Nuclear Water

• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag
• Helps prevent contamination and increases the effectiveness of conventional decontamination techniques.
• Use to decontaminate radioactive metallic surfaces to non-detectable levels

Waste Water

• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag

Commercial Water

• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag
• Sanitary

UV Water

• No fine directional lines from abrasive polishing
• Excellent light reflection and depth of clarity.
• Bright, smooth polish; uniform luster of shaped parts.
• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag

Petrochemical / Paper Mill

• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag
• No fine directional lines from abrasive polishing
• Excellent light reflection and depth of clarity.
• Bright, smooth polish; uniform luster of shaped parts.
• Higher corrosion resistance to sour gas attack

Semi Conductor Industry

• Less Surface area
• No fine directional lines from abrasive polishing
• Excellent light reflection and depth of clarity.
• Bright, smooth polish; uniform luster of shaped parts.
• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag

Medical

• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Removes Hydrogen from the surface to inhibit bacterial growth

Pharmaceutical

• Increased production by reducing fouling, plugging, scaling and product build-up.
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag

Aerospace / Defense

• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface)
• Can be used for critical sizing on small intricate parts (+/- 0.00005” Removal control)
• Bright, smooth polish; uniform luster of shaped parts
• No fine directional lines from abrasive polishing
• Increased Corrosion Protection from harsh enviroments

Vehicular & Marine

• No fine directional lines from abrasive polishing
• Excellent light reflection and depth of clarity.
• Increased protection from reoxidization (Color Change) on exhaust systems
• Bright, smooth polish; uniform luster of shaped parts
• Ease of cleaning
• Reduces product contamination and adhesion due to the microscopic smoothness of surface (much like a glass surface).
• Less friction and surface drag

Food

• Increased production and duty cycles in process equipment by greatly reducing fouling, plugging, scaling and product build-up.
  • The process reduces oxidation and contamination of stainless steel components used in kitchen, dairy and automatic food processing equipment, and de-scales food and beverage containers.
  • Overall, a significantly cleaner surface is produced by electropolishing, offering unprecedented resistance to the contaminating build-up of undesirable bacteria and product particles