of ensuring the effectiveness of fire smoke dampers in the event of a fire emergency. In sum, these unassuming devices play a significant role in preserving life and property during a crisis.
If you’re unsure about your project needs, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding dampers and HVACs — we truly are your one-stop shop for supplies and parts.
]]>Over the last few years, an increasing number of homeowners are selecting heat pumps as the primary source of heating and cooling in their homes. Whether you’re looking to decrease energy consumption, reduce the utilization of electricity from one-third to one-fifth, or replace the gas boiler in your home, installing a heat pump is a worthwhile consideration. In order to make an informed decision, Advantage Mechanical Supply is here to educate you on what heat pumps are, how they operate, and if replacing your current heating system is the right choice for you.
A heat pump is a machine that can cool, heat, and dehumidify your home, making it the perfect all-in-one system. During the colder months, your heat pump system will take heat from the outside (even if it feels like there is none) and pump it into your home to generate warmth. During hotter months, the cooling system works in reverse by offloading the heat from inside your home. This process keeps the temperatures inside your house cooler. Heat pumps eliminate the need for homeowners to buy a gas boiler or furnace and an air conditioning unit. In our book, heat pumps offer the complete package for every homeowner’s heating and cooling needs.
There are two main types of heat pumps available for homeowners to heat and cool their homes. First, there are air-source heat pumps that move air from inside the home to outside, consequently either cooling or heating the home. The second is geothermal heat pumps—these use the underground temperatures of the earth to operate. Both of these heat pump systems can work as a replacement for natural gas boilers and furnaces. Let’s explore these energy-efficient options further.
Air-source heat pumps work similarly to how they are named. To heat your home, this system takes warm air from outside and passes it through a refrigerant that turns it into gas/vapor. This gas will go through the compressor to create more heat. Then it makes its way to the inside unit where it releases heat as it turns back into a liquid state. The heat travels throughout the home via radiators or underfloor heating—it can even be used to heat your water.
To cool a home, the process is reversed. Warm air from inside your home is cycled through and turns into cooler air. This all-in-one design allows homeowners to only use one system for their heating and cooling needs.
Source: Department of Energy
Air-source heat pumps are best for people who live in climate conditions that don’t drop below 32 degrees Fahrenheit or 0 degrees Celsius too often. Though this heat pump system can still operate in freezing conditions, it must go through a defrost cycle which causes it to be less efficient.
Geothermal heat pumps use the Earth’s regular temperature to cool and heat the space it is in. By tapping into the ground, this system uses water rather than air to transfer heat to or from your home. During the summer months, the geothermal heat pump takes the heat from inside your home and transfers it to the cool earth using water as the medium. During the winter months, this system uses the warmth from the earth to heat your home.
This type of heat pump system is a great option for homeowners who live in climates that experience all four seasons and constant changes in temperature. Because the heat pump is sourced by the Earth’s constant temperature, dramatic fluctuation in weather will not affect its efficiency like it would with an air-source heat pump.
Heat pumps consist of many parts that all work together to run smoothly and operate differently than your normal gas furnace. To provide you with a better understanding of how the system works, we’re going to break down the structure of a heat pump. The following are the most important parts.
The indoor unit is the part of the heat pump that you will see inside your home. With a coil and fan, this unit moves warm or cool air throughout your home, depending on which you need. When it is operating to cool your home, the coil works as an evaporator. When it is producing heat, the coil works as a condenser.
Coils and fans are present in both indoor and outdoor units. The outdoor unit works oppositely from the indoor unit. When it’s operating to cool your home, it functions as a condenser. When it’s working to heat your home, it works as an evaporator. This component of the heat pump allows for heat exchange to occur.
Rather than a particular part of the heat pump, refrigerants are the chemical components of the system that either absorb heat (to cool a home down) or release heat (to warm the home).
The compressor holds the refrigerant and uses pressure to move the warm or cold air throughout the heat pump.
Since heat pumps are all-in-one systems, they must be able to work in reverse. The reversing valve allows the heat pump system to use the refrigerant to cool the air. Once it changes direction, it heats the air.
The expansion valve ensures the right amount of refrigerant is used. It also keeps tabs on its pressure and temperature. This process allows the heat pump system to run efficiently.
In layman’s terms, heat pumps first take air or the temperature of the ground from inside or outside a home. Then, using electricity to transfer the heat, they bring your space to the desired temperature. Since they operate as a heating and cooling system, they function differently depending on the season. Here’s a simple breakdown.
