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HY-C High Performance Firebricks
Built from durable, high-density refractory materials, these firebricks are designed to withstand temperatures up to 2,700Ā°F, making them ideal for high-efficiency wood stoves, fireplaces, fireplace inserts, and wood-fired pizza ovens. Their superior heat resistanceĀ helps maintain consistent combustion temperatures, improving efficiency and resulting in cleaner burns.
The bricks offer high thermal shock resistance preventing the bricks from cracking during a large sudden increase or decrease in temperature. You may cut the firebricks to the proper size using a diamond blade cutting wheel. Each pack contains 3 bricks measuring 9ā x 4-Ā½ā x 1-Ā¼ā. The firebricks meet ASTM medium duty grade which is standard for wood burning appliances.
Common Uses
- Relining the inside of a wood stove firebox
- Constructing wood-fired pizza ovens
- Lining the interior of a masonry fireplace
- Outdoor fireplaces
- Low-temperature ceramic kilns
Firebrick Contents
Missouri Fireclay
62.9% Silica [SiO2]
30.8% Aluminum Oxide [Al2O3]
2.1% Iron Oxide [Fe2O3]
1.7% Titanium Dioxide [TiO2]
1.5% Potassium Oxide [K2O]
0.5% Magnesium Oxide [MgO]
0.2% Calcium Oxide [CaO]
0.3% Other Oxides
62.9% Silica [SiO2]
30.8% Aluminum Oxide [Al2O3]
2.1% Iron Oxide [Fe2O3]
1.7% Titanium Dioxide [TiO2]
1.5% Potassium Oxide [K2O]
0.5% Magnesium Oxide [MgO]
0.2% Calcium Oxide [CaO]
0.3% Other Oxides
Product Information
Product Information
Shipping & Returns
Shipping & Returns
HY-C High Performance Firebricks
HY-C High Performance Firebricks
Built from durable, high-density refractory materials, these firebricks are designed to withstand temperatures up to 2,700Ā°F, making them ideal for high-efficiency wood stoves, fireplaces, fireplace inserts, and wood-fired pizza ovens. Their superior heat resistanceĀ helps maintain consistent combustion temperatures, improving efficiency and resulting in cleaner burns.
The bricks offer high thermal shock resistance preventing the bricks from cracking during a large sudden increase or decrease in temperature. You may cut the firebricks to the proper size using a diamond blade cutting wheel. Each pack contains 3 bricks measuring 9ā x 4-Ā½ā x 1-Ā¼ā. The firebricks meet ASTM medium duty grade which is standard for wood burning appliances.
Common Uses
- Relining the inside of a wood stove firebox
- Constructing wood-fired pizza ovens
- Lining the interior of a masonry fireplace
- Outdoor fireplaces
- Low-temperature ceramic kilns
Firebrick Contents
Missouri Fireclay
62.9% Silica [SiO2]
30.8% Aluminum Oxide [Al2O3]
2.1% Iron Oxide [Fe2O3]
1.7% Titanium Dioxide [TiO2]
1.5% Potassium Oxide [K2O]
0.5% Magnesium Oxide [MgO]
0.2% Calcium Oxide [CaO]
0.3% Other Oxides
62.9% Silica [SiO2]
30.8% Aluminum Oxide [Al2O3]
2.1% Iron Oxide [Fe2O3]
1.7% Titanium Dioxide [TiO2]
1.5% Potassium Oxide [K2O]
0.5% Magnesium Oxide [MgO]
0.2% Calcium Oxide [CaO]
0.3% Other Oxides
$49.99
HY-C High Performance Firebricksā
$49.99
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Built from durable, high-density refractory materials, these firebricks are designed to withstand temperatures up to 2,700Ā°F, making them ideal for high-efficiency wood stoves, fireplaces, fireplace inserts, and wood-fired pizza ovens. Their superior heat resistanceĀ helps maintain consistent combustion temperatures, improving efficiency and resulting in cleaner burns.
The bricks offer high thermal shock resistance preventing the bricks from cracking during a large sudden increase or decrease in temperature. You may cut the firebricks to the proper size using a diamond blade cutting wheel. Each pack contains 3 bricks measuring 9ā x 4-Ā½ā x 1-Ā¼ā. The firebricks meet ASTM medium duty grade which is standard for wood burning appliances.
Common Uses
- Relining the inside of a wood stove firebox
- Constructing wood-fired pizza ovens
- Lining the interior of a masonry fireplace
- Outdoor fireplaces
- Low-temperature ceramic kilns
Firebrick Contents
Missouri Fireclay
62.9% Silica [SiO2]
30.8% Aluminum Oxide [Al2O3]
2.1% Iron Oxide [Fe2O3]
1.7% Titanium Dioxide [TiO2]
1.5% Potassium Oxide [K2O]
0.5% Magnesium Oxide [MgO]
0.2% Calcium Oxide [CaO]
0.3% Other Oxides
62.9% Silica [SiO2]
30.8% Aluminum Oxide [Al2O3]
2.1% Iron Oxide [Fe2O3]
1.7% Titanium Dioxide [TiO2]
1.5% Potassium Oxide [K2O]
0.5% Magnesium Oxide [MgO]
0.2% Calcium Oxide [CaO]
0.3% Other Oxides
