Heating conductive paint / primer

Heating conductive paint / primer

Heating conductive paint / anti-icing primer

The Svetorezerv company produces paints that conduct electricity. This is called electric paint and can be used on a variety of surfaces including paper, plastic, wood, cardboard, or glass.

Electric paint uses metal to make electricity.

“There are many small carbon particles inside this liquid. When the liquid dries, these particles move closer together, ”CEO and co-founder V. V. Petrov told Business Insider.“ When the liquid dries, these particles become closer to each other, through which electricity can flow. ”

Electric paint is used with a printed circuit board, which can then be connected to a computer or switch. Paint as a device sensor.

Since its launch in 2009, the company has sold over 200,000 products, and paint has used several creative projects such as an interactive wall, music table, or sound mural.

Tech Insider will tell you everything you need to know about technology: gadgets, instructions, games, science, digital culture and more.

What is electric paint: composition and application of conductive paints

Conductive ink or conductive ink has been around for a long time. Originally developed for use in printed electronics, PCB printing applications that are used in electronic devices like smartphones and computers that we use every day. But there is an exciting world of new applications available thanks to advances in materials science, manufacturing and electronics. We are obsessed with these opportunities and share our knowledge so that you can use this unique set of capabilities in your projects and products.


What is Conductive Ink?
Electrically conductive paints are paints that are electrically conductive, that is, they conduct electricity. They are composed of a conductive pigment such as copper, nickel or various forms of carbon, either suspended in particulate form or dissolved in solution. There are many different formulations, each designed for the materials used with specific properties.

Although people use the terms "conductive paint" interchangeably, there is a technical difference between the two terminologies and different definitions. It is generally accepted that paint is a material that is sprayed or brushed onto a surface, and ink is a material that is printed on a surface. In addition, ink usually indicates the material that is on the surface of the substrate, while ink penetrates through the surface like ink on paper. As it is probably clear now, the distinction between inks and inks is not always clear, but in general when working with printed electronics, most materials are called ink due to the use of printing in manufacturing.

There are many companies that manufacture conductive paints for the consumer market using conductive carbon, graphite, copper, or silver as the conductive material. Before choosing a conductive paint, you should familiarize yourself with the pros and cons of various conductors. Copper and silver paints may require solvents to remain in suspension, so they can be toxic, require curing, ventilation or otherwise. Metal based paints also contain particles that can fall out of solution or oxidize, so after their expiration date they may be shorter. Finally, conductive metal inks tend to be more expensive, making them expensive to use in large-scale applications. Silver conductive paint is a local inlay based on market fluctuations in silver itself. Compared to metallic conductors such as silver, nickel or copper, graphite has a higher electrical resistivity, but it is much easier to obtain and can be used in large quantities at a low cost. There are many different colors and formats designed for a variety of uses and applications, including small bottles, syringes, pens, cans, or even aerosol cans. There is even an online video on making DIY conductive paint at home.

There are many different ways to apply conductive ink. These include security flexography, rotogravure, screen printing, spraying, dipping, syringe dispensing and screen printing. The specific material composition of the conductive ink will differ depending on the process or method of the method, due to different equipment and property differences.

Printing technology with conductive inks varies greatly, so different inks are optimized for different temperatures, drying times, flow rates, viscosity, conductivity, resistance and particle size, among other variables.

A common use of conductive paint that most people are familiar with is for windshield heaters. However, there are many common uses for these technologies, including use in photovoltaic cells (solar cells), RFID tags, medical devices, including diabetes test strips, embedded electronics, wearable electronics, 3D antennas, flexible hybrid electronics, electronic circuits, touch screens and more. But we see an even greater future in the built environment. Electrically conductive inks and paints will find their next successful application in smart buildings and automotive.

Svetorezerv Factory - We focus on developing use cases in smart buildings and cars using conductive inks to create smart surfaces. We use these materials and other printed electronics technologies to create a wide variety of sensors. Depending on the use case, we can choose from a variety of conductive inks to transform ordinary surfaces into smart ones. We also manufacture, use and market our proprietary compound, Electric Paint, which has been developed to serve the untapped market for individual engineers and designers looking to prototype with printed electronics.

About electric paint
Electric Paint is a water-based electrically conductive paint that has been developed as an easy-to-use alternative to industrial conductive inks. This material is non-toxic, water-soluble, electrically conductive and can be used to make small printed circuits and capacitive sensors.