During the summer months, you may think of your heat pump as an air conditioning unit, despite its name. The heat pump transfers heat from inside your home to the outside using a refrigerant and compressor. When they function properly, you’ll be able to enjoy the cool air inside your home during the warm summer months.
During the winter months, you may not feel like there is enough warm air outside your home to heat it, but there is. When a heat pump is operating in the winter, the process is the reverse of what occurs during the summer. The heat from outside goes through the refrigerant, causing it to heat up and deliver warm air throughout your home.
Other typical heating and cooling systems used in homes are furnaces and boilers, although furnaces are more common. Furnaces heat the air by burning fuel. Boilers use gas, oil, or coal to heat the water they store inside to provide heat throughout the home. If all these heating and cooling systems operate similarly, then how do heat pumps help you save money?
Heat pumps, depending on which type you choose, can seem costly upfront because of unit price and installation costs. If you choose to use a geothermal heat pump, you’ll have to do some extensive work on your property in order to get it up and running. This can cost over $10,000 depending on where you live. Fortunately—as a heat energy incentive—there is government assistance available to help you pay for a geothermal heat pump system. If geothermal pumps seem too involved or too expensive, you can always go for an air-source heat pump which can average from $1,500 to $5,500.
When buying a heat pump, it’s important to remember that they operate as a two-in-one system so you don’t need to purchase an air conditioning unit if you have one. This is another way heat pumps help you save money.
Even with a high-efficiency furnace, you can still end up paying $5 to $8 a day for it to run, and sometimes even more than that. During winter months, you can expect to pay a few hundred dollars depending on where you live and how much fuel currently costs just to heat your home. Though they can cost more upfront, heat pumps can help you save up to 40% on your monthly utility bill where other systems won’t.
As with every household appliance and product, there are pros and cons. We’ve broken down the best and the worst aspects of a heat pump so you can make a more informed decision.
Pros of switching to heat pumps:
Cons of switching to heat pumps:
Heating systems function differently, therefore their costs vary. Upgrading to a heat pump will cost you the price of the unit along with installation fees. Fortunately, the maintenance on heat pumps usually doesn’t cost much and is fairly easy. The average cost of an air source heat pump is $1,500 to $5,000 with an installation cost of $2,000 to $5,500. The average cost of a geothermal heat pump is $10,000 with an installation cost of $3,000 to $6,000. For geothermal heat pumps, the price can vary drastically depending on the terrain surrounding your home.
Although monetary costs should be considered when buying a heat pump, the energy cost should also be on your mind. Heat pumps function by transferring thermal energy rather than creating it, causing them to be more energy efficient than boilers and furnaces. You’ll save on energy and reduce your carbon footprint by replacing your furnace with a heat pump. There’s also a less likely chance of a gas leak and easier maintenance responsibilities.
As energy expenses are rising, we know that purchasing a new air conditioner is no easy feat as a homeowner. The vast number of available air conditioning units can be overwhelming to choose from. Especially considering that each one has its own unique bells and whistles.
To make the task a bit less daunting, we recommend looking out for the SEER rating. In fact, the SEER rating should be on the top of your search list when considering units. If you’ve never heard of this term before, Advantage Mechanical Supply is here to guide you in the right direction and ensure you get the best air conditioning unit for your home.
SEER stands for Seasonal Energy Efficiency Ratio (or Rating) and measures the overall energy efficiency of an HVAC unit. The rating is calculated by dividing the total number of BTUs of heat removed from the air by the energy output of the air conditioner. This then gives you a numerical value.
This unit of measurement is known as a SEER and usually ranges from 13 to 21. The higher the SEER number, the more energy efficient the air conditioning unit is, not only in cooling down your home but also heating it.
The SEER rating reflects the efficiency of the AC unit but that doesn’t mean you should always go for a unit that has the highest SEER rating of 21. There are a few factors to consider when choosing the most efficient AC unit for your specific home including the size of your space and its current ductwork system.
AC units that have a lower SEER rating (usually any rating below 14.5) operate as single-stage machines and are not equipped to evenly cool your room. If you live in a humid climate, lower SEER-rated AC units are unable to dehumidify the air and can make your home feel more uncomfortable.
AC units that have a high SEER rating have a two-stage or variable-speed compressor as opposed to the single-stage found in lower-rated units. High-rated machines will also have a variable speed blower that allows them to operate more efficiently. You’ll see these types of AC units ranging from 17 to 21 SEER.
