Goodshine DTM (Direct-to-Metal) Coatings are advanced, single-component systems that provide primer-less corrosion protection and decorative finishing in one step.
Formulated with high-adhesion polymers and anti-corrosive pigments, these coatings ensure excellent bonding, weather resistance, and color stability on ferrous and non-ferrous metals.
DTM technology saves both time and cost by removing the need for a separate primer while still delivering industrial-grade durability and aesthetic appeal.
āļø Primer-Less Application: Bonds directly to metal, eliminating separate priming.
š”ļø Superior Corrosion Resistance: Long-term protection from rust, humidity, and moisture.
š UV & Weather Stability: Prevents color fading and surface chalking outdoors.
⨠Smooth Decorative Finish: Available in Gloss, Matt, and Metallic options.
š° Time & Cost Efficiency: Reduces coating cycles for faster project completion.

Beams, frames, and metal panels.

Railings, gates, furniture, and fixtures.

Machinery, storage tanks, and pipelines.

Body panels and metal accessories.
A DTM (Direct-to-Metal) Coating is a high-performance paint that can be applied straight onto metal without a primer. Goodshine DTM Coatings are used for industrial structures, architectural metalwork, and decorative fittings to ensure fast, long-lasting protection.
PU and Epoxy systems often require a separate primer layer. DTM Coatings combine primer and top coat in one application, offering time and cost savings. While Epoxy provides maximum chemical resistance and PU adds high gloss, DTM balances protection and aesthetics in a single-step solution.
Yes. They are specifically developed for exterior metal surfaces, providing UV stability and corrosion resistance even in humid or coastal environments. The film retains color and gloss for years without peeling or chalking.
Goodshine DTM Coatings are offered in Gloss, Semi-Matt, Matt, and Metallic finishes, covering a wide range of industrial and architectural applications. They combine premium appearance with strong functional protection.