The Importance of Durable Roofing

Many homeowners and business owners take their roofs for granted until they need repair work or a re-roofing. Then, they become aware of just how important it is to choose the right roofing materials and a qualified contractor for installation.


A roof is the top covering of a building, protecting against rain, snow, sunlight, and extremes of temperature. It also adds aesthetic appeal. Contact Glacier Roofing for professional help.

A waterproof membrane is essential for a roof to keep water out. Without a waterproof coating, moisture will cause rot and mildew, which can create health problems for residents of the building. A waterproof membrane can protect against these health issues and prolong the life of a roof. It can also prevent moisture from leaking into the ceiling, which can damage the structure of the building.

Several types of liquid membranes are available for waterproofing commercial roofing. Some are more effective than others, depending on the needs of the building and its location. Some of the most common include polyurethane, silicone, and rubber. All of these materials are abrasion resistant and can withstand UV stability. They also resist thermal shock, fatigue, and punctures. They are also able to be applied in low temperatures, which makes them a good choice for commercial buildings in moderate or warm climates.

The best waterproof membranes are made of a combination of ingredients that create a seamless barrier between the roofing and the building. These membranes are also formulated with reflective properties, which help to reduce the amount of heat that is reflected off the surface. This will help to lower energy costs, as the building will stay cooler for a longer period of time.

Many liquid applied roof systems are formulated with high reflective elements, which will reflect up to 90% of the sun’s radiation. This helps to keep the inside of the building cool and comfortable for a longer period of time, and will reduce energy bills. In addition, a waterproof roof coating will also reflect the sun’s heat away from the building, which can help to moderate temperatures throughout the year.

When choosing a liquid applied membrane, it is important to consider the manufacturer’s recommendations and application instructions for maximum performance. These guidelines should be followed closely to avoid problems with the waterproofing system. Many manufacturers offer specialized training to contractors, Product Knowledge meetings to distributors, and Lunch & Learn education sessions for architects and specifiers. By following these guidelines, you can ensure that your commercial roofing will remain leak-free and durable for years to come.


With wildfires raging across the western United States, homeowners are concerned about their homes’ fire safety. Even in areas that don’t experience wildfires, homes could be threatened by embers from nearby wildfires or from fireworks or barbecues that can land on the roof. If your roofing is not fireproof, these embers can cause serious damage and potentially make their way into the home. The good news is that most roofing materials can be treated to become fire-resistant. This treatment makes the material less likely to catch or spread flame, and it can add an extra layer of protection if your home is in a high-risk fire zone.

During testing to determine a fire rating, the UL 790 (ASTM E 108 standards) evaluate a material’s resistance to penetration by flame and the ability of that material to withstand the spread of a fire. Many popular roofing options are rated class A in terms of their fire-resistant properties, including concrete and clay tiles and metal roofs. Asphalt shingles are also considered class A, but they have to be supplemented with additional fireproofing treatments to achieve this rating.

While it is true that some roofing materials have a better fire-resistant rating than others, these ratings are based on strict guidelines that determine how well the material protects against a flame, splinters and flying embers. These guidelines are formulated by organizations like Underwriters Laboratories and the American Society for Testing and Materials.

The UL tests include a test that blows hot, intense flames on a roof for two minutes to see how the surface holds up. The splinter test evaluates whether the material will break into pieces that can be blown by the wind and ignite other surfaces. The final test looks for any flame penetration of the underlying structure and attic space.

While clay and concrete are considered fireproof, both options are expensive and add extra weight to the roof. For these reasons, many builders and homeowners opt for asphalt shingles with a fireproofing treatment to get the benefits of a class A fire-rated roof without the extra expense or added weight. However, there are also a number of other roofing options that can look just as beautiful while providing class A fire-resistant properties. These options are made from copper, zinc, steel and other alloys and can be made to resemble the look of a clay or concrete tile roof.


Wind, especially strong winds, can cause major damage to homes, and for this reason, roofing that is designed and constructed to be windproof is a priority for many homeowners and builders. This is particularly important in areas prone to hurricanes, tornadoes and other high-wind storms.

The shape and design of a roof can affect its ability to resist wind. Gable roofs, for example, have a steeper slope that can deflect wind more effectively than flat or low-sloped roofs. Metal roofs are also renowned for their strength and durability, often withstanding winds up to 140 miles per hour.