Not every household needs a high-rated unit. For example, people who live in dry climates with no humidity may choose not to run their AC unit during the day to prevent their home from getting humid. This home will do just fine with a 13 SEER unit. People who live in warmer and more humid climates will want a unit rated around 20 SEER to keep a comfortable temperature in their homes. If your AC unit will most likely run non-stop, a high-rated option will ensure ultimate efficiency.
Owning a high-efficiency AC unit with a high SEER rating can keep your home at a comfortable temperature. It can even save you money on energy costs. Below is a breakdown of the best benefits of owning a high SEER-rated AC unit.
A high SEER-rated unit that operates as a dual-stage system is 15% more energy efficient than lower-rated units. This allows users to reduce the monetary costs of keeping their homes cool. You may think a unit that only runs on one speed would use less energy but it actually means it would have to work harder to cool your home down.
Since higher-rated units operate as dual-stage systems, you’ll be able to keep your AC unit running throughout the day. This will promote an even distribution of cool air throughout your home. It will also prevent a build-up of humidity, which makes a home feel hotter than it truly is. Instead of having to turn your AC on every time you need it (like how you would with lower-rated units), you’ll be able to enjoy the convenience and comfort of a machine that runs efficiently all day long.
Though higher SEER-rated units may cost more upfront, you’ll save money later when you receive your electricity bill. There are also rebates and tax credits available for homeowners who want to switch to high-rated AC units in their homes because they are so energy efficient. With the energy crisis and chronic fuel consumption, the government plans on incentivizing homeowners to benefit the environment.
The cost of upgrading your current AC unit to a high SEER rating can vary depending on the rating of your current unit. For example, replacing a 14 SEER unit with a 16 SEER unit can run you about $900 to $1,500. While replacing a 14 SEER unit with a 21 SEER unit can cost you anywhere from $3,000 to $5,000. There’s such a large jump in price because the higher-rated units run on a dual-stage system rather than a single-stage system and often have a higher installation fee.
Dual-stage units can run for hours on end while the single-stage system will run for an hour or two before shutting off. It’s important to consider your climate, current ductwork, and size of your home before upgrading.
Calculating the costs of switching to the higher SEER-rated central air conditioners can help you visualize the bigger picture, especially when the upfront cost seems to be too much. As we said before, upgrading your air conditioner unit from a 14 SEER to a 21 SEER can cost an average of $4,000. Use this SEER savings calculator to determine how much you’ll save each year.
If you have a three-ton cooling system in your home that is rated 14 SEER, it consumes around $1,007 in electricity per year. By upgrading to a 21 SEER unit, it will consume around $672 per year–that’s 33% in savings per year. It pays itself off in less 15 years and you’ll get to enjoy a more efficient system in your home. The energy savings alone are enough to make the switch worth it, especially if you plan on staying in your home for a long time.
The U.S. Department of Energy (DOE) has set standards for the AC unit’s SEER ratings based on where your home is located. Split-system central air conditioners installed on or after January 1, 2015 must have a SEER rating of 13 if you reside in the North and 14 if you reside in the Southeast or Southwest.
Before 2015, AC units with lower SEER ratings like 8 and 9 were allowed. The DOE proposed these standards to ensure better efficiency from our units. Not only does this standard save homeowners money on their electricity bills, but it also helps with energy consumption throughout the U.S.
As energy costs are rising, switching to a high SEER-rated AC unit should be on your list of home upgrade considerations for the upcoming year. If you’re not sure where to begin, Advantage Mechanical Supply has all the knowledge and supplies you’re looking for. Contact us today to see which SEER rating is best for your home and make a confident decision for your family.
From heat pumps to air conditioning units, Advantage Mechanical Supply is your go-to point of contact for any of your HVAC queries. Not sure which HVAC unit size is best for you? We’ve got you covered. With our help, you’ll be on your way to a cooler and highly energy-efficient home in no time.]]>Advantage Mechanical Supply specializes in HVAC supplies and ductwork fittings and offers years of experience with both heating systems that will be used to confidently lead you in the right direction as your process this decision.
Furnaces are forced air heating systems that connect through a building’s ductwork to provide heat and warmth throughout all rooms. Using different types of gas (natural or propane) or electricity, a burner is heated and then transfers that heat to an exchanger that uses a fan to distribute the warm air. A natural gas furnace is often the top choice for many people. They operate at low cost and are very efficient when used in the proper climates. Whether you use gas or electricity, furnaces are a great option for homes in cold weather climates since they create their own heat and don’t rely on the outside air to help produce it.
