Disorderly Conduction

Frequently Asked Questions

• - What is Disorderly Conduction?

  Disorderly Conduction is a brand known for producing reliable, high-quality e-nail temperature control units, enail coils, and dab accessories. Their products are designed to deliver stable heat, consistent performance, and smoother vapor for concentrate sessions.

• - What does a Disorderly Conduction controller do?

  A Disorderly Conduction controller regulates the temperature of your enail coil, helping you maintain a consistent heat level on your banger or nail. This allows you to dial in your preferred dab temperature for better flavor, smoother hits, and more efficient use of concentrates.

• - Which setups are compatible with Disorderly Conduction products?

  Disorderly Conduction products are designed to work with many standard enail coils, quartz bangers, terp slurpers, titanium nails, hybrid nails, and most dab rigs that support an enail setup. Always check coil size, connection type, and power requirements to make sure everything is compatible before use.

• - What are the benefits of using an e-nail over a torch?

  An e-nail provides more consistent temperature control compared to a torch. Instead of reheating and guessing when your banger is ready, an enail helps you maintain a steady temperature for more predictable hits, better flavor, and less risk of overheating your quartz or concentrates.

• - How should I care for my coil and banger?

  For best performance, avoid overheating your coil and banger, let everything cool before moving or cleaning, and regularly swab your banger with cotton and an appropriate cleaning solution once it has cooled down. Proper care helps extend the life of your coil and keeps your vapor tasting clean.

• - Is it safe to leave a Disorderly Conduction e-nail on?

  Like any electronic heating device, an e-nail should never be left on and unattended. For safety and to preserve the life of your equipment, turn off and unplug your controller when not in use, keep the unit on a stable, heat-resistant surface, and follow all manufacturer safety recommendations.