Another important factor in determining whether a roof is windproof or not is the quality of the materials used and how well they are secured to the roof structure. Asphalt shingles, for example, are often considered to be among the most popular roofing materials available, and they can offer impressive wind resistance when properly installed and fortified with proper sealing.

Other roofing materials that can provide excellent protection against the forces of wind are corrugated aluminum, steel and tile. Standing seam metal roofing, in particular, offers exceptional resistance to uplift, while its concealed fasteners help to create a sleek appearance to the home’s exterior. In addition, corrugated aluminum and steel are lightweight, which helps to reduce the amount of force exerted on the roof by high wind gusts.

During high-wind events, it’s also common for debris to be blown around, and this can be extremely damaging to the roof. Large tree limbs, garbage cans, patio furniture and old signs are all potential projectiles that can hit the roof with great force, creating significant damage. Some roofing materials, such as rubber roofs, are highly impact resistant and can withstand serious damage from flying objects.

Regardless of the roofing material chosen, it’s important to check the manufacturer’s warranty for details on the specific requirements and limitations regarding wind resistance. For example, many manufacturers treat 3+ story buildings differently when it comes to wind rating and warranty, which is a crucial consideration for apartment building managers who are concerned about their tenants’ safety and the integrity of the roof over time.


A durable roof is more than just about weatherproofing; it also protects the underlying structure from water damage. In addition, it can help homeowners save money on their energy bills by keeping the heat in during winter and out in summer, thanks to reflective surfaces that reduce the thermal footprint of a building. The durability of a roof is also dependent on the quality of its sheathing and underlayment, which create a stable foundation for the outer layers.

The best durable roofing materials are designed to balance form and function, with the option to achieve a personalized appearance while also meeting or exceeding local building codes and safety standards. Durable roofing materials can range from timeless patterns that stand the test of time to modern designs that are a reflection of the latest architectural trends.

Types of Blow-in Insulation

Blow in Insulation Perth is a type of home insulation made from various materials and blown into wall and attic cavities. This type of insulation has a high R-value and can help reduce energy costs.

It typically only takes a day for an experienced team to install blown-in insulation, which is much quicker than traditional options like faced batting or rolls.

Blow in Insulation

Fiberglass is the insulation of choice in new construction, and you’ve probably seen it being installed on building sites or in rolled forms in home improvement stores. It is made from spun molten glass into long, thin fibers that form both the insulating material and the backing of a fiberglass batt. It’s also a good choice for retrofits in existing walls, where it can be blown into wall cavities without removing the exterior siding and interior drywall. However, it’s not a very efficient choice for attics because it does not fill gaps between the attic floor and ceiling framing well.

Blow-in fiberglass insulation, on the other hand, can better reach the hard-to-reach areas of attics. This type of loose-fill insulation conforms to unique spaces and crevices, providing a much higher R-value than fiberglass batts. It also blocks airflow, slowing conductive heat transfer. However, it does not stop air infiltration, so hot or cold outdoor air, allergens, or dust can enter a home through these gaps.

One of the disadvantages of blown-in fiberglass is that it is much more expensive than installing fiberglass batt insulation. It’s also more difficult for homeowners to install on their own because you have to purchase or rent a blower and have the right tools for the job, like safety goggles and a face mask.

It’s also important to note that blown-in fiberglass can lose its R-value over time, particularly if the installation is not done properly. This is because it can settle and create pockets that allow outside air to enter the home. It also does not perform as well in wall cavities, where cellulose is the better choice because of its ability to fill gaps.

Cellulose is made from recycled newspaper and other paper products, and it comes in tightly packed bales or bags. It is very dense and can be blown into attics using a special machine that churns the material with paddles to mix it with air, then uses a large hose to blow it where needed. This is usually performed by professionals specializing in the process.

Mineral wool is a man-made insulation product made from spun glass fibers. It is very fire resistant, and when used in walls and ceilings, it reduces the spread of fire within framing cavities and helps to contain a fire. It is non-combustible and can often be used in places that require high levels of fire safety, such as schools, hospitals and public buildings.

It has the advantage of being much more environmentally friendly than fiberglass. This is because the raw materials used to make mineral wool are abundant, and the production process uses less energy. It also has the benefit of being inherently fireproof, without having to be treated with fire-retardant chemicals.

Like cellulose, it is water resistant, and will not encourage the growth of mold or mildew. It is also inherently odorless and contains no formaldehyde. Mineral wool is stiffer than fiberglass, and this makes it easier to cut and install into a space. It is also denser, which means it takes more effort to move around during an installation. The higher density also means that it is more costly than fiberglass.

