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Artists & Hobbyists

A kiln is the most important piece of equipment in the ceramic artists tool kit. With the average lifespan of a kiln ranging anywhere from 10-25 years, making the right choice when selecting your kiln can have lasting consequences. Here is a guide to help you navigate the process of selecting the right kiln for your work.

An artists guide to selecting a kiln

What size of kiln is best for your artwork?

This really depends on the type of artwork that you make. Are you a functional potter firing your work to ∆5 or ∆6? Are you sculptor firing your work to low fire temps of ∆08-∆04. Do you make large format work, tall vases or sculptures or do you primarily make mugs, bowls and average size functional ware? How much amperage do you have available to dedicate to the kiln? Some larger kiln models require high amperage electric lines in order to achieve high temperatures. You may be limited by the amperage available at your house or studio. These are some of the questions to consider when selecting a kiln.

Size the kiln for the largest pieces you intend on making. Ideally you will be firing a completely full kiln for each firing. Think about the size of your pieces and the amount of work you will be making at any given time. If you plan on being productive, size up the kiln. Its better to have more room in the kiln if needed. Conversely, if you are a hobbyist making a few mugs and bowls here and there, you may not want to wait for months on end to produce enough work to fully fill a large kiln.

What type of kiln is best for your artwork?

The most popular style of kiln is the traditional top loading kiln. More often than not this style of kiln will work well for you. Front-loading kilns are a great option as well. These kilns load from the front, this method of loading can save your back from having to bend over to load work like a top loader. Conversely, they can be more difficult to load in some situations as they require quite a bit of strength to load larger items where the weight of the ware must be held straight out in front of the body to load. Front loaders are more expensive to purchase and maintain. It is easier to see the full load of ware in a front loader as you can see the ware stack from the side. Front loaders cannot go up or down steps and are large and difficult to move and install. All front loading kilns require some sort of pallet jack or pallet truck high lift to install. They will make sense for some, but not for others.

To what temperature will you be firing the kiln?

This is a very important factor to consider when selecting your kiln. If you plan on only doing low-fire work between ∆08 and ∆04, pretty much any kiln at any voltage and phase will work for you. If you plan on firing the kiln to mid-fire temps of ∆5 or ∆6, then you must select a kiln that is rated for ∆10. If you plan on doing specialty firings like crystalline glaze ware, you will want a kiln that is rated for ∆12. Think of this like you are driving a car. Lets say your car’s speedometer goes up to 100mph. If you plan on driving that car every day at 100mph, you will be putting too much stress on the engine. If your car’s speedometer goes up to 200mph, then driving your car at 100mph will not put as much stress on on the engine and you will be less likely to damage your car. Most of L&L’s kilns are rated for cone 10, with only a few exceptions. When selecting a kiln, pay close attention to to the max temp rating of the kiln before making your choice.

Electric Specifications and Requirements

When selecting a kiln for home or studio use, It is extremely important to know your available electric specifications. WHEN ORDERING A KILN, YOU MUST MATCH THE KILN’S ELECTRIC REQUIREMENTS TO THE ELECTRIC CONFIGURATION & SPECS FOUND IN YOUR KILN ROOM. You will need to to determine the voltage and phase of the location where the kiln will be installed.

If installing a kiln at your home, you will need a residential 240v-1ph kiln. Or 120v-1ph kiln. 3Ph models and 208v models will not work in your home on residential electric service. If your studio is in an industrial building or warehouse you may have 3ph service available.

Voltage and phase should always be tested on-site by qualified personnel prior to ordering any kiln. When you order a kiln through thekilnguy.com, a final Kiln Order Confirmation is provided and must be approved before your order is placed. This final step in the process is a fail-safe against mistakes when ordering a kiln.

All kilns running on 48 Amps or less will come with a power cord. These kiln cords are 6ft long. The power cord of the kiln must plug into the appropriate receptacle. The receptacle configurations for each kiln can be found on the specification sheets for each kiln model. The power cords for all top-loading kilns exit the kiln control panels on the right hand side. The receptacle for the kiln should therefore be located somewhere to the right of the kiln if possible. If there is an existing receptacle located to the left or behind the kiln, a longer 12ft power cord is available for 1ph kilns drawing 48 Amps and less. Receptacles should be installed about 12” to 18” from the floor, with the ground prong hole of the receptacle oriented at the 12 o’clock position. All power cords should hang freely away from the hot stainless steel kiln case.

Some larger kilns operate on amperages higher than 48 Amps. Those kilns do not come with a power cord, and must be “direct wired”. Typically these kilns are direct wired into a fused disconnect box. Kilns should always be hardwired by a licensed electrician or qualified facilities person.

Electric requirements for kilns include recommended amperage breaker or fuse size, gauge wire size for the hookup, and receptacle configuration. All of these specifications should be confirmed to match your desired kiln and its corresponding requirements prior to placing your kiln order. The electric requirements for all kiln models are clearly listed on each model spec sheet. When in doubt, consult a licensed electrician for help with questions about your electric line.

Venting

Proper kiln venting in the home or studio is critical to the safety of the kiln operator and their family. Kilns put off harmful and corrosive fumes during the firing process. These fumes will escape the kiln through any small gap present in the kiln structure. Removing these fumes from the inside of the kiln chamber via L&L’s Vent-Sure Downdraft Vent System is highly recommended for the home and studio setting. Kilns for home use are often installed in a basement or garage. If installing the kiln in a basement, venting the kiln is required for the safe removal of toxic and corrosive fumes. Garage installations with living quarters above must also be vented. Garages with no living quarters above or detached garages do not require venting, but it is HIGHLY recommended. Not only does venting a kiln improve air quality, it also provides a better firing environment for the ceramic ware. If your garage door can be opened or you have a detached garage, the risk of fume inhalation is decreased, but not completely avoided. Venting your kiln with a downdraft vent it always highly recommended regardless of the location of the kiln.

Here are a few helpful links concerning kiln venting: Click here

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Popular Low-Fire Kilns Rated for ∆08 to ∆04

Popular Test Kilns Rated for ∆5-∆6

L&L Potters Catalog