Xylan Coatings

Xylan coatings to solve the problems arise when the ideal material for the construction engineering is the wrong surface properties. Spread a thin, xylan is an exceptional level of grip surfaces that do not easily accept other PTFE coatings.

Xylan coatings, lubrication and controlled friction, wear resistance, heat resistance, nonstick and release properties, and at the same time can also be protected from corrosion.

Water based, low-friction, dip spin coating for applications where a wide operating range of temperature is required - up to 260 ° C (500 ° F). Xylan 5110 is free of all restrictions on heavy metals, and is available in several colors (except for light colors). Typical applications include fasteners and son.

A solvent-based, low-friction, dip-spin coating with superior UV resistance. This coating is often used to provide product identification, since it is available in a wide range of colors like white. Xylan 5164 is free of all heavy metals limited. Typical applications include wood screws and threaded parts.

A solvent-based, friction-controlled dip-spin coating, designed specifically for the automotive industry. It provides a voltage controlled torque combined with excellent resistance to corrosion and can withstand 240 hours salt spray, when applied to a phosphate pretreatment. This coating is also a good resistance to all fuels, lubricants and fluids. Xylan 5230 is resistant to chipping and peeling and is easy to use. It is free for all heavy metals and is specified by a limited number of car manufacturers.

A solvent-based dip-spin coating corrosion resistance and good resistance to UV rays. It is ideal for use in roofing industries and devices which require weather resistance and is generally available in a range of colors. Typical applications include roof fasteners, screws, pressed and stamped parts.

A water base containing PTFE dip-spin coating with excellent resistance to corrosion. This coating can provide a low friction properties and abrasion resistance similar to Xylan 5230, but also better corrosion resistance, being more environmentally friendly. Xylan 5420 is low VOC and is free of all heavy metals limited. Ideal for the use of small fasteners and hardware.

Solvent, zinc-rich coating that provides corrosion protection sacrificial anode. Xylan 5611 offers excellent corrosion and wears resistance. It 'available in silver-gray color, and can also be used as a primer coating with other xylan. Xylan 5611 is widely used in home appliances roofs, and most of the application objects, such as threaded bolts, screws, stampings, and tested.

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Phone: 780-465-5050
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Teflon Coating

Precision Coating Co., Inc. is the global healthcare and medical device companies around the world, coaters such as medical guidance son, and the son of soul, hypotube and arbors. The company has the ability to work with clients from design to marketing and have two facilities, one dedicated to prototyping and flexible dedicated exclusively to high-volume medical device coating applications.

As a response to the rapid expansion of the unit covering medical industry in the last decade, we invested 1.0 million dollars to build a plant in the state of the art dedicated Medical Coatings. This ensures not only high quality but also prompt delivery. In addition to covering the market for medical devices, we also provide services and advise clients in industries dental, medical, semiconductor and aerospace.

As one of the largest fluoropolymer coatings applicators in the world with over 55 years specializing in coatings and DuPont Teflon ® Whitford Xylan ® and Ultralon, polyimide, epoxy coatings, dry film lubricant coating continues to innovate and precision fit to the standards of a wide range of high technology industrial applications. Over the years we developed our own PTFE coating systems outperform the competition. We offer an innovative low-friction property of polytetrafluoroethylene (PTFE) coating, which contains perfluorooctanoic acid (PFOA) and chromic acid free. Please refer to our Quick Reference Guide coatings.

DuPont ™ Teflon ® industrial coatings are available in powder and liquid. The versatility of these Teflon ® allows an almost unlimited application to a wide range of sizes and configurations, always an added value beyond the inherent nonstick qualities.

Teflon ® industrial coatings spray on paint and bake to a tough, inert finish. Over the years, DuPont has developed technology to the family of Teflon ® coatings to ensure a finish with the ideal combination of properties to meet most design.

By combining heat resistance with almost total chemical inertness, excellent dielectric stability and a low coefficient of friction, Teflon ® coatings offer a balance of properties unmatched in any other material. This is the original nonstick finish. DuPont, the maker of Teflon ®, has the worldwide resources to help you solve your flooring.