When you think of a furnace, you may think of the system used hundreds of years ago to heat homes – and you’re right! Furnaces have been around for centuries but are much more efficient now. This heating system has three main parts that allow it to do its job: the burner, the heat exchanger, and the blower. The heated air starts in the burner and goes through the heat exchanger before the fan blower disperses the heat throughout your home or office.
Heat pumps are systems that use outdoor heat to warm the inside of a building. Unlike furnaces, they are not directly inside a building’s ductwork. In order for a heat pump to turn the outside air into additional heat, it must go through a liquid refrigerant that is then pumped to a heat exchanger (the heat exchanger is the part that is directly connected to the ductwork). The air will go through the coils before heating up and making its way throughout a building. The great thing about a heat pump is that it doesn’t have to be hot outside to use the air for heat since it goes through the refrigerant — it can even work in freezing temperatures or extreme weather.
There are three different types of heat pumps that you will see used in a variety of buildings. Air-to-air heat pumps take heat from the outside air and are the most commonly used heat pumps for various projects. Geothermal heat pumps use an underground system of pipes to obtain heat — this requires drilling and installation of pipes which can get quite complicated and expensive. The last type of heat pump is an air-to-water heat pump and it is the most efficient type. Water source heat pumps are able to get 4kW of energy for every 1kW of electricity used.
Heat pumps and furnaces are both great heating system options for your home or office. The best choice, however, will be determined as you assess a variety of factors — including price, lifespan, climate, and energy efficiency — against your situation. Keep in mind that the advantage of heat pumps is that they traditionally function as a great option for warmer climates while furnaces typically suit colder climates better. If you are still questioning which option is best, allow the experts at Advantage Mechanical Supply to guide your decision. Plus, we will provide you with affordable (we’ve cut out the middleman) and reliable parts that are shipped for free.
If you think you’ve bitten off more than you can chew on your upcoming project, let us take it over! Submit your project bid and our team will work diligently to fulfill your project needs.
1: https://www.forbes.com/home-improvement/home/heat-pump-vs-furnace/
2: https://www.forbes.com/home-improvement/home/heat-pump-vs-furnace/
3:https://www.forbes.com/home-improvement/hvac/heat-pump-installation-cost/
]]>Though you could use an HVAC unit that is not sized correctly for your home, it will not work as efficiently or effectively to deliver the high-quality performance that you will want and expect. Imagine using a handheld fan in a living room or an industrial fan in a coat closet – this is how the performance of an HVAC unit is affected when you do not have the right size. It is important for the energy output to be correct or you run the risk of a costly bill or a unit that shuts on and off constantly.
In order for your home or office space to promote optimal airflow throughout each room, the HVAC unit must work efficiently. When it is too small or big, the machine can not produce an adequate amount of warm or cool air to create a comfortable space. Uneven distribution of air temperature in your house or certain rooms in your home can be a result of a unit that is not the right size. You can end up paying more each month for your HVAC unit to run when it can not cool or heat a room to the temperature that you want. The unit will continue to work until it reaches the set temperature but if your HVAC system is not the right size, it can take a longer amount of time to get there.
During humid conditions, air conditioning is needed to mitigate mold and prevent growth that could pose a health hazard in a building. Air conditioning units not only cool down the air, but also dehumidify it which prevents mold from growing. If mold growth continues because of incorrect HVAC sizing, it can become uninhabitable. Overall, an HVAC unit promotes livable conditions when you have the right size and properly maintain it.
As you know, HVAC units also provide heat throughout homes and offices which is important in cold climates. Heat prevents pipes from freezing and bursting during those cold winter months. If an HVAC unit is too small, it may not be able to keep your house or office space warm enough to prevent a freeze from happening.
British Thermal Units (BTUs) are a measurement of energy determined by how much heat is required to raise the temperature of a pound of water by one degree Fahrenheit. Finding the right size HVAC unit for your home is dependent on a variety of factors and each home will have a BTU rating to help determine which size is best for your space. These ratings show how much energy is used by your unit per hour to cool down a space. To properly cool and heat your home, your HVAC unit will need to have a certain output of energy which is why knowing the BTU rating is important.
The right AC unit can make the world of a difference in your home. There are three types of units to choose from: traditional split-system air conditioner, ductless air conditioner, and packaged air conditioner. Though these are very similar since their main purpose is to cool and heat your home, they function differently.
