Finishes

Surface refinement that defines perception, depth and material character.

Finishing is not decoration. It is the final engineering layer that determines reflectivity, tactility, durability and visual impact. From metallic spray coatings and chrome applications to UV print and leaf metal, every finish is selected and calibrated to enhance the underlying structure.

Engineered surface possibilities

One structure. Multiple surface identities.

Metallic spray finishes

Metallic coatings in gold, silver, bronze or custom tones create depth and reflectivity. Available in satin, matte or high-gloss variants, often protected with clear varnish for durability.

Chrome & metal coatings

High-end chrome applications and metal-plated finishes create mirror-like surfaces with strong visual authority. Available in cool silver, warm gold or custom metallic tones.

Color & UV integration

RAL spray paint, gradient finishes and full-color UV printing allow precise brand alignment. Logos, patterns and color transitions are integrated directly into the surface layer.

Why finishing defines the final result

Finishing determines how a trophy is perceived the moment it catches the light. A surface treatment controls reflection, depth and texture, directly shaping the emotional impact of the piece. Gloss amplifies reflections and enhances stage presence. Matte reduces glare and introduces subtlety. Metallic coatings add visual authority and perceived value, while UV printing integrates branding seamlessly into the surface itself.

Because finishing is defined during the design phase, it becomes part of the engineering process rather than a cosmetic layer. Surface preparation, sanding precision and coating compatibility are calibrated before application begins to ensure uniformity and sharp detailing.

Protective varnishes and controlled layer build-up ensure durability over time. The result is a surface that not only looks refined, but performs consistently across single statement pieces and large-scale award programs.

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Surface Finishing Performance

Surface quality and visual depth must be engineered before production begins.

Precision surface preparation

Every component is sanded, smoothed and calibrated before coating is applied. Proper preparation ensures consistent adhesion, sharp detailing and uniform coverage across single pieces or full award programs.

Controlled coating application

Spray paint, metallic finishes, chrome layers or UV prints are applied with calibrated thickness and reflectivity. Gloss, satin or matte levels are defined in advance to control how light interacts with the surface.

Engineered durability

Protective varnishes and sealing systems safeguard against scratches, oxidation and handling wear. Finishing is integrated during the design phase to ensure long-term visual stability without compromising structural integrity.

When finishing becomes strategic

Finishing is particularly important when visual identity must dominate perception.

High-gloss metallic coatings elevate championship trophies and stage-focused awards.
Matte or satin finishes support corporate and financial recognition pieces.
Gradient and color-layered surfaces enhance gaming and esports aesthetics.
UV printed detailing allows scalable personalization without structural modification.

Because finishes directly affect durability and long-term appearance, they are selected with environmental exposure, handling frequency and transport conditions in mind.

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Reviews

Bespoke trophies & awards for sports, esports, corporate and global events.

Frequently Asked Questions

Everything you need to know about coatings, surface engineering and long-term durability.

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Shari Supratno

Senior Account Manager

We offer a wide range of professional finishing techniques, including RAL spray paint in matte or gloss, metallic coatings in gold, silver or bronze tones, high-end chrome applications, anodizing for aluminum components, UV printing, leaf metal application and protective varnishes.

Each finish is selected based on the material underneath and the intended visual impact. A 3D printed PA structure may receive manual sanding and metallic spray paint, while metal components can be brushed, polished or plated. Finishing is always engineered in combination with structural design to ensure consistency and adhesion.

Matte finishes diffuse light, reducing reflection and creating a softer, more understated appearance. They are often used for executive awards or corporate recognition where refinement and restraint are preferred.

Gloss finishes increase reflectivity and visual depth. High-gloss varnish enhances color intensity and metallic effects, making it ideal for stage-focused trophies or championship pieces. The choice between matte and gloss depends on lighting conditions, environment and desired emotional impact.

Metallic finishes can be achieved in multiple ways. Spray-applied metallic coatings simulate metal appearance with controlled tone and reflectivity. Chrome applications create highly reflective surfaces with mirror-like quality. Leaf metal techniques use real gold or silver leaf applied by hand and sealed with protective varnish.

The chosen method depends on budget, durability requirements and aesthetic goals. All options are engineered to ensure adhesion and long-term surface stability.

Durability depends on material compatibility and protective sealing. Most finishes are sealed with protective varnish layers to prevent scratching, oxidation or discoloration.

Metallic spray finishes, chrome coatings and UV prints are calibrated for handling, transport and display conditions. For high-contact awards or touring trophies, reinforced coating systems can be specified during the engineering phase to increase wear resistance.

Yes. We work with RAL color systems and custom tone matching to align precisely with brand guidelines. Spray-painted surfaces, gradient effects and UV printed elements allow exact replication of corporate identity.

Because color calibration is defined digitally and executed in-house, consistency can be maintained across multiple units or global award programs.

Where possible, we integrate sustainable practices into finishing workflows. PA11-based structures reduce material waste through reusable powder systems . Controlled spray processes minimize overspray, and digital UV printing reduces the need for additional material layers.

Material selection and finishing methods can be aligned with sustainability objectives depending on project requirements.

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