FEATURES:

3.38 CUBIC FOOT FIRING CHAMBER CAPACITY. SPRING BALANCED LID MEANS EFFORTLESS OPENING AND CLOSING. 3" COMBINED INSULATED FIREBRICK AND BLOCK INSULATION MEANS GREATER FIRING EFFICIENCY AND LOWER RADIENT TEMPERATURE. STRONGEST LONGEST LASTING ELEMENTS. HAS 18 GAUGE KANTHAL A-1 ELEMENT WIRE SECURELY HOUSED WITHIN DEEPLY RECESSED GROOVES IN FIRING CHAMBER WALLS WHICH CAN BE REMOVED EASILY. REFRACTORY BACKED LID RESTS ON CERAMIC FIBER ROPE ENCIRCLING THE CHAMBER FOR MINIMUM HEAT LOSS AND A PERFECT SEAL. LOWEST SURFACE TEMPERATURE IS THE SAFEST FOR SCHOOL USE. SELECT FIRE KILN CONTROLLER OPTIONAL PROVIDES GREATER FIRING ACCURACY AND CONVENIENCE. HEAVY DUTY CONSTRUCTION - STRONG WELDED STEEL BOTTOM FRAMES, 11 GAUGE WELDED STEEL TOP FRAMES, 18 GAUGE STEEL SHELLS. SPRING LATCHES ALLOW LID TO ADJUST TO CHAMBER EXPANSION AS TEMPERATURE CHANGES INSIDE DURING THE FIRING.

FEATURES:

AMACO MANUFACTURES TWO HIGH TEMPERATURE KILNS-THE AH-10 AND AH-30. BOTH HAVE A MAXIMUM TEMPERATURE OF CONE 10 AND ARE FRONT-LOADING FLOOR MODEL KILNS WITH REFRACTORY-BACKED STEEL DOORS THAT FIT SNUGLY AND SWING OPEN FOR EASY STACKING. THEY FEATURE 7-8 INCHES OF COMBINED FIREBRICK AND BLOCK INSULATION FOR GREATER FIRING EFFICIENCY AND LOWER RADIANT TEMPERATURE. BOTH HAVE HANDY STORAGE CABINETS BELOW FOR HOLDING KILN FURNITURE AND OTHER SUPPLIES.

FEATURES:

5" COMBINED INSULATED FIREBRICK AND BLOCK INSULATION MEANS GREATER FIRING EFFICIENCY AND LOWER RADIENT TEMPERATURE. STRONGEST LONGEST LASTING ELEMENTS. HAS 18 GAUGE KANTHAL A-1 ELEMENT WIRE SECURELY HOUSED WITHIN DEEPLY RECESSED GROOVES IN FIRING CHAMBER WALLS WHICH CAN BE REMOVED EASILY. REFRACTORY BACKED LID RESTS ON CERAMIC FIBER ROPE ENCIRCLING THE CHAMBER FOR MINIMUM HEAT LOSS AND A PERFECT SEAL. LOWEST SURFACE TEMPERATURE IS THE SAFEST FOR SCHOOL USE. SELECT FIRE KILN CONTROLLER OPTIONAL PROVIDES GREATER FIRING ACCURACY AND CONVENIENCE. HEAVY DUTY CONSTRUCTION - STRONG WELDED STEEL BOTTOM FRAMES, 11 GAUGE WELDED STEEL TOP FRAMES, 18 GAUGE STEEL SHELLS. SPRING LATCHES ALLOW LID TO ADJUST TO CHAMBER EXPANSION AS TEMPERATURE CHANGES INSIDE DURING THE FIRING.