Houston, TX. October 18, 2012 — Ultimate Linings® LTD., (UL) a leader in the development and application of protective coatings & linings is pleased to announce the growth of their industrial scope of work to include the Eagle Ford Shale and Marcellus Shale
COATINGS
The Coating process is specifically designed to prevent operational malfunction caused by exposure to moisture, immersion in water, dust, and effects of high wind and chemicals. Any solid surface can be coated, including metal, wood, plastic, paper and textiles. Apply a uniform, thin layer of coating, ranging in thickness from microns to mils. The final product is inert and weather and water resistant.
Experiencing corrosion? But don’t know how it’s forming? Or how to prevent it?
The answer may be beyond your parent metal.
Polyurea Definition Polyurea is a coatings, lining and joint sealant technology. It is being used successfully for any different applications today. Polyurethane coating and linings are more commonly applied over concrete and steel for corrosion protection and abrasion resistance. They also have tremendous advantages over conventional materials for joint fill and caulk applications due to their fast set nature, high elongation and durability/abrasion characteristics. Polyurea can be molded and shaped by spraying it into molds. Similarly, polyurea is also used as hard coat protective shell over expanded polystyrene (EPS) for architectural molded fascia applications. The markets and applications are endless and on the rise. A polyurea coatings / elastomer is that derived from the reaction product of an isocyanate component and a resin blend component. The isocyanate can be aromatic or aliphatic in nature. It can be monomer, polymer, or any variant reaction of isocyanates, quasi-prepolymer or a prepolymer. The prepolymer, or quasi-prepolymer, can be made of an amine-terminated polymer resin, or a hydroxyl-terminated polymer resin.
Experiencing corrosion? But don’t know how it’s forming? Or how to prevent it?
The answer may be beyond your parent metal.
Yet, corrosion protection will vary among industrial coatings. Each can have unique strengths. Ready to find the best?
Everlube Products Pioneer and Leader in Solid Film Lubricant Technology.
First, we see “corrosion” and “chemical corrosion” the same. When a surface is attacked, it is a chemical (or electrochemical) reaction occurring between the surface and the environment. And the effects on surface properties or performance are negative.Here are some common corrosion manifestations:
Fretting– visible through pits, grooves, or debris relating to oxidation, occurring at the asperities or “peaks” of contact surfaces. An example is vibration, which is the result of load in the presence of repeated relative motion.
Galvanic– seen by pits, holes, or local oxidation products, the result of dissimilar metal. Here, one metal corrodes faster than it would alone, while the second corrodes slower than it would alone. Often, this is confused with coupled metals exhibiting increased decay based on differences in their electromotive force potentials.
Uniform– manifested by equal measurable material loss over a larger surface area, which continues until failure. There is often predictability there. And performance is assured, though will diminish over time.Pitting– is a localized form. Often difficult to detect, this type is considered more dangerous to design against. Pitting is initiated by local chemical or mechanical damage of protective oxide films or non metallic inclusions, theoretically forming a \“battery\” between an abnormal anode or cathode site.Other forms of corrosion, including ‘Intergranular’, ‘Exfoliation’, ‘Stress’, and ‘Hydrogen Embrittlement’, can also result in localized cracking, severe loss in ductility, and increased residual tensile stresses.
So, how do we choose industrial corrosion resistant coatings?
What is the temperature of service? Can you define the corrosive strength or time of exposure? What about the corrosive medium. Is it a liquid? A vapor? Both? Under pressure? Indoor? Outdoors?
Your best coating choice must be environmentally compatible.
Is your coating inert (non reactive) to the environment? Consider surface porosity. Also known as pin holes or holidays, those microscopic voids allow penetration of corrosives, down to the base metal. Resistance to permeation matters.
Are there moving, mechanical parts? Don’t ignore your parent metal (substrate). Take away its ability to form corrosive products and you can extend coating life, dramatically. So important under dynamic load, when coating thickness is restricted.