Electric Paint uses a combination of carbon black and graphite in a water-borne solution to make a water-based conductive paint. It uses materials and binders used in the food industry to formulate a solvent-free, safe carbon ink formula. Carbon is one of the elements, such as oxygen or hydrogen, which in turn can take many forms, such as diamond or graphite, charcoal or soot. Electric Paint uses two forms of carbon, carbon black and graphite, to create maximum conductivity along with desirable physical characteristics such as flexibility and toughness suitable for home use. The combination of carbon black and graphite makes Electric Paint the “carbon paint” in the industry, and they also give it a deep black color.

Electric paint dries in air at room temperature and therefore does not require curing. It can be applied to most non-conductive materials by brush, roller, spray, stencil or screen printing. As the paint dries, the water in it evaporates, leaving conductive particles on the surface. Electric Paint can be applied to a wide variety of substrates such as paper, cardboard, wood, drywall, textiles, plastic, glass and most non-hydrophobic surfaces (any surface that does not repel water), including non-hydrophobic ones. plastics. When applied in a thin layer by screen printing to paper or textiles, Electric Paint is flexible and allows some flex. Since Electric Paint is waterborne, it is not waterproof and may smudge. This can be controlled by gluing Electric Paint with acrylic lacquer, spray or waterproof coating. Once sealed, the electric paint can be overcoated with another acrylic paint to completely hide it or add color. The sealing of the paint does not affect its conductivity as the paint remains intact under the sealing layer.

The electrical conductivity of a surface coated with Electric Paint depends on the method of application and the thickness of the layer. At 50 microns, the electric paint has a sheet resistance of 55 ohms / square. Generally, carbon based inks such as Electric Paint have a higher durability compared to silver or copper based inks. As a water-borne paint, Electric Paint can be thinned by adding water to change the viscosity of the material, however this may affect the conductivity of the paint. Electric Paint dries at room temperature and does not require protective equipment, ventilation or special equipment.


Why we developed Electric Paint
The founders explored new uses for electronic circuits and struggled to find samples of conductive paint to test. Even today, obtaining small samples or purchasing conductive paints is not a trivial task.

    Heating conductive paint / primer

    Heating conductive paint / anti-icing primer

    The Svetorezerv company produces paints that conduct electricity. This is called electric paint and can be used on a variety of surfaces including paper, plastic, wood, cardboard, or glass.

    Electric paint uses metal to make electricity.

    “There are many small carbon particles inside this liquid. When the liquid dries, these particles move closer together, ”CEO and co-founder V. V. Petrov told Business Insider.“ When the liquid dries, these particles become closer to each other, through which electricity can flow. ”

    Electric paint is used with a printed circuit board, which can then be connected to a computer or switch. Paint as a device sensor.

    Since its launch in 2009, the company has sold over 200,000 products, and paint has used several creative projects such as an interactive wall, music table, or sound mural.

    Tech Insider will tell you everything you need to know about technology: gadgets, instructions, games, science, digital culture and more.

    What is electric paint: composition and application of conductive paints

    Conductive ink or conductive ink has been around for a long time. Originally developed for use in printed electronics, PCB printing applications that are used in electronic devices like smartphones and computers that we use every day. But there is an exciting world of new applications available thanks to advances in materials science, manufacturing and electronics. We are obsessed with these opportunities and share our knowledge so that you can use this unique set of capabilities in your projects and products.


    What is Conductive Ink?
    Electrically conductive paints are paints that are electrically conductive, that is, they conduct electricity. They are composed of a conductive pigment such as copper, nickel or various forms of carbon, either suspended in particulate form or dissolved in solution. There are many different formulations, each designed for the materials used with specific properties.

    Although people use the terms "conductive paint" interchangeably, there is a technical difference between the two terminologies and different definitions. It is generally accepted that paint is a material that is sprayed or brushed onto a surface, and ink is a material that is printed on a surface. In addition, ink usually indicates the material that is on the surface of the substrate, while ink penetrates through the surface like ink on paper. As it is probably clear now, the distinction between inks and inks is not always clear, but in general when working with printed electronics, most materials are called ink due to the use of printing in manufacturing.

