Who Sells Fiberglass Replacement For Insects?

Phifer offers a wide range of fiberglass insect screening, including Phiferglass, Metro Screenworks bulk fiberglass screen rolls, and Saint-Gobain ADFORS Small Insect Screen. Phiferglass is a trademarked fiberglass screening that is woven from permanent glass yarn coated with a protective vinyl for durability, color, and flexibility. It is noncombustible and will not rust, corrode, or stain.

Metro Screenworks offers screen replacement kits in four types: Clear Advantage, Pet Resistant, Extra Strength, and Standard Fiberglass. These kits include an installation tool, spline, and enough material to replace the screen of two standard windows or one standard door. The NO-SEE-UMS screen is a tightly woven 20×20 mesh designed to keep out smaller flying insects like no-see-ums, gnats, sand flies, and other bugs that may inhabit marshy or coastal areas.

HikingScreen offers durable Fiberglass Insect Screen Mesh from HikingScreen, which offers effective bug prevention while allowing airflow and visibility. The Saint-Gobain ADFORS Small Insect Screen is ideal for protection against tiny insects like gnats, sand flies, and other irritating insects. Metro Screenworks sells high-quality screen materials and offers various models of roller insect screens, such as verticals and sliding mesh rolls.

Noflystore offers various models of roller insect screens, including verticals made of scratch-resistant fiberglass fabric, flame retardant, and tear-resistant. The Cut by Pet Proof Window Screen Replacement Adjustable Fiberglass Screen Repair Kit 47. 2 x 98. 4 Inch Insect Screen Net Sliding Mesh Roll for Door Patio Porch Windows is a self-adhesive, easy-installation option for repairing defective fiberglass mosquito nets.

In summary, Phiferglass, Metro Screenworks, Saint-Gobain ADFORS, and other brands offer high-quality fiberglass insect screening products that are designed to balance insect protection, air flow, and visibility.

What Is The Biggest Problem With Fiberglass Insulation?

Fiberglass insulation effectively traps allergens, dust, and moisture, which can contribute to mold growth, similar to how a furnace filter works. While it offers beneficial insulation properties and can enhance energy savings, there are significant drawbacks to consider. Long-term exposure to fiberglass insulation can lead to serious health and environmental issues. Although modern types are less likely to contain carcinogenic chemicals, the potential for adverse health effects from prolonged exposure remains uncertain. Fiberglass can deteriorate over time, releasing tiny airborne fibers that pose inhalation risks or settle on surfaces.

Common problems associated with fiberglass insulation include skin, eye, and lung irritation. Furthermore, it doesn't effectively repel moisture or seal against drafts, leading to inefficiency. Older insulation becomes less effective, contributing to higher energy costs and increased risk of mold, pests, and rodents. Poor installation practices, such as failing to fill wall cavities properly, can exacerbate these issues, hinting at the inherent challenges of fiberglass installation.

As fiberglass is installed more frequently, the likelihood of improper installation rises, which is often due to it being a cost-effective option. However, improper installation can result in air leakage and moisture accumulation, compounding problems. The insulation may sag or settle, primarily as a result of installation mistakes. Homeowners and insulation contractors should be aware of these issues and take steps to mitigate risks associated with fiberglass insulation to ensure long-term efficacy and safety in the home.

What Chemical Will Dissolve Fiberglass?

A variety of solvents, including acetone, methyl ethyl ketone, and diacetone alcohol, are commonly used to clean processing equipment and tools after polyester resin (fiberglass) has cured on them. While these solvents effectively remove cured polyester resin, alternatives like strong acids and alkaline substances can also dissolve or react with resins. Sulfuric acid, known as a potent mineral acid, is often effective for this purpose. Denatured alcohol, particularly high-percentage ethanol (up to 99%), can assist in dissolving fiberglass when applied to a resin-coated surface.

However, caution is advised when using harsh chemicals such as acetone, benzene, and toluene due to their safety risks. Ethanol may dissolve the resin when placed in contact with a polyester resin fiberglass tank, which might produce unexpected results if mixed with other chemicals. For effective removal, methods such as using paint thinner or applying heat with a heat gun or blow torch can also be beneficial.

While vinegar is acidic, it is insufficient for dissolving fiberglass on its own, as its acetic acid is relatively mild compared to stronger acids like hydrochloric or sulfuric acid. Strong bases, such as a concentrated sodium hydroxide solution, are known to quickly dissolve resins at optimal temperatures (25-30 degrees Celsius). Persistent fiberglass residues can be addressed by soaking in acetone for extended periods. For cleaning, using a soft-bristle brush and soaking contaminated clothing in warm water can help, with vinegar potentially aiding in loosening fibers.