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Nickel Coating

Chemical nickel plating process is a chemical, as opposed to electroplating, requires no power supply for the deposit. Nickel is deposited on the surface through a process of a metal "autocatalytic", which deposits the coating of uniform density on the surface being plated.

Electro-less nickel plating process has many advantages over "electrolytic processes in a technical environment. The coating can be used where a hard, corrosion resistant surface is required. A major advantage of this process is that it is possible to cover the entire surface of a homogeneous matter, including internal, as opposed to electrolytic processes which have difficulty paying for the areas behind and internal, and can result in an excessive accumulation of points, angles, etc.

This may represent a considerable savings compared to 'Hard Chrome "(an electrolytic process). To create an inner layer by electrolytic methods requires the use of anodes of complex devices are usually expensive to produce and set up. With coating of nickel, the coating does not distort the dimensions. Typically, the element is machined to a tolerance of layer thickness and require no machining after finding the required dimensions (such as hard chrome required).

Valves, hoses, heat sinks, the trees, drilling equipment, rollers, dies and molds, tools, pumps, equipment and more. Wherever there is need to prevent corrosion, reduce wear and improve the hardness and durability.

Think of all the surfaces of the element. Possibility of a smooth surface tolerance. "Selective" coating (only certain surfaces of an element) is possible through masking selected surfaces, but it will affect the cost. Be as clear as possible on the surface quality and performance you expect in the finished product. Contact your finish over metal substrates, this process is appropriate. (* May not be suitable for some applications in food processing)

Nickel coating is not a new process. Until recently, was primarily engaged in the electronics industry. Metal Finishing industry throughout the world to combine a strong increase in demand for electro less coating. You need to have information about the benefits and applications of these coatings, or the danger of falling behind! You can start the countdown links to a couple of case studies BELOW. If, after reading the information provided here, you still need more information on nickel, please contact us. Click here for more information via e-mail Subscribe nickel for more information.

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H2S Corrosion Coating

Hydrogen sulfide is a chemical compound with the formula H2S name. Chemistry is just two hydrogen atoms bonded to a sulfur atom. Hydrogen sulfide gas is commonly associated with smell of rotten eggs and flatulence. It is a natural substance found in volcanic eruptions, natural gas and even some wells. In fact, Jefferson pools located in Hot Springs, Virginia, hosted by Thomas Jefferson, its medicinal use also contain dissolved gas concentrations of hydrogen sulfide and actually emit a sweet smell of rotten eggs. This compound is also found in human environments such as industrial fuel refineries, sewage / wastewater pumping and treatment facilities, and even some paper mills.

Table of toxicity seen on this page, which is longer than usual to become a serious health consequences and even death. Although many of us are familiar with the smell of hydrogen sulphide properties (usually much lower concentrations), were largely unaware of its corrosive properties, especially when it comes to electronics especially for printed circuit boards. Corrosion can occur at lower concentrations, as well. Electronic damage usually occur because of chronic lower concentrations of hydrogen sulfide, but it can definitely set the exposure to higher concentrations in a shorter period.

One of the methods commonly used to treat H2S-induced corrosion is the application of the secondary market with the protective coating on the boards, some of which are providers of maintenance and repair. This condition usually mitigates corrosion damage. However, the unwanted "side effect" is a post-sale support to the Government of coatings is that they can be de-rating the heat tolerance of electronic components. In other words, the conformal coating may actually impair the ability of heat dissipation of electronic components, and this can lead to 'induced, pre-mature failures.

Through extensive field experience and repair bench in the Delta Automation has decided that the best way to minimize the electronic components, the problem is:

Hold components first board clean and free of moisture and / or condensation.

2. Maintain a positive pressure within the side panels compared to the ambient pressure of the room through the use of an inert gas such as argon. 3. Use the equipment OEM coatings applied. OEM coatings are more effective than the market after applying the coating, and the effects of heat dissipation layer are designed in the heat capacity of the electronic components installed.

Insert the Delta automation to answer all your questions on how to maximize the durability and reliability of electronics systems'.

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Phone: 780-465-5050
Email: contact@impreglon.com

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