Why are dielectric coatings helpful?

Most importantly, dielectric coatings limit the flow of electricity, protecting people and equipment from coming into contact with the current. In addition to this vital protection, these coatings also offer: A barrier against moisture, chemicals, dust, weather, and other hazards and contaminants Safer, more comfortable tools and handles Attractive appearance with opportunities for color coding or brand color identification All of the additional functional and performance benefits each coating possesses

What industries use dielectric coatings?

While dielectric coatings are most commonly used in the electrical industry, they are useful for any application in which limiting contact with electrical current, internally or externally, is needed.

How do dielectric coatings work?

Dielectric plastic coatings work as insulators because their molecular structure doesn't have free electrons that metal and other good conductors have available to shift from atom to atom, which is, fundamentally, how electricity works.

What are common uses for dielectric coatings?

In addition to the electrical industry, typical applications for dielectric coatings include those where protection from electrical current is particularly vital for reliability and safety, such as automotive, aerospace, medical, and industrial components.

What plastics are used for dielectric coatings?

Virtually all plastic coatings used in standard electrostatic spray and fluidized bed powder coating are excellent dielectric coatings, including epoxy, nylon, polyester, and polyethylene. Plastisol dip coating is especially effective for tools and electrical components, including high-voltage uses.

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Precision Dip Coating

176 Chase River Rd., Waterbury, CT 06704

203-805-4564

Dielectric Coating

Plastisol

Coating

dielectric Coating

Dielectric Coating Services at Precision Dip Coating

High-Performance Insulation for Electrical and Electronic Applications

At Precision Dip Coating, we offer professional dielectric coating services designed to enhance the performance and longevity of your electrical and electronic components. Our advanced coatings provide superior insulation, protection, and reliability, ensuring your products meet the highest standards of quality and safety.

What is Dielectric Coating?

Dielectric coating refers to the application of a non-conductive, insulating layer to various materials and components. This specialized coating acts as a barrier against electrical currents, enhancing the component's ability to withstand high voltages and prevent electrical discharges. Ideal for a wide range of applications, our dielectric coatings are tailored to meet the unique requirements of each project, providing optimal protection and performance.

Benefits of Dielectric Coating

Dielectric coatings naturally offer superior insulation against electrical conductivity, but also provide the added protective and functional benefits that come with specific plastic formulations. These can include:

Electrical insulation

Moisture, salt water, and chemical resistance

Rust and oxidation protection

Reducing friction

Abrasion and impact resistance

Corrosion resistance

Surfaces that are more hygienic and easier to clean and maintain

Improved appearance

Protection against ultraviolet light

Resistance to all kinds of weather

Adding comfort and improving grip

Noise and vibration reduction

Customizability to match desired colors and finishes

Coating Applications

Any industry or component that relies on keeping electrical current from coming into contact with other parts, people, and other unwanted exposure to current will benefit from selecting our dielectric coatings. Some of the many applications for these coatings include:

The electrical industry in which they play a central role

Parts and components for the medical industry where patients and medical staff benefit from the protection

Tool handles where dielectric coatings protect their users and the equipment they work on

Critical, high-stress applications in the military and aerospace and aviation industries

Numerous industrial uses for equipment, tools, and products rely on the protection of dielectric coatings

Parts and equipment for the automotive industry, protecting assemblers, mechanics, and drivers

Safety equipment, to enable it to offer better protection

Choose Precision Dip Coating for Dielectric Coating

With our expertise in dielectric coating, Precision Dip Coatingis your trusted partner for insulating and protecting your electrical and electronic components. Our commitment to quality, combined with our tailored solutions, ensures that your products achieve optimal performance and reliability.

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Related Services

For more information about our manufacturing services, call us at 203-805-4564 or visit our contact page.

Why Choose Us

Wondering why Precision Dip Coating should be your top choice for dip coating and molding services? Here's what sets us apart:

Industry Experience

Decades of Professional Expertise

Value-Added Services & Support

Beyond Service, Added Value Support

Integrated Design & Development

Expertise From Concept To Completion

From Prototype to Production

Turning Ideas Into Reality, Refining Craftsmanship

Frequently Asked Questions

Why are dielectric coatings helpful?
Most importantly, dielectric coatings limit the flow of electricity, protecting people and equipment from coming into contact with the current. In addition to this vital protection, these coatings also offer:

A barrier against moisture, chemicals, dust, weather, and other hazards and contaminants
Safer, more comfortable tools and handles
Attractive appearance with opportunities for color coding or brand color identification
All of the additional functional and performance benefits each coating possesses
What industries use dielectric coatings?
While dielectric coatings are most commonly used in the electrical industry, they are useful for any application in which limiting contact with electrical current, internally or externally, is needed.
How do dielectric coatings work?
Dielectric plastic coatings work as insulators because their molecular structure doesn't have free electrons that metal and other good conductors have available to shift from atom to atom, which is, fundamentally, how electricity works.
What are common uses for dielectric coatings?
In addition to the electrical industry, typical applications for dielectric coatings include those where protection from electrical current is particularly vital for reliability and safety, such as automotive, aerospace, medical, and industrial components.
What plastics are used for dielectric coatings?
Virtually all plastic coatings used in standard electrostatic spray and fluidized bed powder coating are excellent dielectric coatings, including epoxy, nylon, polyester, and polyethylene. Plastisol dip coating is especially effective for tools and electrical components, including high-voltage uses.

More FAQ

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Dielectric Coating and How It Insulates Parts and Components

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A dielectric coating is one providing electrical insulation, as well as offering safety and reliability for electrical components and the tools used in working with electrical systems.

A Perfect Pair: Dip Coating & the Electrical Industry

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Metal is critical to the electrical industry primarily because of its excellent ability to conduct electricity. This same quality is what can also make it so dangerous when current comes in contact with people and objects that it shouldn't. With their very poor ability to conduct electricity, most plastics make excellent insulators — and make them the perfect partner for the electrical industry.

Protect Your Employees With Dielectric Coating

March 9, 2024

Coming into contact with electricity can be anything from uncomfortable to deadly, so any options for improved safety are a smart bet. Naturally insulating, most plastics create a highly-effective barrier against contact with electric current as one of their many benefits. Plastic coating is one of the most budget-friendly ways to achieve excellent protection from electrical contact, and is so effective that it's commonly used for even high-voltage applications.

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