What Is Fiberglass Insect Mesh?

Fiberglass Insect Mesh, also known as fiberglass insect screen or bug screen, is a durable and lightweight product crafted from finely woven fiberglass threads, designed to keep insects out while allowing airflow. Its resistance to moisture and UV light makes it suitable for outdoor use, although it can be less robust than stainless steel, which is a common alternative.

This type of mesh is the most prevalent for windows and doors due to its affordability and resistance to rust and mildew. It comes in various colors and is typically made from vinyl-coated fiberglass threads. Fiberglass insect mesh rolls are available in different widths and lengths for diverse applications, including insect mesh and soffit mesh.

Fiberglass insect screens offer superior ventilation, making them ideal for preventing flies, wasps, and other small pests from entering homes while maintaining fresh air flow. Standard options feature an 18x16 mesh with a nominal 1. 22mm hole size, which effectively screens out insects. Despite being durable, fiberglass may show signs of wear faster than aluminum, such as fraying or sagging.

In terms of design, fiberglass insect screens allow homeowners to appreciate the view while blocking bugs. The material is made of real glass strands, and while it possesses high tensile strength and corrosion resistance, care must be taken as it can create needle-like pieces if broken. Fiberglass insect mesh is not just practical; it combines effectiveness with visual clarity.

Phifer's fiberglass insect screens emphasize this quality, catering to consumers looking for reliable solutions for insect control without compromising the beauty of their view. Whether the need is for replacing older screens or installing new ones, fiberglass insect mesh remains a top choice.

Is Fiberglass Screen Combustible?

Fiberglass screens offer numerous advantages as they are non-combustible and resistant to rust, corrosion, and staining, making them ideal for various applications such as windows, doors, patios, and pools. For those with pets, heavy-duty pet mesh made of vinyl-coated polyester is notably stronger than standard mesh, effectively resisting damage caused by animals like cats and dogs. Fire prevention experts highlight the vulnerability of large openings in screened-in porches to flying embers, underscoring the importance of using non-combustible materials.

Fiberglass insulation is one such material; it is designed to be fire-resistant, capable of withstanding temperatures up to 1000°F (540°C) before melting. It is non-flammable and does not release flammable vapors under heat or fire exposure. Materials such as steel, concrete, and glass are also considered non-combustible.

While fiberglass resin is not flammable, it can be combustible in the presence of an open flame, producing harmful fumes when burned. Building codes, including the International Residential Code (IRC), classify fiberglass insulation as non-combustible. Although fiberglass is resistant to flame and high temperatures, it can release tiny fibers that may irritate respiratory passages when disturbed. Fiberglass mesh screens are environmentally friendly, lightweight, and cost-effective, providing superior flame-retardant properties. Additionally, they boast impressive UV resistance and withstand corrosion, acids, and alkalis, further enhancing their durability and safety for home use.

What Is The Best Insulation For Pest Control?

Cellulose insulation is an eco-friendly solution made from recycled paper, such as newspapers, and is treated with boric acid to deter pests like ants, spiders, and roaches. This type of insulation is not only effective against pests but also provides thermal efficiency, soundproofing, and fire resistance. Cellulose insulation is recognized as one of the top choices for pest control due to its pest-repelling properties that remain effective over decades unless damaged by moisture or rodents. Other pest control insulation options include spray foam and polyurethane foam, which also serve to seal gaps that invite pests.

TAP Insulation, which stands for Thermal, Acoustical, and Pest Control, further enhances pest management by incorporating substances that effectively deter insects. Selecting suitable insulation not only aids in energy efficiency but also minimizes long-term pest management costs. While cellulose insulation improves protection compared to no insulation, its effectiveness can diminish over time. To maximize pest protection, materials like aircrete and cement-bonded wood fiber are recommended as they are less appealing to rodents.

Many attic insulation options exist, with popular choices including cellulose, spray foam, and fiberglass batts infused with boric acid to combat infestations. Spray foam insulation is particularly effective as it expands to fill cavities around potential entry points for pests. Overall, choosing the right insulation type is crucial for enhancing home comfort, reducing energy costs, and preventing pest infestations effectively.

Why Not To Use Fiberglass Insulation?

Fiberglass insulation is a lightweight and cost-effective material comprised mainly of glass, designed to reduce heat transfer by trapping air. However, it has notable drawbacks that may make it unsuitable for home insulation upgrades. One significant issue is that fiberglass is less dense than other insulation types and doesn’t create an airtight seal, leading to air leakage—one of the primary sources of energy loss in homes. On average, over 30% of heat or conditioned air can escape through improperly installed fiberglass insulation, which can also leave gaps.

