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MMA vs epoxy

2021-05-20T02:48:25Z

Eugene Dunikov: Created page with "= [http://www.silikalamerica.com/blog/2013/08/09/mma-epoxy/ MMA vs. Epoxy] = == What’s Really The Difference Between MMA And Epoxy? == [[File:vs-epoxy-mma.jpg|208px|link=http..."

= [http://www.silikalamerica.com/blog/2013/08/09/mma-epoxy/ MMA vs. Epoxy] =

== What’s Really The Difference Between MMA And Epoxy? ==

[[File:vs-epoxy-mma.jpg|208px|link=http://www.silikalamerica.com/blog/wp-content/uploads/2013/08/vs-epoxy-mma.jpg]]

There are times when one feels as if one should have a chemistry degree to understand all the differences between MMA vs. epoxy properly, and the more we dig into the disparities and what the actual differences are when looking at the actual workings of each, the more convinced we are that a degree might not be enough. What might be really needed here to make a good comparison would be to have a Master’s in organic/inorganic chemistry and a Master’s in analytical chemistry.

Having a doctorate in both of those would certainly nail down all the pros and cons of each and would finally blur the line between the two. Yes, at present, the line is possible even more blurred than it need be. Still, on the other hand, so many people, in general, need much stronger evidence to know the actual differences between MMA vs. Epoxy.

First are the important definitions of each course, which means that a near-perfect definition would take an engineering degree to understand what has been defined fully. If that sounds like so much double-speak, it is because it is. Nowhere did we find any that the ordinary layman could understand. Thus we have had to write one ourselves.

MMA is actually called methyl methacrylic, but since it is a true tongue twister, everyone refers to it as MMA. In layman’s terms, MMA is actually transparent plastic. Think of some plastic surfaces that You can see through, and the chances are that the substance it is made of is MMA. The substance is sometimes erroneously referred to as plastic glass, though its properties are nowhere near the glass. Think of Plexiglass instead, or perhaps ACRYLATE®, Perspex, or Lucite, which are brand names of various kinds of MMA. On a generic level, think of it as perhaps being acrylic glass.

Acrylic glass has been utilized as far back as World War II when wartime created such necessary inventions such as airplane gun turrets, canopies, windshields, and even submarine periscopes. Thus MMA being used as flooring now is nothing really new.

Looking now at epoxy, we find that it can also be defined as a type of plastic. However, epoxy production can be either petroleum-derived, or it can be plant-derived even. [https://duomit.com/epoxy-resin/ Epoxies contain a hardener in them], meaning that epoxy would actually remain a liquid without the hardener. Hardening of epoxy is called curing. Some epoxy hardeners require the need for heat to be applied to it, thus as you can imagine, that kind of hardener would be useless for epoxy flooring. Thus common hardeners instead tend to be carboxylic acids or tertiary amines, for example, mixed to [https://duomit.com/3d-flooring/ create an epoxy 3D flooring substance]. Many of these hardeners can produce off-gassing, which can be harmful even days after installation.

Thus, we now look at MMA vs. Epoxy flooring with a new understanding of each, but to be honest, flooring experience is what is the “tell” in deciding one against the other. For instance, looking at Silikal, an enhanced MMA with no VOCs, brings to light that it is lifetime flooring and can be utilized anywhere, and it cures in less than one hour! The enhancement that Silikal has created removes any tiny pinholes from ever developing, thus [https://duomit.com/metallic-epoxy-floor/ creating a completely seamless, more durable flooring].

3d epoxy flooring

2021-05-18T15:50:47Z

Eugene Dunikov: Created page with "The epoxy 3D floor installation process involves laying down a layer of self-leveling primer followed by the desired image. This is then treated with a transparent two-component ..."

The epoxy 3D floor installation process involves laying down a layer of self-leveling primer followed by the desired image. This is then treated with a transparent two-component epoxy or polyurethane to give the perfect image depth. A level of protective varnish is the final step.

Not like a sticker or painted vinyl that is directly under your feet, the installed [https://duomit.com/3d-flooring/ epoxy 3D floor] gives the perception of depth and is impervious to all sorts of damage that would usually affect floor decorations.

Polished concrete vs epoxy flooring

2021-03-27T16:48:24Z

Eugene Dunikov:

= Introduction =

One of the difficult decisions for many facilities is the selection of the flooring solution which is not only adaptable to the environment but also cost-efficient. Each has its own strengths and weakness, but, in the world of flooring, polished concrete and epoxy flooring are two common types. Both have their own strengths in terms of sustainability, customization, and decoration and are suitable for different types of flooring.

Polished concrete is fashioned by running a grinding machine repeatedly along with a polishing head for gaining the polished, smooth, and fine surface. While on the other hand, epoxy flooring is created with multiple layers of epoxy applied to the floor with a depth of a minimum of 2 millimeters. Both flooring systems can be unique and sustainable.