The traditional split-system air conditioner has two different units that work together to provide high-quality performance and have high energy efficiency. This type of air conditioning unit does not require a window and is fairly easy to install in your home. With an overall low cost and easy maintenance, it is easy to see why it is used in many homes. There is an indoor and outdoor unit, which is why it is called a split system, and each part plays a significant role in cooling and controlling the humidity level in your building. The outdoor unit contains the condenser and compressor while the indoor unit has an evaporator, furnace, air handler, and filters. Prices for traditional split system air conditioners range from around $4,000 to $9,000.
A ductless air conditioner often called a mini-split system, is similar to a split system where it contains both indoor and outdoor components. As the name implies, a ductless air conditioner does not require ductwork as refrigerant lines are installed instead. Since the outdoor unit can be attached to multiple indoor units, you can keep rooms in your home at a different temperatures which is why they are very popular. Ductless air conditioners are mostly used for individual rooms instead of an entire home or building. They also vary greatly in price (because you can get them for multiple rooms in your home) but the average cost is around $12,348.
Packaged air conditioner systems have an outdoor unit without an indoor unit attachment. Instead of splitting all the parts needed to cool your home down, this one unit contains it all in one. The evaporator coil, compressor, and condensing coil uses the ductwork throughout your home or office to cool it down. The unit is usually used in large homes or buildings because of how quickly it can cool down a space. Packaged air conditioners cost an average of $6,800 to $8,000 including installation.
There are two ways to determine which AC unit size is right for your home — the Manual J calculation or a square footage measurement. Both options provide you with the BTU rating, which is the primary piece of information that you are looking to determine.
The Manual J calculation method is considered the most accurate way to find the BTU rating because it considers a variety of factors in its calculation. Square footage, climate, ductwork, windows, and sunlight are considered during a Manual J calculation. You will also need to know the amount of insulation, the number of people regularly inside, and even information about the heat-generating appliances throughout the home. Developed by the Air Conditioning Contractors of America (ACCA), the Manual J calculation is the most favored approach to determine the BTU rating and load calculation for your HVAC unit. If you are getting your equipment installed professionally, you can ask for an energy audit from the utility company to ensure a correct BTU rating. With this rating, you will be able to find the right size AC unit. Manual J calculations can be tricky to do on your own and will cost you which is why we suggest leaving it up to the professionals for the most accurate reading.
The following is a rough estimation of the cooling capacity a cooling system would need to effectively cool a room/house based only on the square footage of the room/house, as provided by EnergyStar.gov.
Area To Be Cooled (square feet) | Capacity Needed (BTUs per hour) |
100 to 150 | 5,000 |
150 to 250 | 6,000 |
250 to 300 | 7,000 |
300 to 350 | 8,000 |
350 to 400 | 9,000 |
400 to 450 | 10,000 |
450 to 550 | 12,000 |
550 to 700 | 14,000 |
700 to 1,000 | 18,000 |
1,000 to 1,200 | 21,000 |
1,200 to 1,400 | 23,000 |
1,400 to 1,500 | 24,000 |
1,500 to 2,000 | 30,000 |
2,000 to 2,500 | 34,000 |
Consult with a professional
To find the best size HVAC unit for your home, building, or room, it is best to consult with a professional. A professional team can take proper measurements and readings of your home to determine which unit size and air conditioning unit type is best for your particular case.
Our crew at Advantage Mechanical Supply can help you outfit your home with the right HVAC system. As the leading supplier of air ventilation and heating products, Advantage Mechanical Supply is fully equipped to help you with projects both big and small — we have products that are ready to ship with no fees so that you are able to get all HVAC and ductwork supplies in one place at competitive market prices that are hard to find elsewhere. Submit your project bids to our team today and watch your vision come to life through the hands trustworthy and experienced professionals.]]>Fire dampers are one of the top resources used to prevent the spread of a fire in a building. Upon detecting a fire, and with the use of temperature sensors, these dampers completely close which prevents airflow and keeps the fire from spreading throughout the building.
There are springs in the damper (which is installed inside of an HVAC unit) that prompt it to close immediately once a high heat is detected in the ducts. Since fire spreads faster with the presence of oxygen, shutting the vent completely prevents further damage by creating barriers and can potentially save lives and buildings. Large fires happen and spread rapidly so acting proactively with the use of a fire damper in the ducts is crucial to eliminate the threat immediately.
Continually having routine inspections and maintenance done on your fire dampers will prevent product malfunctions and ensure everything is up to code.
Smoke dampers, similarly to fire dampers, will close during a fire when smoke is sensed in a room or other parts of a building. Before a fire even occurs, smoke is the first detection of one. When there isn’t enough oxygen to cause the flame, the smoke will travel to the vents and the damper will shut before the fire can actually combust.
