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Schedule a time for our service team to inspect, diagnose, maintain, and repair your Spray Foam equipment. With our decades of spray foam equipment experience, we are able to tackle any issue from a simple gun cleaning to compressor, generator, or electrical issues.

Preserving the architectural integrity of historic buildings while ensuring energy efficiency can be a challenging task. Spray foam insulation has emerged as a popular solution, offering improved thermal performance and air sealing capabilities. However, applying spray foam in older structures comes with its own set of challenges. In this blog post, we will explore the unique challenges of using spray foam in historic buildings and provide expert solutions to overcome them. 1. Compatibility with Historic Materials One of the primary challenges of using spray foam in historic buildings is ensuring compatibility with the existing materials. Many older structures feature traditional building materials like stone, brick, lime mortar, or plaster. The application of spray foam on these surfaces requires careful consideration to prevent any damage or alteration. Solution: Prior to applying spray foam, consult with preservation experts or architects experienced in historic structure restoration. They can assess the compatibility of spray foam with the existing materials and suggest alternative insulation methods if necessary. In some cases, a combination of traditional insulation techniques and localized spray foam application may be the best solution. 2. Moisture Management and Breathability Historic buildings often have unique moisture management needs due to their construction techniques and natural ventilation systems. Applying spray foam without proper ventilation considerations can lead to moisture accumulation and potential structural damage. Solution: Before applying spray foam, conduct a thorough moisture assessment of the building. This involves identifying potential sources of moisture ingress, evaluating the existing moisture barriers, and understanding how the building naturally manages moisture. Based on this assessment, experts can recommend suitable spray foam products that allow the building to breathe while still providing efficient insulation. 3. Retaining Architectural Features Historic buildings are known for their intricate architectural details, such as ornate moldings, plasterwork, and trim. The application of spray foam can unintentionally cover or damage these features, compromising the building's character and historical significance. Solution: Take a careful, detail-oriented approach to spray foam application in historic buildings. Prioritize the preservation of architectural features by using masking techniques and precise installation methods. Consider using low-expansion spray foam products that allow for greater control over the insulation thickness and reduce the risk of covering or damaging architectural details. 4. Preservation of Historic Finishes Historic buildings often showcase unique and irreplaceable finishes, such as historic wallpapers, paint schemes, or decorative plasterwork. The installation of spray foam can inadvertently impact these finishes, leading to costly repairs or loss of historical authenticity. Solution: Work closely with preservation experts and conservationists to protect and preserve historic finishes during the spray foam application process. Implement meticulous masking, covering, or removal of sensitive finishes to avoid any damage. Prioritize the use of low-pressure spray foam application techniques that minimize the risk of overspray or unintentional contact with delicate surfaces. 5. Adherence to Historic Building Codes and Regulations When working with historic buildings, it is crucial to adhere to specific building codes and regulations that aim to protect the historical integrity of the structure. These regulations may vary depending on the building's location and status as a historic landmark. Solution: Prioritize compliance with local historic preservation guidelines and building regulations. Consult with preservation commissions and local authorities to understand the specific requirements for insulation in historic structures. Engage with preservation specialists who have experience navigating these regulations to ensure that the spray foam application meets all necessary guidelines. Spray foam insulation can offer significant benefits in terms of energy efficiency and comfort in historic buildings. However, the application of spray foam in these structures requires careful consideration and expertise to protect their architectural integrity and unique features. Spray Foam Distributors of New England has been supporting spray foam contractors since 2006, and has the experience and experts on hand to help you complete your net project. By striking the right balance between insulation and preservation, we can ensure the longevity and sustainability of these treasured structures for future generations to enjoy.

