Price breaks per lb. are available at 5, 10, 50, 100, and 500 lb. amounts in checkout.

Price breaks per lb. are available at 5, 10, 50, 100, and 500 lb. amounts in checkout.

Price breaks per lb. are available at 5, 10, 50, 100, and 500 lb. amounts in checkout.

Techniques, traditionally passed on through apprenticeships that last nearly a decade, are explained in detailed instructions, including more than 700 illustrations and color photos. The complexities of loading and firing a wood kiln, unique glazes and firing techniques used to obtain surface effects, and experimental approaches are discussed in this reference. This optimum resource offers artists an additional bonus with instructions for creating two kilns, including the authors' famous Dancing Fire Wood Kiln.

20.5" x 3.25" with a 3/8" shaft. Mixes 2-5 gallons. Up to 1,000 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

40" x 9.75" with a 3/4" shaft. Mixes 75-100 gallons. Up to 250 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

10" x 2.5" with a 1/4" shaft. Mixes 1-2 gallons. Up to 1200 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

14.75" x 2.5" with a 1/4" shaft. Mixes 1-2 gallons. Up to 1200 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

30" x 2.5" with a 1/4" shaft. Mixes 1-2 gallons. Up to 800 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.

10" x 1.25" with a 1/4" shaft. Mixes 1 pint. Up to 1200 RPM. Stainless Steel. It has two sets of specially welded blades. The vertical ones keep the mixing action between them, the horizontal ones employ an exclusive hydraulic-flow principle that prevents sucking air. In addition, the horizontal blades pull the high density material up from the bottom while forcing the low viscosity solvents down from the top. All stress joints are specially welded for extra strength so it is virtually impossible for them to break.