    There are many companies that manufacture conductive paints for the consumer market using conductive carbon, graphite, copper, or silver as the conductive material. Before choosing a conductive paint, you should familiarize yourself with the pros and cons of various conductors. Copper and silver paints may require solvents to remain in suspension, so they can be toxic, require curing, ventilation or otherwise. Metal based paints also contain particles that can fall out of solution or oxidize, so after their expiration date they may be shorter. Finally, conductive metal inks tend to be more expensive, making them expensive to use in large-scale applications. Silver conductive paint is a local inlay based on market fluctuations in silver itself. Compared to metallic conductors such as silver, nickel or copper, graphite has a higher electrical resistivity, but it is much easier to obtain and can be used in large quantities at a low cost. There are many different colors and formats designed for a variety of uses and applications, including small bottles, syringes, pens, cans, or even aerosol cans. There is even an online video on making DIY conductive paint at home.

    There are many different ways to apply conductive ink. These include security flexography, rotogravure, screen printing, spraying, dipping, syringe dispensing and screen printing. The specific material composition of the conductive ink will differ depending on the process or method of the method, due to different equipment and property differences.

    Printing technology with conductive inks varies greatly, so different inks are optimized for different temperatures, drying times, flow rates, viscosity, conductivity, resistance and particle size, among other variables.

    A common use of conductive paint that most people are familiar with is for windshield heaters. However, there are many common uses for these technologies, including use in photovoltaic cells (solar cells), RFID tags, medical devices, including diabetes test strips, embedded electronics, wearable electronics, 3D antennas, flexible hybrid electronics, electronic circuits, touch screens and more. But we see an even greater future in the built environment. Electrically conductive inks and paints will find their next successful application in smart buildings and automotive.

    Svetorezerv Factory - We focus on developing use cases in smart buildings and cars using conductive inks to create smart surfaces. We use these materials and other printed electronics technologies to create a wide variety of sensors. Depending on the use case, we can choose from a variety of conductive inks to transform ordinary surfaces into smart ones. We also manufacture, use and market our proprietary compound, Electric Paint, which has been developed to serve the untapped market for individual engineers and designers looking to prototype with printed electronics.

    About electric paint
    Electric Paint is a water-based electrically conductive paint that has been developed as an easy-to-use alternative to industrial conductive inks. This material is non-toxic, water-soluble, electrically conductive and can be used to make small printed circuits and capacitive sensors.

    Electric Paint uses a combination of carbon black and graphite in a water-borne solution to make a water-based conductive paint. It uses materials and binders used in the food industry to formulate a solvent-free, safe carbon ink formula. Carbon is one of the elements, such as oxygen or hydrogen, which in turn can take many forms, such as diamond or graphite, charcoal or soot. Electric Paint uses two forms of carbon, carbon black and graphite, to create maximum conductivity along with desirable physical characteristics such as flexibility and toughness suitable for home use. The combination of carbon black and graphite makes Electric Paint the “carbon paint” in the industry, and they also give it a deep black color.

    Electric paint dries in air at room temperature and therefore does not require curing. It can be applied to most non-conductive materials by brush, roller, spray, stencil or screen printing. As the paint dries, the water in it evaporates, leaving conductive particles on the surface. Electric Paint can be applied to a wide variety of substrates such as paper, cardboard, wood, drywall, textiles, plastic, glass and most non-hydrophobic surfaces (any surface that does not repel water), including non-hydrophobic ones. plastics. When applied in a thin layer by screen printing to paper or textiles, Electric Paint is flexible and allows some flex. Since Electric Paint is waterborne, it is not waterproof and may smudge. This can be controlled by gluing Electric Paint with acrylic lacquer, spray or waterproof coating. Once sealed, the electric paint can be overcoated with another acrylic paint to completely hide it or add color. The sealing of the paint does not affect its conductivity as the paint remains intact under the sealing layer.

    The electrical conductivity of a surface coated with Electric Paint depends on the method of application and the thickness of the layer. At 50 microns, the electric paint has a sheet resistance of 55 ohms / square. Generally, carbon based inks such as Electric Paint have a higher durability compared to silver or copper based inks. As a water-borne paint, Electric Paint can be thinned by adding water to change the viscosity of the material, however this may affect the conductivity of the paint. Electric Paint dries at room temperature and does not require protective equipment, ventilation or special equipment.


    Why we developed Electric Paint
    The founders explored new uses for electronic circuits and struggled to find samples of conductive paint to test. Even today, obtaining small samples or purchasing conductive paints is not a trivial task.

     
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    15 февраля 2021, 15:42

    powdered graphite carbon paint - producer in Russia

    Company

    Motrom company

    Contacts

    34, Shabolovka, Moscow, 129119

    +7 495 343 1424

    info@motrom.com

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    34, Shabolovka, Moscow, 129119 +7 495 343 1424