Advanced Powder Coating Technologies

Patriot’s advanced powder coating technologies are engineered to improve transfer efficiency, reduce waste, and deliver consistent, high-quality finishes across every application.

Chemistries

Powder Chemistries

We offer a full line of chemistries to meet your specific requirements.

Custom Color Matching—Fast Turnaround

Give us an RAL number or a panel to match. Most custom powders ship in 5–7 working days—faster than industry standards.

Patriot works with you on custom formulations, color matching and ensures it’s the same paint batch-after-batch because consistency matters.

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Finishes

Smooth Full Gloss Powder Coating

Smooth gloss powder coatings provide a clean, reflective finish with strong durability. These coatings are widely used in appliances, consumer goods, and commercial products where appearance is important.

Matte Powder Coating

Matte powder coatings produce a low-reflective surface that reduces glare and fingerprints. This finish is commonly used in appliances, electronics, and architectural products.

Textured Powder Coating

Textured powder coatings create a rough or patterned surface that hides metal imperfections and improves grip. These coatings are commonly used on industrial equipment and enclosures.

Available Finishes

Wrinkle Powder Coating

Wrinkle powder coatings create a distinct textured surface pattern often used for control panels, electronics housings, and industrial equipment.

Available Finishes

Metallic Powder Coating

Metallic powder coatings incorporate aluminum or mica particles to create depth, sparkle, and visual texture. These coatings are common in automotive, casket coatings, and architectural products.

Outdoor Super Durable Powder Coating

Super durable powder coatings are formulated for long-term outdoor exposure and are widely used in architecture, playground equipment, and exterior building products.

Formula Options

Antimicrobial

Antimicrobial powder coatings incorporate biocidal additives (often silver-ion or zinc-based compounds) that inhibit microbial growth on the coating surface.

Performance Characteristics
Typical Applications

Low-Temperature Cure

Low-temperature powders are engineered to fully cure at lower oven temperatures, typically 300-340°F instead of standard 350–400°F.

Performance Characteristics
Typical Applications

Anti-graffiti

Anti-graffiti powders create non-porous surfaces that prevent paint, ink, and markers from bonding strongly to the coating.

Performance Characteristics
Typical Applications

Chemical Resistant

Chemical resistant powders are formulated with highly cross-linked resin systems to resist aggressive chemicals.

Performance Characteristics
Typical Applications

High-temperature Powder Coatings

High-temperature powders are formulated to withstand continuous exposure to elevated temperatures without degradation.

Performance Characteristics
Typical Applications

SEFA Approved

SEFA-approved coatings meet the Scientific Equipment and Furniture Association (SEFA) standards for laboratory environments.

Performance Characteristics
Typical Applications

PFAS-Free

PFAS-free powders eliminate per- and polyfluoroalkyl substances, which are being phased out due to environmental concerns.

Performance Characteristics
Typical Applications

TGIC-Free / HAA

TGIC-free powders use HAA (hydroxyalkylamide) curing agents instead of triglycidyl isocyanurate.

Performance Characteristics
Typical Applications

IR Rapid Cure

Infrared rapid cure powders are optimized to react quickly under infrared heating systems.

Performance Characteristics
Typical Applications

Low Friction

Low friction powders incorporate lubricating additives such as PTFE or molybdenum compounds.

Performance Characteristics
Typical Applications

Bonded and Unbonded Metallics

Metallic powders include aluminum or mica pigments that create reflective decorative finishes.

Bonded Metallics
Unbonded Metallics
Typical Applications

Anti Slip

Anti-slip coatings contain texturing agents or aggregate particles to increase surface traction.

Performance Characteristics
Typical Applications

Functional Epoxies

Functional epoxy powders focus on performance properties rather than aesthetics.

Performance Characteristics
Typical Applications

High Reflective

High reflective powders use special metallic pigments or reflective particles to maximize light reflection.

Performance Characteristics
Typical Applications

Thin-Film Technology

Thin-film powders are designed to achieve required coverage with less material and improved transfer efficiency.

Performance Characteristics
Typical Applications

Eliminate Outgassing

Outgassing forgiving powders are formulated to prevent pinholes caused by gases escaping from porous substrates during curing.

Performance Characteristics
Typical Applications

Thermo-Plastic

Thermoplastic powders melt and flow during heating but do not chemically crosslink. They can be reheated and reshaped.

Performance Characteristics
Typical Applications
Consumer Products
Infrastructure
Industrial Equipment
Automotive

Ready to see the Patriot Powder Coating difference?

From color matching to system support, we’ll help you hit your powder finishing targets with confidence
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