Course curriculum

  • 1

    1: The Story of Mid-Temperature Glazes

    • The Story of Mid-Temperature Glazes
  • 2

    2: The History of Temperature

    • The History of Temperature

  • 3

    3: What is Cone 10?

    • What is Cone 10?
  • 4

    4: The Temperature Problem

    • The Temperature Problem
  • 5

    5: Why Cone 6?

    • Why Cone 6?
  • 6

    6: What is Glass

    • What is Glass?
  • 7

    7: What is a Glaze

    • What is a Glaze?
  • 8

    8: Periodically

    • Periodically
  • 9

    9: Silica and Alumina

    • Silica and Alumina
  • 10

    10: Fluxes

    • Fluxes
  • 11

    11: How Fluxes Work

    • How Fluxes Work
  • 12

    12: Understanding Formulas

    • Understanding Formulas
  • 13

    13: Why Glazes Work

    • Why Glazes Work
  • 14

    14: Reading the Map

    • Reading the Map
  • 15

    15: Matte Glazes

    • Matte Glazes
  • 16

    16: How Cone 6?

    • How Cone 6?
  • 17

    17: 20 x 5

    • 20 x 5
  • 18

    18: 20 x 5 Analysis

    • 20 x 5 Analysis
  • 19

    19: Downtown

    • Downtown
  • 20

    20: Cones and Temperature

    • Cones and Temperature
  • 21

    21: Temperature and Stull's Map

    • Temperature and Stull's Map
  • 22

    22: Reducing Temperature

    • Reducing Temperature
  • 23

    23: Boron

    • Boron
  • 24

    24: Boron Chemistry

    • Boron Chemistry
  • 25

    25: Borate Materials

    • Borate Materials
  • 26

    26: Gerstley Borate

    • Gerstley Borate
  • 27

    27: Frits

    • Frits
  • 28

    28: Boron and Stull's Map

    • Boron and Stull's Map
  • 29

    29: Stull's Map Comprehensive

    • Stull's Map Comprehensive
  • 30

    30: 20 x 5 Chemical Match

    • 20 x 5 Chemical Match
  • 31

    31: Matte Glazes at Cone 6

    • Matte Glazes at Cone 6?
  • 32

    32: Matte Mapping

    • Matte Mapping
  • 33

    33: Fake Matte

    • Fake Matte
  • 34

    34: Testing a Fake Matte

    • Testing a Fake Matte
  • 35

    35: Converting a Fake Matte

    • Converting a Fake Matte
  • 36

    36: Crystalline Glazes

    • Crystalline Glazes
  • 37

    37: Titanium and Nickel

    • Titanium and Nickel

  • 38

    38: Cooling

    • Cooling
  • 39

    39: Bristol Glazes

    • Bristol Glazes
  • 40

    40: Balancing Bristol Glazes

    • Balancing Bristol Glazes

  • 41

    41: Leah Leithson Chun

    • Leah Leithson Chun
  • 42

    42: Other Methods for Lowering Temperature

    • Other Methods for Lowering Temperature
  • 43

    43: Fluxes and Temperature

    • Fluxes and Temperature
  • 44

    44: What Makes Glazes Weak?

    • What Makes Glazes Weak?
  • 45

    45: Lithium Carbonate

    • Lithium Carbonate
  • 46

    46: Boron and Durability

    • Boron and Durability
  • 47

    47: Identifying Cone 6 Glazes

    • Identifying Cone 6 Glazes

  • 48

    48: Alabama Rain

    • Alabama Rain
  • 49

    49: Temperature Conversion

    • Temperature Conversion
  • 50

    50: Cone 10 to Cone 6 Conversion

    • Cone 10 to Cone 6 Conversion
  • 51

    51: Turquoise Cone 10 to Cone 6 Conversion

    • Turquoise Cone 10 to Cone 6 Conversion
  • 52

    52: Chrome Tin Red Conversion

    • Chrome Tin Red Conversion
  • 53

    53: Clay Bodies

    • Clay Bodies

  • 54

    54: Conclusions

    • Conclusions