We are one of the leading Suppliers of Premium Acrylic Conformal Coating (419D). Our 419D Acrylic Conformal Coating is a fast drying, xylene and toluene-free product that provides an excellent finish. This one part coating is easy to use and repair, as it does not require any special or costly equipment or materials. It is ideal for the high-moisture environments and applications requiring easy repair and rework. The 419D coating protects the electric circuits against moisture, dirt, dust, thermal shocks, and scratches that could corrode, short circuit, or otherwise damage the electric components. It insulates against high-voltage arcing, shorts, and static discharges. As well, this coating provides a high dielectric withstand voltage that allows traces to be put closer together helping with miniaturization.

Features :

• No Hazardous Air Pollutants free of toluene and xylene
• Certified UL 94V-0 (File# E203094)
• Excellent finish  smooth, homogeneous, and durable crystal clear coat
• Protects electronics from moisture, corrosion, fungus, and static discharges
• Easy to inspect  fluoresces under black light (UV light)
• Easy rework and repairs can solder through coat; remove with MG Chemicals' Thinner/Cleaner, Thinner 4, or Conformal Coating Stripper

Applications & Usages

• The 419D coating improves reliability, operational range, and lengthens the life of electrical and electronic components and assemblies. Its primary applications are in the automobile, marine, aerospace, aviation, communication, instrumentation, industrial control equipment, and consumer electronics industries

 Application Instructions : Follow the procedure below for best results.

• To apply the required thickness by weight :
  
  • Mix thoroughly, and spray a test pattern. This step ensures good flow quality and helps establish appropriate distance to avoid runs.
  • At a distance of 20 to 25 cm (8 to 10 inches), hold the gun at around 45°, and spray a thin and even coat onto the horizontal board. For best results, use spray-and-release strokes with an even motion to avoid excess paint in one spot.
  • Before the next coat, rotate the board 90° to ensure good coverage.
  • Wait at least 2 minutes, and spray another coat. The delay avoids trapping solvent between coats.
  • Apply other coats until desired thickness is achieved. (Go to Step 3)
  • Let dry for 3-5 minutes (flash off time) at room temperature.

• To cure at Room temperature:
  
  • Let air dry 24 hours
  • To accelerate cure by heat:
  • After flash off, put in oven or under heat lamp at ≤65^oC for 60 min.

Note :

• Coats that are very thick require more time to dry.
• Attention - If heat curing, do not exceed 65^oC as this may cause surface defects due to solvents evaporating off too quickly.

We are one of the leading Suppliers of Premium Acrylic Conformal Coating (419D). Our 419D Acrylic Conformal Coating is a fast drying, xylene and toluene-free product that provides an excellent finish. This one part coating is easy to use and repair, as it does not require any special or costly equipment or materials. It is ideal for the high-moisture environments and applications requiring easy repair and rework. The 419D coating protects the electric circuits against moisture, dirt, dust, thermal shocks, and scratches that could corrode, short circuit, or otherwise damage the electric components. It insulates against high-voltage arcing, shorts, and static discharges. As well, this coating provides a high dielectric withstand voltage that allows traces to be put closer together helping with miniaturization.

Features :

• No Hazardous Air Pollutants free of toluene and xylene
• Certified UL 94V-0 (File# E203094)
• Excellent finish  smooth, homogeneous, and durable crystal clear coat
• Protects electronics from moisture, corrosion, fungus, and static discharges
• Easy to inspect  fluoresces under black light (UV light)
• Easy rework and repairs can solder through coat; remove with MG Chemicals' Thinner/Cleaner, Thinner 4, or Conformal Coating Stripper

Applications & Usages

• The 419D coating improves reliability, operational range, and lengthens the life of electrical and electronic components and assemblies. Its primary applications are in the automobile, marine, aerospace, aviation, communication, instrumentation, industrial control equipment, and consumer electronics industries

 Application Instructions : Follow the procedure below for best results.

• To apply the required thickness by weight :
  
  • Mix thoroughly, and spray a test pattern. This step ensures good flow quality and helps establish appropriate distance to avoid runs.
  • At a distance of 20 to 25 cm (8 to 10 inches), hold the gun at around 45°, and spray a thin and even coat onto the horizontal board. For best results, use spray-and-release strokes with an even motion to avoid excess paint in one spot.
  • Before the next coat, rotate the board 90° to ensure good coverage.
  • Wait at least 2 minutes, and spray another coat. The delay avoids trapping solvent between coats.
  • Apply other coats until desired thickness is achieved. (Go to Step 3)
  • Let dry for 3-5 minutes (flash off time) at room temperature.

• To cure at Room temperature:
  
  • Let air dry 24 hours
  • To accelerate cure by heat:
  • After flash off, put in oven or under heat lamp at ≤65^oC for 60 min.

Note :

• Coats that are very thick require more time to dry.
• Attention - If heat curing, do not exceed 65^oC as this may cause surface defects due to solvents evaporating off too quickly.