Fire dampers will use temperature sensors while smoke dampers will use smoke sensors to cause them to shut. Having both a fire and smoke damper in a building is vital. In fact, the number one cause of death during a fire happens to be smoke inhalation. The movement of smoke throughout a building before and even during a fire happens so quickly and can quickly engulf any open space. For smoke dampers to properly protect buildings and their occupants, continuous maintenance and inspections are needed in the ducts.
Preparation is key to preventing fires and smoke from decimating a building. You can do so by following fire safety codes that are up to high standards set by the International Code Council (ICC), National Fire Protection Association (NFPA), and Underwriters Laboratories (UL). These organizations follow rigorous rules to ensure fire safety all around the globe. For example, the NFPA mandates the ratings for both fire and smoke dampers. Fire dampers will have a minimum fire resistance rating while smoke dampers will have leakage and temperature ratings. Finding and installing products up to these safety codes and standards increase your chances of surviving a fire. Products are checked periodically for inspections and maintenance to ensure they stay up to date.
To better protect your home or business from fire, consider it best practice to install fire and smoke dampers. These two products are able to detect high heat temperatures and smoke levels that are consistent with dangerous fires. While installing either of these types of dampers will help you, utilizing both will significantly increase your chances of preventing fire-caused damages. To properly install a fire and smoke damper, follow these guidelines.
At Advantage Mechanical Supply, we have equipment and products that are up to ICC, NFPA, and UL standards and codes to ensure safety with our fire and smoke dampers. Tested and tried, we feature a line of products that potentially save lives and buildings from fire and smoke damage. Advantage Mechanical Supply offers affordable solutions and plenty of resources for customers that want to confidently protect their facilities. Whether residential, commercial, or industrial – no project is too small for our help. Finding the right dampers for your specific project is key to ultimate protection. Browse our selection of HVAC dampers and louvers for your fire safety needs.
If you’re unsure about your project needs, you can bid your project to Advantage Mechanical Supply to get your ideas off the ground and put your technical plans into action. Our fully-equipped team has years of knowledge and education to provide you with clear and concise information for all your HVAC needs. We offer custom orders with short lead times, thanks to our integrated supply chain allowing us to give our customers high-quality supplies at an affordable cost.
Contact Advantage Mechanical Supply for questions regarding dampers and HVACs — we truly are your one-stop shop for supplies and parts.
]]>Ductwork improves circulation throughout a building to provide better quality air and can even save you money on energy costs if you implement it correctly. With both fabric and metal ductwork options available, it’s essential that you determine which is best for your building project needs.
Your HVAC system will need either fabric or metal ductwork to provide quality air dispersion throughout a building at just the right temperature. Fabric ductwork can be made with lightweight materials that help heat and cool your space efficiently. Metal ductwork uses galvanized steel and aluminum, often available in various sizes and shapes to fit your needs perfectly. If ductwork didn’t exist, there would be no air circulation in a building and it would be much harder to cool it down or heat it up. At Advantage Supply, we use metal and fabric ductwork for a variety of projects and want you to be confident in your choice of ductwork. Here’s our take on the differences and benefits of both fabric and metal ductwork.
Metal and fabric ductwork have their differences that allow you to pick and choose which one will be best for your project. Fabric is often a better option for many situations — here’s why:
From permeable lightweight, permeable medium-weight, and non-porous heavy-weight, we have fabric ductwork available for all your needs.
Metal ductwork is still the chosen one by many experts because of how well it works when it is installed correctly. Here’s why it’s the first choice for many:
Browse our selection of metal ductwork and other supplies to ensure your HVAC system runs as smoothly as possible. With the right ducting for your project, your HVAC unit will deliver quality air to any room in minimal time.
Fabric ductwork is more commonly used for large commercial spaces and manufacturing facilities because of its high efficiency rate and energy-saving construction while metal ductwork can be used for all projects. However, the price is what deters many customers from using it. It’s more expensive overall, but can last for decades without needing to be replaced.
Due to the recent supply chain issues holding up traditional metal supplies, Advantage Supply has an integrated chain that allows us to manufacture and fulfill orders direct in North America. You’ll be able to start and complete your projects at a faster rate with our help at a much lower cost. Our systems can be made-to-order at an affordable price for anyone’s HVAC needs.
With the many benefits of these popular ductwork options, leaving the hard work to the experts like Advantage Supply will allow you to have confidence in your choices. Whether your project is residential or commercial, we have the resources to help you complete it.
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