= [https://duomit.com/your-floor/polished-concrete/ Polished concrete] =

Polished concrete can be an economically viable and eco-friendly solution for industrial and commercial flooring. If the floor is not exposed to extreme pH substances, toxins, and chemicals, polished concrete can be a solution for light to medium general service floor.

It reduces the environmental impact and helps to craft a fine and smooth clean surface with zero porous structure that will not peel or scratch. It also increases the flatness and enhances the reflectivity of the floor.

Though it is a reliable solution for light to medium general service floor it requires regular maintenance and re-polishing which can be considered its weakness. Polished concrete also has lower compressive strength compared to the unpolished concrete substrate.

= [https://duomit.com/your-floor/epoxy-floor/ Epoxy flooring] =

Epoxy flooring can be a good choice for abusive industrial and commercial environments. It is not only durable but can also cope with harsh usage. It increases the strength and durability of concrete and protects the floor from chemicals. It can also increase the light reflectivity of the floor and bonds easily with cement or concrete.

It does not require polishing and provides a water-resistant flooring solution with a wide range of color options for decorative effects.

However, higher installation costs and limited life span are weaknesses. It has a gentler cure rate as compared to MMA (Methyl Methacrylate) floors, and it requires more than one coat to remove the porosity of the concrete.

= Related articles on Designing Buildings Wiki =

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* Floor definition.
* Floor insulation.
* Glass block flooring.
* How to fit carpet.
* Insulation for ground floors.
* Polymeric flooring.
* Resin flooring.
* Screed.
* Sprung floor.
* Terrazzo.
* The Differences Between Engineered Flooring and Solid Hardwood Flooring.
* Types of carpet.
* Types of floor.
* Types of flooring.

[[Category:DCN_Commentary]] [[Category:DCN_Guidance]] [[Category:DCN_Product_Knowledge]] [[Category:Products_/_components]]

Polished concrete vs epoxy flooring

2019-01-26T02:44:29Z

Eugene Dunikov: Created page with "One of the difficult decision for many facilities is the selection of the flooring solution which is not only adaptable to the environment but also cost-efficient each has its ow..."

One of the difficult decision for many facilities is the selection of the flooring solution which is not only adaptable to the environment but also cost-efficient each has its own strengths and weakness. but. In the world of flooring, polished concrete and epoxy flooring are two prominent names standing out from the crowd and gaining recognition. Both have their own strengths in terms of sustainability, customization, and decoration and suitable for different types of flooring. [https://duomit.com/your-floor/polished-concrete/ Polished Concrete] is fashioned by running the grinding machine repeatedly along with the polishing head for gaining the polished, smooth, and fine surface. While on the other end, [https://duomit.com/your-floor/epoxy-floor/ Epoxy Flooring] is created with multiple layers of epoxy applied to the floor with a depth of a minimum of 2 millimeters. Though both flooring systems are unique and sustainable

Polished Concrete: Strengths and Weakness

Polished Concrete is the economically viable and eco-friendly solution for industrial and commercial flooring. If the floor is not exposed to extreme pH substances, toxins, and chemicals, [https://duomit.com/your-floor/polished-concrete/ Polished Concrete] is the best solution for light to medium general service floor. It has its own strength such as it reduces the environmental impact and help to craft fine and smooth clean surface with zero porous structure and nothing like that can peel or scratch. It also increases the flatness and enhances the reflectivity of the floor. Though it is the reliable solution for light to medium general service floor it requires regular maintenance and re-polishing which can be considered its weakness. Polished Concrete also has lower compressive strength as compared to the unpolished concrete substrate.

Epoxy Flooring: Strengths and Weakness

[https://duomit.com/your-floor/epoxy-floor/ Epoxy Flooring] is one of the best choices for abusive industrial and commercial environments. If you are looking for such a flooring solution which is not only durable but can also cope with harsh usage, Epoxy Flooring is the prominent names. It increases the strength and durability of the concrete and protects the floor from all type of chemicals and either it is exposed to resins or acids, Epoxy Flooring provides a resistant surface. It also increases the light reflectivity of the floor and bonds easily with the cement or concrete. Another strength which can also be considered is its ability to hide damages to the door. As it does not require polishing, it also provides water-resistant flooring solution and gives such a flooring solution which is not only resistant but also offer a wide range of color options for decorative effects.

If the weakness for [https://duomit.com/your-floor/epoxy-floor/ Epoxy Flooring] is considered, it can be analyzed that higher installation costs and limited life span of recoating are major weaknesses. It also has a gentler cure rate as compared to MMA floors. While it requires more than one coats to remove porosity of the concrete.

Either it is [https://duomit.com/your-floor/polished-concrete/ Polished Concrete] or Epoxy Flooring, both are considered as finest flooring solutions in the flooring industry. It is the usage which decides the selection of flooring and right selection for the right floor would allow having the enduring solution.

