I found this... thought it might help (look on the left under Web Links to find the original source page from EpoxyProducts.com):
"Epoxies yellow, chalk (or more commonly least lose their gloss), in direct sunlight (UV). The yellowing can be a real problem. For pigmented epoxies select colors that are dark or contain a lot of yellow (such as green). Even clear epoxies will yellow and cloud up. Often epoxies are topcoated with latex or urethanes that will retain their color and attractive gloss. This is particularly true if color coding or matching company colors is important.
There are special epoxy formulations that have increased chemical resistance, increased temperature resistance, the ability to be applied underwater, and enhance resistance to yellowing and UV damage.
Another clue of a cheap epoxy is if it requires haz-mat shipping. Generally the better resin systems can be shipped non-haz-mat. The exceptions are special high temperature and/or more UV resistant epoxies, which often require haz-mat shipping."
I also found this at E-poxy.com (again, link on the left):
"The primary disadvantage common to most epoxy systems is poor UV resistance. UV light can lead to chalking (yellowing) and loss of gloss. Although the strength of the epoxy will not be compromised, the material is no longer aesthetically pleasing."
Epoxy resins that are specifically formulated with UV inhibitors or stabilizers are UV resistant. These additives help to protect the resin from yellowing or degrading when exposed to sunlight. It's important to check product specifications or consult with the manufacturer to ensure the epoxy resin is suitable for UV exposure.
Phenolic resins are generally not very UV resistant and can degrade when exposed to sunlight, which can lead to discoloration, embrittlement, and loss of properties. To enhance UV resistance, additives or coatings can be used to protect phenolic materials from UV radiation.
A non-thermoplastic material is one that does not soften or flow when exposed to heat and instead undergoes a permanent chemical change. Examples include thermosetting plastics like epoxy resins or phenolic resins, which form irreversible chemical bonds when heated and cooled, making them resistant to high temperatures.
Epoxy floors are very strong and durable, a well installed epoxy floor can last up to 25 years. They are also scratch resistant and are ideal for areas with heavy traffic
Hi you suck so go away you're in school.
Epoxy is a type of adhesive that is created by mixing resin with a hardener. Once mixed, it forms a strong and durable bond that can be used for a variety of applications, such as repairing cracks, filling gaps, or bonding materials together. Epoxy is known for its high strength, versatility, and resistance to chemicals and heat.
Epoxy resins are typically stronger and more durable than acrylic resins. Epoxy resins are often used for industrial applications, such as in construction and aerospace industries, due to their high strength and chemical resistance. Acrylic resins, on the other hand, are more flexible and have better UV resistance, making them suitable for applications like coatings and adhesives. Epoxy acrylic is a combination of epoxy and acrylic resins, offering a balance of strength, flexibility, and UV resistance. This hybrid resin is commonly used in applications such as automotive coatings, marine coatings, and flooring systems where a combination of properties is required.
Epoxy resins are typically stronger and more durable than acrylic resins. Epoxy resins are often used for projects that require high strength and resistance to heat and chemicals. Acrylic resins are more flexible and have better UV resistance. Both epoxy and acrylic resins can be used together in a project by layering them to take advantage of their different properties. For example, you can use epoxy resin as a base layer for strength and durability, and then use acrylic resin as a topcoat for its flexibility and UV resistance. This combination can create a project that is both strong and long-lasting.
Phenolic resins are generally not very UV resistant and can degrade when exposed to sunlight, which can lead to discoloration, embrittlement, and loss of properties. To enhance UV resistance, additives or coatings can be used to protect phenolic materials from UV radiation.
Epoxy acrylic resin is a type of resin that combines the properties of epoxy and acrylic resins. It is known for its high durability, clarity, and resistance to yellowing. Compared to other resins like polyester and polyurethane, epoxy acrylic resin has better adhesion, chemical resistance, and UV stability. It is commonly used in crafting and construction for its strength and versatility.
Epoxy resins are advanced thermosetting resins used in FRP composites. Epoxy equivalent of an epoxy sample is determined by a standard titration method [6] using hydrogen bromide solution in acetic acid.
No, Seal-Krete Epoxy-Seal is an acrylic-epoxy blend. By mixing 2 unlike resins (patio paint and Epoxy-Seal) the hard Epoxy-Seal acrylic-epoxy resins would become weak resulting in a coating failure. No, Seal-Krete Epoxy-Seal is an acrylic-epoxy blend. By mixing 2 unlike resins (patio paint and Epoxy-Seal) the hard Epoxy-Seal acrylic-epoxy resins would become weak resulting in a coating failure.
I recommend a good epoxy paint with the Uv resistant seeler.
Epoxy and acrylic are both types of resins used in coatings and adhesives. The main difference is that epoxy is a stronger and more durable material, while acrylic is more flexible and resistant to UV light. This difference impacts their uses in various applications - epoxy is often used for heavy-duty applications like flooring and industrial coatings, while acrylic is more commonly used in decorative coatings and art projects.
William N. Bowie has written: 'Epoxy resins: market survey and users' reference' -- subject(s): Epoxy resins
Epoxy resins are used with aggregate (silica sand) to produce epoxy mortar or epoxy concrete, which is used for structural repairs of concrete.
A. F Yee has written: 'Toughening mechanism in elastomer-- modified epoxy resins-- part 1' -- subject(s): Elastomers, Epoxy resins
The solvent commonly used for epoxy phenolic resins is a mixture of aromatic hydrocarbons, such as xylene or toluene. These solvents help to dissolve the resins and are typically used for cleaning equipment or thinning the resin for application.