From alloy wheels to chassis brackets, from automotive supplier powder coating lines to combined KTL primer + powder coating plants — high-volume production engineering for surfaces that resist corrosion and stone chips.
Automotive production requires surfaces that withstand corrosion, stone chips, chemicals and mechanical load, applied consistently at production volume. STRONG3000 engineers the powder coating application, automation, curing and KTL pretreatment technology for automotive parts — from alloy wheels to chassis components.
From individual wheel powder coating machines to complete turnkey automotive parts paint shop lines, we design the process around each part and production target.
Every automotive part comes with its own challenges — Faraday zones in wheel channels, outgassing from casting porosity, high temperatures in the exhaust system and corrosion from road salt. Below we summarize how we approach automotive parts; you can download part-specific technical datasheets (PDF) for each part's metallurgy and application approach.
Faraday effect in the wheel channel and at spoke roots, outgassing risk in aluminum; degassing + multi-coat powder coating for a deep finish that resists stone chips and UV.
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Risk of early corrosion at sharp cut edges and weld seams; phosphate/nano-ceramic + two-coat powder coating for chassis components that resist salt spray and stone chips.
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Faraday effect between tight coils, risk of film cracking under cyclic flexing; shot blasting + flexible, high-toughness powder for fatigue and corrosion resistance.
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Outgassing from casting porosity, brake heat and chemical load; degassing + heat-resistant powder for a durable, color-consistent caliper finish.
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~800 °C hot gas and acidic condensate on exhaust/EGR interiors; vitreous enamel fired at ~780-850 °C provides a non-porous interior lining resistant to thermal shock and oxidation.
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Risk of adhesion loss/corrosion under engine compartment heat, oil and vibration; conversion coating + heat- and oil-resistant powder for protected brackets and housings.
Request Details & a QuoteAutomotive wheel powder coating machines and automatic wheel painting lines; durable protective finishes for chassis, suspension and trim parts.
Robot and robotic application systems for high-volume automotive production — programming specific to wheel geometry.
Phosphate/nano-ceramic pretreatment and a combined KTL primer + powder coating line — full integration for automotive corrosion protection.
Automotive parts paint shop line — a complete turnkey automotive powder coating plant from pretreatment to curing oven.
Adaptive control for repeatable results across a wide variety of automotive parts — including Faraday zone compensation.
Automotive suppliers and wheel manufacturers require strict standards for corrosion resistance, stone chip resistance and decorative quality — all delivered at line speed. STRONG3000's expertise in wheel powder coating machines, robotic powder coating booths, KTL primer + powder coating lines and turnkey automotive paint shops means a solution that scales to your production capacity from a single integrator.
Selected projects from STRONG3000 plants in operation.
Electrostatic powder coating application booth for range hood and extractor covers.
Sintering (enamel) furnace, washing and drying line for enameling plants.
Automatic line-type wet enamel plant for the inside and outside of valves and pipes. Filtered, stackless application booths.
Tell us about your part and production target — we'll recommend the right configuration for a wheel powder coating machine, robotic coating booth, combined KTL primer + powder coating line or turnkey automotive paint shop line.
Tell us about your automotive part and volume. A STRONG3000 engineer will get back to you with a recommended process.