Enercon Plasma and Surface Treating Technologies

Blown-ArcTM Series

Powerful treatment for non-conductive surfaces.

Effectively treat extruded, pultruded, molded and formed materials
Blown-IonTM Series

Best for treatment on conductive and non-conductive surfaces.

Effective on all types of polymers, elastomers, glass and even conductive surfaces
Flame Series

Safe and reliable surface treatment for any flat or dimensional surface.

PowerFlame high velocity burner Technology
PlasmaTM VCP

Powerful treatment for non-conductive surfaces.

Effectively treat extruded, pultruded, molded and formed materials

Applications

How Plasma & Flame Surface Treating Works – Explainer Video

What Plasma Treating Does to a Surface

Enercon’s Blown-ion Plasma Technology delivers highly effective treatment for both conductive and non-conductive surfaces to improve surface adhesion properties prior to bonding with inks, coatings, & adhesives

Blow-Ion Introduction
Robotic Integration of Blown-ion Plasma Surface Treating
Plasma Treating Automotive Application

Blown-ION 125

  • Powerful Treatment
  • Plasma Integrity Monitoring
  • Treats up to 11mm (0.5″) wide
  • Control Options
  • USB Data Drive
  • Ideal For High Speed Lines
  • Reliable Industrial Design
  • Pro Series
  • Uniform Surface Treating

Enercon’s new Blown-ion™ Plasma Technology produces powerful treatment for applications requiring uniform surface treatment to improve adhesion at high speeds. This Blown-ion™ plasma treater utilizes a MultiPort™ design that bombards surfaces with an intense, high speed discharge of ions to clean, etch & functionalize surfaces. Treatment removes contaminants, increases bonding sites, & improves the wettability of plastics, composites & metal surfaces for improved adhesion.

Surface Treatment

Blown-ION 500

  • Powerful Treatment
  • Plasma Integrity Monitoring
  • Treats up to 50 mm (2″) wide
  • Control Options
  • USB Data Drive
  • Ideal For High Speed Lines
  • Reliable Industrial Design
  • Pro Series
  • Uniform Surface Treating

Enercon’s Blown-arc Plasma Technology delivers highly effective treatment for non-conductive surfaces prior to bonding with inks, coatings, & adhesives. Enercon plasma treaters bombard surfaces with a high speed discharge of ions to clean, etch and functionalize surfaces. Its wide treatment path works well on a variety of surfaces. Models are available with either one or two treatment heads in both standard and Pro Series configurations.

Blown-arc  Series
Blown-arc Series Plasma Treater

Blown-arc™ Plasma Treater

  • Powerful Treatment
  • Plasma Integrity Monitoring
  • Treats up to 89 mm (3.5″) wide
  • Control Options
  • USB Data Drive
  • Ideal For High Speed Lines
  • Reliable Industrial Design
  • Pro Series
  • Uniform Surface Treating

Enercon Flame Treaters offer safe and reliable flame surface treatment for any flat or dimensional surface. Our advanced combustion control architecture and high velocity flame power burner ensures powerful and repeatable flame surface treating results. A flame treater cleans and activates surfaces with flame surface treatment to create stronger adhesive bonds, faster line speeds, and improved product quality.

Blown-arc  Series
Flame Series Pro
Flame Series Introduction
Robotic Flame Treatment Application

Flame Series Pro

  • Ideal for Large Surfaces & High Line Speeds
  • Long lasting, uniform, high treament levels
  • Advanced control ensures reliability
  • Efficient surface decontamination & polishing
  • Power Flame™ Burners Available in any width
  • Natural or Propane gas – 0.75-1.5 PSI
  • Input Voltage 120/240 v
  • 70-115 PSI – clean, dry, oil free air
  • Size – DF100, DF200, DF400 – 1 or 2 burner heads
  • 6′, 12′ 15′ hose lengths

Frequently Asked Questions ?

See How Plasma & Flame Treatment Prepare Surfaces for Adhesion

Choosing the Best Surface Treatment Technology: Plasma vs. Flame

Everything You Need To Know About Flame Surface Treatment

Using Dyne Solutions and Dyne Pens to Measure Surface Energy On Non-Porous Substrates

Better Adhesive Bonding Begins with Ensuring Material Surface Energy