Paragon Kiln - F500

The punty rod doors retain the heat

The main door includes two 4” x 10 1/2” punty rod doors. Two flexible gaskets under each door help to retain the heat. The punty rods can extend outside the kiln through the gap under the doors. This allows the doors to remain fully closed. The ceramic fiber punty rod doors are a full two inches thick to help retain heat. Rare-earth magnets hold the doors in the open and closed positions.

Adjustable rod rest

You can adjust the rod rest, which is positioned in front of the punty rod doors, with wing bolts. Adjust it horizontally and vertically without tools. Or remove the rod rest altogether when you don’t need it. You can order the optional stand for the F-500, with or without casters.

Durable 3” thick insulating firebricks; side elements

The insulating firebricks, wrapped in heavy-gauge steel, soak up the heat for slow, efficient cooling. The firebricks are 3” thick, 20% thicker than the standard 2 1/2” bricks, throughout the top, walls, bottom, and door. The heating elements are protected in dropped, recessed wall grooves for trouble-free firing. Wires are fastened to the elements with heat-dissipating connectors refined and proven over many years in Paragon kilns. Elements are coiled from the finest high-temperature wire available. The F-500 has no roof elements.

Door Safety Switch

The safety door switch, which turns off the element when the door is raised. (The temperature controller will continue to operate when the safety switch turns off the elements.)

Custom voltage

We can manufacture your F-500 kiln for almost any electrical system in the world. Let us know of your special voltage requirements.

Heavy duty components

Costly heavy-gauge nickel-plated copper wiring is covered with high temperature glass-braided insulation. The thermocouple, which senses temperature inside the kiln, is protected with a high-nickel stainless steel sheath for long life. The built-in base stays cool even during extended hold times.

Solid State Relays

The F500 has solid-state relays that are mounted to aluminum heat sinks. SSR's last far longer than standard mechanical relays and offer better temperature control during holds. SSR's also have no moving parts to wear out. You will also notice is that SSR's are silent. The only sound you will hear just the reassuring hum of the heating elements.

Interested in Making Your Own Metal Parts and Pieces?

What is Lost Wax Casting? It is the process of making or carving a shape in wax, then making a mold of the wax shape, and then casting that shape into metal from the mold. The mold is a negative image of the wax. The wax is melted out of the mold through hollow channels called sprues. Lost wax burnout is the process of preparing a casting mold for the melted metal that will be poured into it.

Stainless Steel Wax Trays

If you want to do Lost Wax Casting, you'll need a stainless steel wax tray. Here's the one you'll need for this kiln; a Stainless Steel Wax Tray and Grate, 17″ X 17.″ This Stainless Steel Wax Tray and Grate system will fit well in your kiln and allow you to do lots of wax burnout.

Place your molds on the removable expanded metal top. The wax will drip from the molds into the tray underneath. Then remove the wax tray before the kiln gets hotter than 300°F / 148°C. Note: Burning wax inside a kiln can damage the firebricks. Check out this 17" x 17" Stainless Steel Wax Tray and Grate out to help you in your projects. Here's the link.

Want to learn more about Lost Wax Casting? Here is a link to a cool internet guide we found that you can use as a reference: Lost Wax Casting Tutorial and Guide

Kiln Accessories

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