As the temperatures drop and the winter months approach, it is important to consider the materials you use for your construction and home improvement projects. For spray foam insulation, the formulation and type of product can make a significant difference in how well it performs during colder weather. Not all spray foams are ideal for winter use, so choosing a product specifically designed for lower temperatures will help ensure maximum yield, proper application, and the best long-term results. How spray foam is affected by cold weather conditions Spray foam insulation is designed to expand and harden after application, providing an effective barrier against heat transfer. However, extremely cold temperatures can negatively impact the chemical reaction that causes the foam to expand and bond properly. When spray foam insulation is applied in very cold weather, the material may have difficulty fully expanding before hardening. This can result in voids, reduced yield, and less effective insulation. The optimal application temperature range for most spray foam products is between 50 to 95 degrees Fahrenheit. At the lower end of this range, the foam may expand slower, harden faster and have lower yield. Some spray foam materials are specially formulated as ‘winter blends’ to address these issues, with a wider application temperature range. The sensitivity to temperature is due to the chemistry of the two components that make up spray foam: isocyanate and polyol resin. When these components interact, they produce an exothermic reaction that generates heat and causes the foam to expand. Colder temperatures slow this chemical reaction, reducing expansion. The foam may also have more difficulty bonding to surfaces at lower temperatures. Metal surfaces in particular can be problematic, as the cold material will not adhere as well. To achieve the best results when applying spray foam in winter, use a product specifically designed for colder weather. Also, properly heat the area before application to allow for full expansion and curing. With the proper precautions taken, spray foam can be installed effectively even in extremely cold temperatures. The benefits of Winter specific spray foam materials When installing spray foam insulation in winter conditions, it is important to choose a spray foam product specifically designed for colder temperatures. These winter blend spray foams offer benefits tailored for installations in temperatures below 55°F. Increased yield Winter blend spray foams contain special formulations to increase yield in colder weather. As temperatures decrease, spray foam materials become thicker and harder to spray evenly. Winter blends account for this by adjusting the chemical makeup to maintain proper viscosity and flow in cold conditions. This allows for maximum yield and coverage, which means greater insulation and energy efficiency. Faster reaction time Spray foams designed for winter also have catalysts that speed up the chemical reaction for curing and hardening. This faster reaction time is necessary in cold weather to achieve proper adhesion, cell structure, and hardness before the materials become too rigid to shape properly. The accelerated reaction helps create an effective thermal barrier and seal. Faster reaction time As the winter season approaches, make sure to choose a spray foam specifically designed for cold-weather use. Spray Foam Distributors of New England in North Woodstock, NH stocks a wide variety of premium spray foam products that have been thoroughly vetted and tested for successful installations in cold weather climates just like New England. For more information about their product lineup, call 603-745-3911.

Unveiling the Power of Spray Foam Insulation in Crawl Space Transformation Introduction Often overlooked, your crawl space plays a pivotal role in your home's comfort and energy efficiency. Traditional crawl spaces are usually unsealed and poorly insulated, but modern building science advocates for encapsulation and insulation. Among the best materials for this job is spray foam insulation, which offers a plethora of benefits from energy savings to improved air quality. Understanding Crawl Space Encapsulation Encapsulation involves sealing your crawl space to isolate it from the rest of the house, offering several advantages. Spray foam insulation not only provides an effective air seal but also insulates pipes and wires, enhancing your home's energy efficiency and reducing utility bills. Moreover, it serves as a barrier against pests and moisture, thereby preventing mold and mildew. Why Spray Foam is the Go-To Choice Spray foam insulation is a polyurethane-based material that expands to fill spaces, adhering directly to surfaces. This creates an airtight seal that minimizes air leakage. With a high R-value, it excels in preventing heat transfer, making your home more energy-efficient. Additionally, its water-resistant properties help control moisture, reducing musty smells and preventing structural damage. Top 5 Advantages of Spray Foam in Crawl Spaces Energy Efficiency and Comfort: The airtight seal prevents external air intrusion, reducing drafts and humidity. This makes your HVAC system more efficient, potentially lowering your utility bills by up to 25%. Structural Integrity: Spray foam bonds to crawl space surfaces, reinforcing the structure and extending your home's lifespan. Pest Deterrence: The sealed environment created by spray foam keeps out rodents, insects, and other pests, safeguarding your home. Air Quality: The insulation seals off the crawl space, preventing the entry of musty air and pollutants, leading to a healthier indoor environment. Flood Resilience: Being water-resistant, spray foam offers an added layer of flood protection, especially beneficial for homes in high-risk flood zones. Hiring the Right Contractor When selecting a contractor, ensure they are licensed and certified, with specific experience in crawl space encapsulation. Opt for high-quality, closed-cell spray foam and confirm that the contractor adheres to proper application techniques. A reputable contractor will offer warranties and post-installation services. Cost-Benefit Analysis While spray foam insulation may have a higher initial cost, it offers long-term savings. Professional installation can vary between $3,000 to $9,000. However, the energy savings and durability of spray foam can offset these costs over time, making it a cost-effective choice in the long run. Conclusion Spray foam insulation stands out as an exceptional choice for crawl space encapsulation. Though the upfront costs may be higher, the long-term benefits—ranging from energy savings to structural integrity—make it a wise investment. So, if you're contemplating giving your crawl space a much-needed upgrade, spray foam insulation should be at the top of your list. Don't delay; schedule an estimate today and transform your crawl space into a valuable asset for your home.

