Paragon Kiln - Super Dragon

Exceptional element life

The Paragon Super Dragon kiln exudes power. Its 21,600 watts heat the 27” wide, 27” deep, 36” high interior to cone 10 with ample power to spare. This results in long element life, because the elements do not “struggle” to reach high temperatures. Dropped, recessed grooves seat industrial-gauge elements.

Extra insulation saves energy and lengthens cooling. The 4” thick walls, top and door are made of 3” firebrick backed by 1” of ceramic fiber block insulation. The floor is 4 ½” thick firebrick. The extra insulation not only saves energy but also cools the kiln slowly without having to turn the elements back on. This gives the micro-crystalline structure and color of the glaze sufficient time for full development. Cool slowly to achieve dramatic shifts in glaze color such as iron reds and enjoy the richer look of gas firing. Create breathtaking pottery in the exciting Paragon Super Dragon kiln.

Hinged switch box for easy maintenance

The ventilated switch box is generously slotted for air circulation for the long life of the electrical components. Hinged at the bottom, the switch box opens wide for easy maintenance. Open the box in seconds by merely removing two screws at the top. A folding support arm holds the box in the open position. There is plenty of working space around electrical components. A bank of built-in NEC/UL compliant high-amperage fuses protects the kiln and circuit wiring.

Doorway Clearance: The Super Dragon will fit through a 42” doorway.

Thermocouple with “special limit” wire

The thermocouple senses temperature inside the kiln. It is the small rod that extends into the firing chamber. The ¼” wide Type-K, 14-gauge, exposed-tip thermocouple is made with special-limit wire for superior accuracy. The exposed tip gives the controller a fast response time for even temperatures during holds. The thermocouple is made in America to our exacting standards.

Optional colors at no extra charge - Let us know if you want the new design design and specifications!

**The following states have prohibited the import of Mercury Displacement Relays within their jurisdictions. You are ordering a unit that is built with MDRs as standard. In this case, the manufacturer must substitute Solid-State Relays in place of the MDRs. This is not a 1:1 swap and will require an upcharge. By ordering this unit, you acknowledge that you understand that we will contact you with the associated additional charges. CA, CT, RI, IL, NH, MA, MN, ME, VT, NY, LA, MD, WI** 

Kiln Accessories

Need other accessories for your kiln? Click the link here to explore more Kiln Accessories.

Here's a Sample DPF Firing schedule:

Note: The specific firing schedule may vary depending on the DPF manufacturer, its condition, and the desired level of cleaning. Always consult the DPF manufacturer's guidelines for the most accurate and safe procedures.

Here's a general firing schedule using multiple segments in Fahrenheit:

Segment 1: Pre-Heat

Temperature Range: 150°F to 350°F

Duration: 10-15 minutes

Purpose: Gradually warms up the DPF to prevent thermal shock.

Segment 2: Soot Oxidation

Temperature Range: 350°F to 800°F

Duration: 30-60 minutes

Purpose: Oxidizes soot particles in the DPF.

Segment 3: High Temperature Cleaning

Temperature Range: 800°F to 1000°F

Duration: 30-60 minutes

Purpose: Removes any remaining soot and ash.

Segment 4: Cool Down

Temperature Range: 1000°F to 150°F

Duration: 30-60 minutes

Purpose: Gradually cools down the DPF to prevent thermal shock.

Additional Considerations:

Oxygen Supply: Ensure adequate oxygen supply during the cleaning process.

Monitoring: Monitor the DPF's temperature and pressure throughout the cleaning cycle.

Repeat Cycles: If necessary, repeat the cleaning process until the desired level of soot removal is achieved.

Professional Assistance: For complex or heavily clogged DPFs, consider consulting a professional for cleaning.

Remember: This is a general schedule. Always refer to the DPF manufacturer's specific guidelines for the most accurate and safe cleaning procedures.

For those who need a specific DPF Firing schedule to enter based on the above guidelines:

Segment 1: 250F p/h to 350F - HOLD 15min

Segment 2: 350F p/h to 800F - HOLD 60 min

Segment 3: 350F p/h to 1000F - HOLD 60 min

Segment 4: off

Do not open the oven door until you are under 200F.