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Performance Highlights
Applications
Heat Dissipation Coating
Star Conductive Shield
Advanced Heat Dissipation Coating
Star Conductive Shield is a high-performance heat dissipation coating built for electronics, telecom, and industrial equipment that run hot during use. It suits engineers and OEMs who need components to stay cool without bulky heat sinks. As a conductive paint with an optional transparent conductive paint formula, it moves heat and static charge away from sensitive surfaces instead of letting them build up. What sets this heat dissipation coating apart is its dual role: it manages thermal load and electrical conductivity together, in one durable, easy-to-apply layer.
Star Conductive Shield is a high-performance conductive coating for electronics, telecom, and industrial equipment. It helps dissipate heat and manage static charges, reducing thermal stress without bulky heat sinks. Its durable, easy-to-apply layer combines thermal and electrical conductivity in one solution.
How Star Conductive Shield Solves These Problems
- High thermal conductivity formula — channels heat away from hot components fast, making it an effective heat dissipation coating for enclosures and panels.
- Electrically conductive base — functions as a dependable conductive paint for grounding, EMI shielding, and static discharge control.
- Transparent conductive paint option — keeps optical clarity on glass, lenses, and display surfaces while still conducting heat and current.
- Multi-surface adhesion — bonds securely to metal, plastic, glass, and composite substrates without special primers.
- Fast air-drying formula — cures at room temperature, cutting downtime during production runs or scheduled maintenance.
- Corrosion and weather resistance — shields coated surfaces from moisture, oxidation, and outdoor exposure over the long term.
GET A FREE QUOTE
Talk to an expert.
Our technical team will assess your requirement, recommend the right solution, and send you a detailed quote — at no cost.
An ESCO recognized leader in the industry
Request your free quote
Fill in the form and we will be in touch within 24 hours.
Request received!
Our team will review your details and get back to you within 24 hours.
The Problem
3 Common Problems with Standard Conductive Coatings
Overheating, poor heat dissipation, and static buildup all point to the same weakness in ordinary insulating coatings. Star Conductive Shield is built to solve all three.
Overheating & Component Damage
Excess heat inside enclosures can shorten component life and cause performance issues.
Poor Heat Dissipation
Conventional insulating coatings can trap heat, increasing thermal stress on sensitive equipment.
Static Electricity Buildup
Non-conductive surfaces can accumulate static charges, potentially affecting sensitive electronic circuits.
Benefits
How Star Conductive Shield Solves These Problems
Star Conductive Shield is a high-performance conductive coating for electronics, telecom, and industrial equipment. It helps dissipate heat and manage static charges, reducing thermal stress without bulky heat sinks. Its durable, easy-to-apply layer combines thermal and electrical conductivity in one solution.
Faster Heat Dissipation Keeps Components Cool
Because the coating spreads and releases heat quickly, components run at lower operating temperatures. This reduces thermal cycling stress on solder joints and connectors, extending the working life of circuit boards, power supplies, and other heat-sensitive parts inside the enclosure.
Reliable Conductive Paint Performance for Grounding
As a conductive paint, it creates a continuous conductive path across the coated surface. This supports proper grounding and helps contain electromagnetic interference, so nearby electronics experience fewer signal disruptions and equipment meets shielding requirements more consistently.
Transparent Conductive Paint Option for Visible Surfaces
The transparent conductive paint variant lets you add conductivity and heat dissipation to glass panels, sensor windows, or display covers without blocking the view behind them. Manufacturers get functional protection without redesigning the visible parts of a product.
Long-Lasting Protection Against Corrosion and Weather
The cured film resists moisture, salt spray, and general oxidation, so metal substrates stay protected in humid or outdoor environments. This lowers maintenance costs and reduces the chance of surface degradation affecting conductivity or thermal performance over time.
Fast Drying Reduces Production Downtime
A quick room-temperature cure means coated parts return to the line sooner. Manufacturers and maintenance teams save labor hours compared with coatings that need long bake cycles, which helps keep production schedules and repair turnaround times on track.
Multi-Surface Versatility Simplifies Specification
One formula that adheres to metal, plastic, glass, and composites means procurement teams can standardize on a single heat dissipation coating across different product lines, instead of qualifying separate coatings for each substrate type used in an assembly.
How to Apply
Application Method
Applying Star Conductive Shield is straightforward
Surface Preparation
Clean, degrease, and lightly abrade the substrate, then let it dry completely so the coating bonds properly.
Mixing
Stir the coating thoroughly to disperse the conductive fillers evenly before use; avoid shaking, which can introduce air bubbles.
Application
Apply a thin, even coat by brush, spray, or dip method, then allow the recommended dry time between coats for full conductivity and thermal performance.
Testimonials
What Our Customers Say
FAQs
Frequently Asked Questions
Everything you need to know about Star Conductive Shield.
What is a heat dissipation coating, and how does it work?
A heat dissipation coating is a functional coating that spreads and releases heat from a surface faster than standard paint. Star Conductive Shield uses a conductive filler network to move heat away from hot components and disperse it into the surrounding air.
Is the Star Conductive Shield also a conductive paint?
Yes. It is formulated as a conductive paint, meaning it carries electrical current across its surface. This supports grounding and static discharge control in addition to its heat dissipation coating properties.
What is transparent conductive paint used for?
Transparent conductive paint is a version of the coating that stays optically clear after curing. It is used on glass, lenses, and display covers where conductivity and heat dissipation are needed without blocking visibility.
Which surfaces can this heat dissipation coating be applied to?
It bonds to metal, plastic, glass, and composite substrates, which makes it suitable as a heat dissipation coating for a wide range of enclosures, panels, and housings without needing different products per material.
How long does the coating take to dry?
Star Conductive Shield uses a fast air-drying formula that cures at room temperature. Exact dry time depends on coat thickness and ambient conditions, but it is designed to reduce downtime compared with coatings requiring baking.
Can this coating help with EMI or RF shielding?
Yes. Because it functions as a conductive paint, it can support electromagnetic interference shielding by providing a continuous conductive layer across the enclosure surface, in addition to its role as a heat dissipation coating.
Does the coating protect against rust and corrosion?
Yes. The cured film resists moisture, salt exposure, and oxidation, which helps protect metal substrates in humid or outdoor settings while maintaining its heat dissipation coating performance over time.
How is Star Conductive Shield applied?
It can be applied by brush, spray, or dip method after proper surface preparation and mixing. Applying it in thin, even coats helps this heat dissipation coating perform consistently across the treated surface.
Is this heat dissipation coating suitable for LED or electronics housings?
Yes. It is commonly used on LED lighting housings, telecom equipment, and electronics enclosures where components generate heat that needs to be managed to prevent premature failure.
How is this different from a standard industrial paint?
Standard paint mainly protects and colors a surface. This heat dissipation coating is engineered to also conduct heat and electricity, combining the roles of a conductive paint and a protective coating in one product.
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