Thickness
60-120 microns mm
Working section
Finish system
Electrostatic Powder CoatSystem
Residential material guide
Powder coat system: 220°C thermoset polymer barrier fused to 304 stainless steel (ASTM A240 / EN 1.4301), 60-120 μm thickness, zero VOC content (ASTM D3960).
Our Powder coat system utilizes thermoset polymer resins electrostatically charged and cured at 220°C to form a continuous, non-porous skin over 304 food-grade stainless steel substrates. This system is not a surface paint but a chemically bonded layer comprising epoxy, polyester, or hybrid resin matrices that cross-link during the thermal curing phase.
Salt spray
500-1000 hours (ASTM B117) h
Exposure check
Overview
How this finish changes the room mood.
The coating thickness ranges strictly between 60 and 120 microns, providing a barrier significantly thicker than liquid paints (typically 25-40 μm) while maintaining the structural integrity of the underlying metal.
We select 304 stainless steel (ASTM A240 / EN 1.4301) as our exclusive substrate because its chromium content (minimum 18%, nickel 8-10.5%) ensures that even if the coating were mechanically compromised, the base material retains inherent corrosion resistance. The powder formulation contains zero volatile organic compounds (VOCs) prior to application—verified per ASTM D3960—aligning with our commitment to indoor air quality.
Unlike traditional wet spray methods that rely on solvents for flow and leveling, our dry powder particles fuse into a homogeneous film only when exposed to the specific thermal profile of our curing ovens. This composition eliminates solvent entrapment, which causes blistering or delamination in 12-18% of humid residential environments per industry failure analysis.
The chemical structure of the cured powder creates a dense network with cross-link density of 85-95% (DSC thermal analysis), resisting penetration by water, acids, and alkalis commonly found in kitchen settings.
Material note
Changes the room mood
This finish shifts how the stainless steel surface reads, from warmer and softer to cleaner and more reflective.
Material note
Keeps the metal base
The finish changes what you see and touch, while the stainless steel body underneath continues to carry the system.
Material note
Chosen by use, not only color
The right finish depends on light, touch frequency, maintenance expectations, and how decorative the room should feel.
Core data
The key figures, kept clean.
| Item | Value | Note |
|---|---|---|
| Material grade | Available on request | Base material reference |
| Steel standard | Available on request | Published standard |
| Thickness | 60-120 microns mm | Typical working thickness |
| Hardness | Available on request | Surface resistance reading |
| Corrosion resistance | Available on request | Suitability across room conditions |
| Salt spray | 500-1000 hours (ASTM B117) h | Accelerated exposure reference |
| Emission value | Available on request | Testing reference available on request |
Applications
Where it starts to make sense in a real room.
Finish-led rooms
Most useful where the cabinet body is already settled and the next decision is about warmth, reflection, texture, and maintenance.
Detail gallery
Surface, edge, and finish in closer view.
Compare
Compare it within the same family.
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PVD Bronze Finish
A metallic finish system that keeps the stainless steel base while shifting warmth, reflectivity, and decorative tone.
PVD Champagne Gold Finish
A metallic finish system that keeps the stainless steel base while shifting warmth, reflectivity, and decorative tone.
Material guidance