Kiln example sentences

"Kiln" Example Sentences

1. The potter carefully loaded the ceramic pieces into the kiln.
2. The wet clay pots were ready to be fired in the kiln.
3. The kiln reached over 2000 degrees Fahrenheit during firing.
4. The pottery needed several days in the kiln to properly harden.
5. The glazes melted and adhered to the clay in the kiln's intense heat.
6. The high-fired pieces came out of the kiln hard and durable.
7. The shelves of the kiln were filled with mugs, bowls, and vases.
8. Some of the clay pieces warped in the kiln due to uneven drying.
9. The potter checked the kiln regularly during the firing process.
10. The strong smoky smell came from the coal-fired kiln.
11. The wood-fired kiln slowly brought the clay to full heat.
12. The glaze ran and pooled in the kiln due to flaws in application.
13. The brick kiln was used for firing both pottery and ceramics.
14. Kilns can fire work at cone 06 up to cone 10 temperatures.
15. The rack of pottery entered the kiln on a kiln car.
16. The kiln collapsed during the firing, destroying all the work inside.
17. The kiln tender made sure the wood fire burned evenly and steadily.
18. The newly fired pieces had to slowly cool down in the kiln.
19. The poorly ventilated kiln room filled with noxious fumes.
20. Kilns have been used since ancient times for firing pottery.
21. The bisque fired clay was ready for its glaze firing in the kiln.
22. Different types of clay require different temperatures in the kiln.
23. The lid of the kiln was lifted to check on the work inside.
24. They strapped the protective kiln wash onto the shelves before firing.
25. The kiln worker wore protective clothing and a respirator.
26. The electronics controlled kiln provided very precise temperatures.
27. Broken pots were removed from the kiln and discarded.
28. The dark, cavernous space inside the kiln was lit by the glowing fires.
29. The glazed pieces were placed on kiln shelves to fire properly.
30. Some kilns can reach cone 10 firing temperatures.
31. The newly glazed pots needed a second bisque firing in the kiln.
32. The wooden kiln shed stood at the back of the pottery studio.
33. Various fuels can be used to heat the kiln including gas, electricity and wood.
34. They used an oxidizing atmosphere in the kiln for the final glaze firing.
35. The room was filled with the dusty residue from the lime kiln.
36. The kiln was laboriously stoked and tended throughout the firing.
37. Ceramic artists use kilns to produce work of lasting quality.
38. The kiln slowly reached the desired cone for the final glaze firing.
39. The kiln room needed to be vented properly to avoid asphyxiation.
40. The bricks were baked hard in the hot kiln.
41. The kiln glowed white hot during its peak firing temperatures.
42. The pottery required several test firings in the small kiln.
43. The old kiln roof finally caved in after years of neglect.
44. The bricks were stacked carefully in the kiln on firebrick supports.
45. The kiln sat unused for many years, falling into disrepair.
46. The kiln had to be cleaned and repaired before use.
47. Kilns have been used for thousands of years and still operate on ancient principles.
48. The metal cones used to measure kiln temperature melted during firing.
49. The pottery kiln occupied most of the small barn.
50. They fashioned a cone pack to gauge the temperature inside the kiln.
51. The electricity went out during the firing, extinguishing the kiln.
52. The ceramic sculpures baked to hardness in the intense heat of the kiln.
53. Precisely controlled temperature gradients are important inside a kiln.
54. The test tiles removed from the kiln showed successful glazing.
55. The kiln sitter kept the wood-burning kiln at proper temperature.
56. The burnished clay came out perfectly from the reduction fired kiln.
57. Large kilns are needed for firing commercial ceramic wares.
58. The kiln access doors were sealed with clay to prevent heat loss.
59. The kiln's intense heat transformed the soft clay into robust ceramics.
60. They watched closely for the telltale signs of a successful firing in the kiln.

Common Phases

1. The potter loaded the wet clay pots into the kiln to fire them.
2. The glassblower placed the red-hot molten glass globes into the kiln to melt and shape them.
3. They built a kiln out of bricks to fire the clay pots.
4. The clay pots were heated slowly in the kiln to allow them to harden without cracking.
5. The kiln was fired up to reach temperatures over 2000 degrees Fahrenheit.
6. The raw material is heated in a kiln to produce ceramic products.
7. The bricks came out of the kiln hard and strong after days of firing.
8. The fired ceramic figurines were unloaded from the still hot kiln.
9. The pottery pieces now glazed were ready to go back into the kiln for a final firing.
10. The timber beams were seasoned in the kiln to dry them out before construction.
11. Limestone is heated in a kiln to produce quicklime.
12. The iron ore is smelted in a blast kiln to produce pig iron.
13. The timber was charred in a kiln to make charcoal.
14. The glassblower heated the glass rods in the kiln before shaping them on the blowpipe.
15. The brick kiln was the source of his family's livelihood for generations.
16. They loaded the unfired brick into the kiln and sealed it shut.
17. The workers monitored the temperature gauges attached to the kiln.
18. The heat from the kiln caused the glass to soften and distort.
19. The scorched smell of clay coming from the kiln filled the air.
20. The products were cooled for several days after being removed from the red-hot kiln.
21. He carefully opened the kiln and unloaded the freshly fired pots.
22. I could see the glow of the kiln through the window after dark.
23. They shut off the gas burners powering the kiln and let it cool overnight.
24. The potters made sure the kiln was properly vented to avoid toxic fumes.
25. The entire building vibrated from the roar of the kiln.
26. The biscuit ware exited the kiln at an orange heat.
27. The firing cycle in the kiln lasted several days.
28. They built a new egg-shaped kiln with high domed arches.
29. The wooden frames burned away in the kiln leaving just the clay pieces.
30. He carefully examined each piece after removing it from the red-hot kiln.
31. They monitored the temperature levels across different sections of the kiln.
32. The parched fields surrounding the brick kiln extended for miles.
33. The piercing whistle of the steam escaping the cooling kiln alerted them that the firing was complete.
34. The kiln enabled him to transform raw materials through the power of fire.
35. The heat from the kiln caused the bronze alloy to melt and reform.
36. The charcoal-fueled kiln glowed orange with heat.
37. The fragile blown glass pieces were packed in asbestos for transport out of the kiln.
38. The waste gases were vented from the top of the kiln.
39. The timber beams were loaded into the kiln horizontally on rails.
40. She monitored the temperature gauges attached to the entrance of the kiln.
41. The instruments to measure temperatures across zones inside the kiln were minimally invasive.
42. The brick kiln was fired up once more for the last batch of the season.
43. The workers shoveled coal into the flames of the roaring kiln.
44. The glossy pottery emerged from the kiln still hot.
45. The heat from the kiln caused the metallic pewter to melt and fuse together.
46. The door to the kiln was sealed with clay to prevent heat from escaping.
47. An endless production line of bricks moved in and out of the round kiln.
48. They built a stone beehive kiln with multiple chambers.
49. The glaze melts and adheres to the clay in the heat of the kiln.
50. The ground shook as the blast kiln fired up for the night shift.
51. The glass lamps started to bulge and distort in the intense heat of the kiln.
52. A newly built kiln was crucial for ramping up production.
53. When the kiln first came to the village, it transformed the local economy.
54. The roof of the kiln shed was built to withstand high temperatures.
55. The inside of the kiln was black with soot from years of firing clay vessels.
56. The charcoal-fueled kiln provided an essential heat source during winter.
57. Precious metals were cast in kilns lined with refractory materials.
58. The items charred in the kiln emerged completely transformed.
59. They used layers of straw and sand to insulate the kiln walls.
60. The intense heat and flames from the glowing kiln provided inspiration for his artwork.