It is a very good thermal insulation, and can achieve an R-value of R15 in 2×4 stud wall construction. However, if your project requires a higher thermal R-value, it is a better idea to use polyiso instead. This is because it comes in boards that can be cut to size by hand, and the modular sizing means that it only takes 2.5″ of polyiso to meet R15, whereas it takes 3.5″ of mineral wool.

Mineral wool is also very good at sound-deadening, and it has an NRC rating of 0.95 – 1.05 depending on thickness. It is a great choice for any home renovation where noise reduction is an issue, and it can be used in attics, walls, and ceilings.

Service Partners offers a wide selection of mineral wool/rockwool blown insulation to fit any budget, application, or construction need. Contact your local Service Partners branch today to find out more about which blow-in insulation products are right for you.

Rock wool insulation, also known as mineral wool, is an environmentally friendly product made from natural rock materials and recycled slag. It’s similar to fiberglass insulation in many ways, but it differs in terms of its fire safety, acoustic comfort, and durability. In addition, it is less expensive than other types of insulation and can provide an excellent R-value for your home.

Rock wool is manufactured by combining basalt and diabase rock material with recycled steel-making slag, which is superheated to liquefy them into a lava-like liquid. This molten liquid is then spun into fibers that have the consistency of raw sheep’s wool. These strands are then knitted tightly together, which minimizes gaps and ensures that the rock wool is as dense as possible. This gives it superior compression strength, which is important for applications like flat roofing, where it may be walked on during installation and maintenance.

While not quite as eco-friendly as cellulose, this type of blow-in insulation is still an effective way to save energy and improve the thermal performance of your home or business. It has a high R-value per inch, making it suitable for a variety of building applications and is extremely durable, retaining its R-value for several decades. It also does not absorb moisture, so it is resistant to mold and mildew.

As with all insulation, if you choose to use rock wool, it’s important to wear a mask when handling it. The material can cause eye and respiratory irritation if it comes into contact with your skin. However, this is far less severe than with fiberglass insulation, which contains microscopic bits of glass that can be inhaled by installers.

Rock wool insulation is an ideal choice for attics, basements, and heated crawl spaces. Its density and friction-fit batts prevent gaps that reduce thermal efficiency and can help you reach a more comfortable temperature throughout your home. It’s also an effective way to achieve a higher R-value in walls and ceilings where it might be difficult to install other types of insulation. Your local Service Partners branch can help you find the best blown-in insulation brand to fit your budget and needs.

Cellulose is the most abundant naturally occurring polysaccharide and the main constituent of plant tissues. It consists of unbranched chains of glucose molecules linked by beta 1-4 glycosidic bonds. Unlike other polysaccharides, each alternate glucose molecule in the chain is inverted and has its hydroxyl group directed above the plane of the glucose ring. This characteristic gives cellulose its strength, rigidity, and ability to absorb water. It is found in the cell walls of plants, algae, bacteria, and tunicates. In addition to cellulose microfibrils, the primary cell wall also contains acidic polysaccharide and a cross-linking polysaccharide matrix with calcium.

Blown-in cellulose insulation is typically made from finely shredded recycled newspaper or cardboard. It is treated with boric acid or other compounds to resist mold, fire, and pests. It is an excellent choice for eco-minded homeowners because it is a renewable resource and requires less energy to manufacture than fiberglass or other furnace-produced mineral insulation. It is also more pliable than other insulation materials, so it is better suited to retrofits than new construction.

It is important to note that cellulose insulation must be installed by professionals to ensure the best results. Amateur attempts to install cellulose insulation may result in popped nails, sagging drywall, or other damage. It also poses safety risks for homeowners because they are exposed to chemicals, dust, and other harmful particles during the installation process.

Cellulose insulation is treated to be fire-resistant, and this makes it safer to use in homes than other types of insulation. However, this also means it has a lower R-value than fiberglass or other more modern insulation materials. Cellulose is also more susceptible to moisture than other insulation materials. Moisture can significantly reduce its R-value and lead to mold and mildew. This can be especially problematic in wall cavities, where it can take a long time for the insulation to dry after a leaky roof or pipe. This is why blown-in cellulose insulation is better suited to attics than walls. The thicker the layer of cellulose insulation in an attic, the more it will slow air movement and keep moisture out.