You’ve established environmental and parent metal compatibility. Don’t stop there. To be sure there are no quality issues after applying the coating, consider the simple “wet sponge” or “high pot” (potential) test.
Highly effective with thermoset or thermoplastics, ceramics, or other non-conductive coatings, the test will reveal quickly, destructively, bare metal (coating void) by an electrical arc discharge.
For almost 20 years, Ultimate Linings has been a leading provider of bed liner and industrial coatings. Ultimate Linings excels in the industry by providing high quality polyurethane, polyurea, and hybrid products for industrial coating solutions.
Ultimate Linings elastomer technology polyurea coatings have been specifically formulated for the advanced Protective coatings and Specialty Coatings.Ultimate Linings industrial product formulations offer solutions for abrasion resistance,corrosion resistance, water proof coatings, blast resistance, hazardous materials containment energy, ballistic armor, chemical resistance, floor coatings, energy efficient insulation, structural reinforcement, corrosion resistance, fire retardant and thermal barrier coatings.
Ultimate Linings industrial Coatings product formulations offer solutions for abrasion resistance, Protective Coatings, hazardous materials containment energy, ballistic armor, chemical resistance, Floor Coatings, energy efficient insulation, structural reinforcement, corrosion resistance, fire retardant and Epoxy Coatings.
Roofing leakages can happen to acquire a quantity of factors. These people usually start out smaller than average grow over amount of in time so that you can larger difficulties. Nevertheless, a good tiny roofing spill could cause main injury to your home. Besides building wet spot locations by yourself accomplished ceilings, best leaking might lead to mold and mildew growth in addition to get rotten. They’ll also may trigger power jeans.
Roofing leakages can happen to acquire a quantity of factors. These people usually start out smaller than average grow over amount of in time so that you can larger difficulties. Nevertheless, a good tiny roofing spill could cause main injury to your home. Besides building wet spot locations by yourself accomplished ceilings, best leaking might lead to mold and mildew growth in addition to get rotten. They’ll also may trigger power jeans.
Truthfully, the only difference between you and garage floor coatings, Protective Coatings, Industrial Coatingsexperts is time. If you’ll invest a little more time in reading, you’ll be that much nearer to expert status when it comes to garage floor coatings.
The coating process is specifically designed to prevent operational malfunction caused by exposure to moisture, immersion in water, dust, and effects of high wind and chemicals. Any solid surface can be coated, including metal, wood, plastic, paper and textiles. Apply a uniform, thin layer of coating, ranging in thickness from microns to mils. The final product is inert and weather and water resistant.
what is epoxy ?
Epoxies are polymer materials that begin life as liquids and are converted to the solid polymers by a chemical reaction. An epoxy based polymer is mechanically strong, chemically resistant to degradation of the chemical elements in the solid form and highly adhesive during conversion from liquid to solid. There are a wide range of basic epoxy chemicals from which an epoxy system can be formulated.
Physically epoxy systems contain two components, resins and a hardeners. The resin component is usually light, sometimes almost clear colored and almost odour free. Hardeners are usually dark and have a characteristic ‘ammonia-like’ smell. When these two components are brought together and mixed intimately in a prescribed way, they will react chemically and link together irreversibly, and after the chemical reaction has been completed, they will form a rigid plastic material.
Applications of epoxy based materials are extensive and include coatings, adhesives and composite materials like carbon fiber and glass-reinforced plastic (although polyester, vinyl ester, and other thermosetting resins are also used for glass-reinforced plastic). Epoxies are known for their excellent adhesion, chemical and heat resistance, good to excellent mechanical properties and very good electrical insulating properties. Almost any property can be modified.
Industrial coatings are generally used to diminish the effects of corrosion thus preventing the metal from being tarnished or damaged. Industrial protective coatings enhances the finesse of the metal or material which in turn improves the quality. The important feature of these coatings is that they are weather proof and hence they provide robustness to the products used in the industries are more prone to be affected by the weather conditions.