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2019 Jiggering-Casting Project of Medalta 66 Mug
A cereal bowl jigger mold made using 3D printing
Beer Bottle Master Mold via 3D Printing
Better Porosity Clay for Brown Sugar Savers
Build a kiln monitoring device
Celebration Project
Coffee Mug Slip Casting Mold via 3D Printing
Comparing the Melt Fluidity of 16 Frits
Cookie Cutting clay with 3D printed cutters
Evaluating a clay's suitability for use in pottery
Make a mold for 4-gallon stackable calciners
Make Your Own Pyrometric Cones
Making a high quality ceramic tile
Making a Plaster Table
Making Bricks
Making our own kilns posts using a hand extruder
Making your own sieve shaker for slurries
Medalta Ball Pitcher Slip Casting Mold via 3D Printing
Medalta Jug Master Mold Development
Mold Natches
Mother Nature's Porcelain - Plainsman 3B
Mug Handle Casting
Nursery plant pot mold via 3D printing
Pie-Crust Mug-Making Method
Plainsman 3D, Mother Nature's Porcelain/Stoneware
Project to Document a Shimpo Jiggering Attachment
Roll, Cut, Pull, Attach Handle-making Method
Slurry Mixing and Dewatering Your Own Clay Body
Testing a New Load of EP Kaolin
Using milk as a glaze

Firing Schedules

Fast firing is almost universal in most sectors of the ceramic industry now. Companies hire experts to design kilns and firing procedures to successfully handle the type of ware they manufacture. Small potteries, university ceramics programs, potters and hobby potters have periodic kilns and generally do not fast fire. This enables them to use clays and glazes and make ware that would not be practical in fast fire kilns. The results that a specific glaze gives are a combination of the recipe, the underlying clay and the firing schedule (which implicitly embodies control of the kiln atmosphere). This area of the Digitalfire Reference database is intended to capture the firing part of the puzzle. In theory, no glaze should be separated from its firing schedule, especially if it is reactive and special-purpose in a way that depends on the firing history. If you have an account at Insight-live.com, you can define firing schedules in greater detail than shown here and you can link recipes to schedules.

The format for the data in this area matches the way a typical electronic controller for an electric is programmed (although at Insight-live.com you can also create period-schedules, as opposed to rate-schedules, for gas kilns).

Related Information

Links

Articles Ceramic Glazes Today
Todd Barson of Ferro Corp. overviews the glaze formulations being using in various ceramics industry sectors. He discusses fast fire, glaze materials, development and trouble shooting.
Troubles Dunting and Cracking of Clay Bodies During Firing
Ceramic industry can fire much faster and deal with much heavier objects than potters can, how do they do it. The answer is they pay more attention to the basics, it is all common sense and good equipment.
Glossary Firing Schedule
Designing a good kiln firing schedule for your ware is a very important, and often overlooked factor for obtained successful firings.
Glossary Kiln Controller
In ceramic kilns the firing schedule is typically managed automatically by an electronic controller. But that may not mean that ware gets automatically fired to the correct temperature and atmosphere.
By Tony Hansen
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