COMPANY HEADER
SpeedMask® maskants have no solvents added and are designed to protect metal components prior to surface finishing processes. The masks are applied in one layer and cure in seconds "on-demand" when exposed to UV/Visible light. They are designed to protect components from harsh grit blasting, acid stripping, laser drilling, and chemical processing. Many maskants feature bright colors to enable easy visual placement onto substrates. After proper cure, the materials also leave no silicone, ionic contamination, or corrosive residues behind. Recommended surfaces include nickel superalloys, high-temperature steel, titanium, cobalt, and stainless steel.

  • UV/Visible light cure
  • Replace labor-intensive application of waxes, tapes, lacquers
  • Spray, dip, or screen print application
  • Conform to complex and intricate configurations
  • Apply, cure, treat, and remove in 4 easy steps
  • New components and design changes require no additional investment
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Unit of Measure
Items
Powder Coating

SpeedMask® 43,000 Nominal Viscosity at 20 Revolutions Per Minute (rpm) Burn-Off Masking Resin
SpeedMask® 500 Nominal Viscosity at 20 Revolutions Per Minute (rpm) Burn-Off Masking Resin

SpeedMask® 500 Nominal Viscosity at 20 Revolutions Per Minute (rpm) Burn-Off Masking Resin
Thermal Barrier Coatings

SpeedMask® 50,000 Nominal Viscosity at 20 Revolutions Per Minute (rpm) Burn-Off Masking Resin
SpeedMask®-Maskants

SpeedMask® 20,000 Nominal Viscosity at 20 Revolutions Per Minute (rpm) Burn-Off Masking Resin
Airflow-Testing

SpeedMask® 70,000 Nominal Viscosity at 20 Revolutions Per Minute (rpm) Peelable Masking Resin
Description N/A SpeedMask® maskants have no solvents added and are designed to protect metal components prior to surface finishing processes. The masks are applied in one layer and cure in seconds "on-demand" when exposed to UV/Visible light. They are designed to protect components from harsh grit blasting, acid stripping, laser drilling, and chemical processing. Many maskants feature bright colors to enable easy visual placement onto substrates. After proper cure, the materials also leave no silicone, ionic contamination, or corrosive residues behind. Recommended surfaces include nickel superalloys, high-temperature steel, titanium, cobalt, and stainless steel.

  • UV/Visible light cure
  • Replace labor-intensive application of waxes, tapes, lacquers
  • Spray, dip, or screen print application
  • Conform to complex and intricate configurations
  • Apply, cure, treat, and remove in 4 easy steps
  • New components and design changes require no additional investment
Brands N/A Dymax® SpeedMask®
Chemistry N/A Ultraviolet (UV) N/A Ultraviolet (UV) N/A Ultraviolet (UV) Visible N/A Ultraviolet (UV) Visible N/A Ultraviolet (UV) Visible
Nominal Viscosity at 20 Revolutions Per Minute (rpm) Speed N/A 43,000 cP N/A 500 cP N/A 50,000 cP N/A 20,000 cP N/A 70,000 cP
Uncured Appearance N/A Colorless Gel N/A Colorless N/A White Paste N/A Colorless Gel N/A Colorless Gel
Durometer Hardness N/A D75 N/A D70 N/A D80 N/A D70 N/A D40
Elongation at Break N/A 6.2 % N/A 71 % N/A 3.4 % N/A 30 % N/A 200 %
Modulus of Elasticity N/A 830 MPa120,000 psi N/A 270 MPa39000 psi N/A 1,056 MPa15,3278 psi N/A 240 MPa35,000 psi N/A 2.7 MPa390 psi
Cure Time N/A 20 seconds N/A 1 seconds N/A 20 seconds N/A 30 seconds N/A 15 seconds
Chemical Processes N/A Acid Stripping N/A N/A N/A Acid Stripping Plating N/A
Coatings N/A Air Plasma Spray N/A N/A Air Plasma Spray High-Velocity Oxygen Fuel (HVOF) (Limited) N/A N/A Painting and Powder Coatings
Media Finishing N/A N/A N/A N/A N/A Grit Blasting Shot Peening
Manufacturing Aids N/A Machining N/A Laser Drilling N/A N/A N/A Airflow Testing Buffing/Polishing
Part Handling N/A N/A N/A N/A N/A General Masking
Type N/A Burn-Off N/A Burn-Off N/A Burn-Off N/A Burn-Off N/A Peelable
Industry Focus N/A Aerospace Metal Finishing Orthopaedic Implants Power Generation Surgical Instruments
Nominal Viscosity N/A
Shore Hardness N/A
Cured Durometer Hardness N/A
Cured Modulus of Elasticity N/A
Note for Cure Time N/A
Recommended Substrates N/A
Advantages N/A SpeedMask® Masking Resins offer the following advantages over traditional masking methods:
  • Apply and cure in seconds
  • Residue-free surfaces after proper curing
  • Reliable protection for complex and intricate configuration
  • No additional investment for design changes or new components
  • Superior protection with a single coat
  • Masked components are immediately ready for production
Features N/A
Additional Information N/A
  • no solvents added, one-part formulations
  • High visibility colors for accurate material placement
  • One-layer of material is all that's needed