Insulated metal panel

2019-01-06T05:13:25Z

Eugene Dunikov: Created page with "=== SAY GOODBYE TO UNNECESSARY ENERGY LOSS WITH INSULATED PANELS === 900px === Why install Insulated Metal Panels? === When a Germany-based ..."

=== SAY GOODBYE TO UNNECESSARY ENERGY LOSS WITH INSULATED PANELS ===

[[File:Insulated-Roof-Panels.jpg|900px]]

=== Why install Insulated Metal Panels? ===

When a Germany-based farm equipment manufacturer HALDRUP GmbH broke into the North American market. They had just one requirement: their new plant should be constructed of insulated metal panels (IMPs). IMPs are a staple in European construction. Where they are beloved for their economic value, easy assembly, and fantastic insulation properties that keep energy loss and costs low. “Metal panels make it possible to get the building operational quickly,” says Rüdiger Hofmann, owner and civil engineer at HALDRUP.

The speedy assembly of these insulated metal panels ended up saving from falling behind schedule. When frozen ground prevented them from digging the building’s foundation. The panels require far less specialized equipment to install. Due to their self-aligning, tongue-in-groove joints with concealed fasteners, they are a snap to fit together. The streamlined construction meant the project could be completed on time, even with the setback. Hofmann also insisted on the IMPs for environmental reasons. Their high-performing energy efficiency is another reason they are widely used in Europe, where energy costs are generally higher.

Insulated Metal Panels protect against energy loss with a tightly sealed building envelope. That keeps outside weather, whether humid or dry, from interfering with the interior climate. The new IMPs product preventing the loss of hot and cold air from buildings.

Insulated Metal Panels save time and money. As they require less specialized equipment to install and are a snap to fit together

INTERIOR CLIMATE CONTROL WITH MINIMUM ENERGY USE

Having a properly insulated building means saving energy. It’s no secret in the industry that the second largest contributor to greenhouse gases is the energy used inside buildings. A building with insulated metal panels can reduce energy cost by two-thirds. This is because the sealed building envelope optimizes thermal resistance. By stopping any gaps where heated or cooled air could potentially escape. The benefit is seen immediately. And pays for itself in securing the thermal envelope of the building (roof and walls) better than traditional building materials. The [https://duomit.com/wall-solutions/insulated-metal-wall-panels/ Insulated Metal Panels] pay for themselves for years and years.

[[File:Insulated-Metal-Panel.png|503px]]ELIMINATES STRUCTURAL ROT & MOLD

Another way IMPs quickly recoup their initial cost is by requiring minimal maintenance and aftercare. They create a fully sealed building envelope. And prevent the travel of moisture from the exterior to the interior via tiny gaps in the insulation. This moisture travels in other building components. Can be responsible for mold and mildew—a time and money, intensive cost that can be highly disruptive for building owners. Because the building envelope is not only weatherproof but provides an impenetrable membrane in cold storage, it eliminates mold and mildew.

MEETING NET ZERO ENERGY GOALS

In 2008, the California Public Utilities Commission (CPUC) set a goal. All new residential construction in California would be Zero Net Energy (ZNE) by 2020. Insulated metal panels make it easier than ever to reach those standards—especially in roofing. The IMPs reduce energy needs, enabling the building owner to use less energy. Realizing savings in buying fewer solar panels and still meet the 2020 standards. Because of the high thermal performance, the foam-insulated panels can reach above R-50. PIR metal panels are helping new and existing construction comply with CPUC’s aspirations for the state of California. We were ready for 2020 in 2016.

Insulated metal panels reduce the need for specialized equipment. That means less fuel for cranes and fewer materials of being used in a particular project. Additionally, they are extremely easy to modify should any changes be desired. Due to lightweight, they eliminate the need for a lot of structural support. Mold resistance and the fact – insulation and building material all rolled into one, they can be used anywhere in a building. Their ultra-smooth construction means they snap together with ease. Creating a sleek and modern aesthetic that is at home in a wide variety of residential and commercial projects. Whether customers are looking for a modern, sleek look in the flat panel. Or even an [https://duomit.com/wall-solutions/architectural-panels/ architectural metal panel] – choices are deep and varied.

The panels have a sleek, modern aesthetic that fits into almost any residential or commercial project.

FLEXIBILITY & SUSTAINABILITY

Insulated panels have an additional benefit, especially in a location like California. In zones prone to earthquakes and tremors, panels are less rigid and more flexible than heavy, traditional building materials. They can even sway between 4 and 6 inches from side to side during seismic activity. Sustainability means products that last “the life of the building, and perform throughout its life cycle as well.” Quick pay for the investment due to reduced installation time and costs. The elimination of mold potential, and lower heating and cooling bills. After that, it’s just making money for owners. Steel, a major component in the metal panels, is 100% recyclable and can be reused ad infinitum. There is no endgame for steel, it could be a bicycle wheel next time around.

[[Category:Education]] [[Category:Construction_techniques]]