Consequently, while fiberglass insulation is popular due to its affordability and ease of installation, it often has a lower R-value compared to alternatives like spray foam or cellulose insulation, meaning it is less effective in resisting heat flow.

In addition to its thermal inefficiencies, fiberglass insulation has potential health risks. The tiny glass fibers can irritate the skin, and inhalation poses an additional hazard to the lungs, although macrophages in the lungs can break down these fibers over time, mitigating long-term harm. If fiberglass becomes wet, it loses much of its effectiveness, and moisture can foster mildew, mold, or wood rot, further compromising its performance.

Therefore, even with its low price point, fiberglass insulation may not be the best choice for all situations, especially in areas prone to moisture. Alternatives offering better thermal resistance and safety considerations should be evaluated. Understanding both the benefits and limitations of fiberglass insulation is essential for making an informed decision on home insulation solutions.

Do Bugs Like Fiberglass Insulation?

Pests often invade homes, particularly favoring fiberglass insulation in attics, which serves as a warm nesting site during colder months. Surprisingly, while bugs do not consume fiberglass, they can burrow through it, causing significant damage. Effective insulation types that deter pests include cellulose, spray foam, and polyurethane foam. Fiberglass insulation, though durable and economical, is not immune to pests; rodents and insects can weaken its structural integrity.

Mice, in particular, are not attracted to fiberglass insulation for nesting, as it lacks suitable conditions. Nonetheless, they can tunnel through it, creating access points that expose homes to the elements. Some pests, like cockroaches and silverfish, can ingest fiberglass without harm, making it ineffective for pest control.

Additionally, insulation can be installed as batts or loose fill, with loose fill being a better option for certain applications. Most foam insulation is treated with borate, reducing its appeal to pests, while fiberglass batts, although conveniently installed, can attract rodents.

It's crucial for homeowners to regularly inspect their insulation for signs of pest invasion. While fiberglass has moisture and mold resistance, which can deter some pests, its structure is not ideal for preventing all types. Overall, while fiberglass insulation is popular for its thermal properties, it may not be the best choice for pest management compared to alternatives like cellulose or spray foam. Homeowners should consider these options to protect against pest-related damage effectively.

What Kind Of Insulation Does Terminix Use?

Fiberglass and cellulose insulation are frequently utilized in attics, with Terminix providing cellulose insulation options. To remove deteriorating insulation, the process begins with a free inspection to ensure the attic is clear. Cellulose insulation, composed of over 85% recycled paper and treated with fire-retardants, is available as blown-in or spray-applied types. On the other hand, fiberglass insulation consists of fine recycled glass fibers and comes in rolls, batts, or blown-in forms.

For Zone 5, an R-Value of 49 to 60 is recommended. TAP (Terminal Acoustical Pest Control) insulation combines pest control with energy-efficient cellulose, using boric acid as a treatment, effective for various insects but safe around humans and pets. Effective insulation prevents winter-related damage, including ice dams and moisture buildup by maintaining consistent roof temperatures. Terminix's cellulose insulation can be installed over existing insulation or between attic joists, and they also offer replacement options.

Mice and other pests can disrupt insulation integrity, and no company can guarantee complete pest avoidance. Additionally, Terminix provides eco-friendly attic insulation with pest deterrents. Their R-Plus Insulation™ is made from fire-resistant recycled materials, enhancing insulation efficiency in at-risk areas.

Can Rodents Get Through Spray Foam Insulation?

Spray foam insulation is not a reliable rodent repellent, as mice, rats, bats, and other pests can chew through various materials, including foam, to access homes. Mice, in particular, possess a strong instinct to gnaw through almost any substance they encounter, making spray foam susceptible to damage. While spray foam can deter rodents by sealing gaps and cracks, reducing their activity and potential entry points, it does not provide a complete solution. Rodents may still find or create new entryways, especially if they detect hidden food sources or existing vulnerabilities within the foam.

Homeowners often seek alternative rodent-proofing methods when faced with infestations, as relying solely on spray foam can lead to weak spots in insulation. Once rodents chew through the foam, they might use it to build nests or bypass it to enter the home. Additionally, other pests like termites and carpenter ants can deteriorate aged spray foam, exacerbating the problem. The presence of rodents not only damages insulation and structural materials but can also create unpleasant conditions, such as droppings and stale odors, which can hinder the resale of a property.

To effectively prevent rodent infestations, spray foam insulation should be complemented with other barriers, such as wire mesh or steel wool, which are more resistant to chewing. These additional measures help reinforce the integrity of the insulation and minimize potential entry points for pests. Without comprehensive rodent-proofing strategies, spray foam alone may fail to protect a home, allowing infestations to escalate and cause significant damage over time.