The Fusion Air Purge is Graco’s most popular plural-component gun for both polyurethane foam and polyurea applications. Its exceedingly simple air-blast tip technology ensures less maintenance and minimal downtime. < Back Graco Fusion Air Purge Purchase/Contact Us View Parts in Shop PRODUCT DESCRIPTION BENEFITS RESOURCES & DOCS The Fusion Air Purge is Graco’s most popular plural-component gun for both polyurethane foam and polyurea applications. Its exceedingly simple air-blast tip technology ensures less maintenance and minimal downtime. - Easy Cleaning - Less Downtime - Quick-Release Fluid Housing - Hand-Tightened Front Cap - Ergonomic Handle Brochure Manual

Graco’s new Xcelerator heated hoses provide more options and control than ever. All Xcelerator hoses are designed to provide full independent A and B temperature control. This provides more precise pressure balancing and improved material yield. New robust construction provides longer life and reduced maintenance. Xcelerator heated hoses come as internally or externally heated hoses, that are independently temperature controlled. The new internally heated hoses have 40% faster warm-up times, are 40% more flexible, and have a 35% smaller diameter compared to traditional externally heated hose. < Back Reactor 3 Xcelerator 100 ft Internal Heated Hose with 3/8 in Inside Diameter, 2000 psi, RTD Sensor, Xtreme-Wrap SKU: 25P438 Purchase/Contact Us View Parts in Shop PRODUCT DESCRIPTION BENEFITS SPECS RESOURCES & DOCS Graco’s new Xcelerator heated hoses provide more options and control than ever. All Xcelerator hoses are designed to provide full independent A and B temperature control. This provides more precise pressure balancing and improved material yield. New robust construction provides longer life and reduced maintenance. Xcelerator heated hoses come as internally or externally heated hoses, that are independently temperature controlled. The new internally heated hoses have 40% faster warm-up times, are 40% more flexible, and have a 35% smaller diameter compared to traditional externally heated hose. - Temperature Control - Fully-independent A and B temperature control - Internally heated and externally heated options - Available in both 50 ft and 100 ft lengths: Minimizes fluid and electrical connections - Reduces maintenance and issues with no cables or sensors required Brochure Manual PSI: 2000

The Delta CPS Proportioner brings together innovation and guaranteed 1:1 ratio application. with gear pumps and custom in-house designed and manufactured heat exchangers, the Delta CPS Proportioner is "hands-off" and intuitive. Experience the Akurate Advantage: Easy-to-use system Seamlessly designed components built in-house Low maintenance costs Gear pumps have fewer moving parts requiring less maintenance 1:1 Ratio Integrated software adjusts motor speed based on high resolution flow meter data for a guaranteed 1:1 ratio < Back Akurate Dynamics Akurate Dynamics Delta CPS SKU: DELTACPS Shop Parts Contact an Expert PRODUCT DESCRIPTION SPECS BENEFITS RESOURCES & DOCS The Delta CPS Proportioner brings together innovation and guaranteed 1:1 ratio application. with gear pumps and custom in-house designed and manufactured heat exchangers, the Delta CPS Proportioner is "hands-off" and intuitive. Experience the Akurate Advantage: Easy-to-use system Seamlessly designed components built in-house Low maintenance costs Gear pumps have fewer moving parts requiring less maintenance 1:1 Ratio Integrated software adjusts motor speed based on high resolution flow meter data for a guaranteed 1:1 ratio - Experience the Akurate Advantage: - Easy-to-use system - Seamlessly designed components built in-house - Low maintenance costs - Gear pumps have fewer moving parts requiring less maintenance - 1:1 Ratio - Integrated software adjusts motor speed based on high resolution flow meter data for a guaranteed 1:1 ratio Brochure Manual Max Pressure: Max Hose Length: Max Fluid Temp: Max Output/Min: Heaters K/W: 2200 psi 300 ft 150°F 30lb/min 8