Molten

The molten light of dawn filtered through the trees.

The candles in the room gave a molten glow to the surroundings.

The light fixtures in the restaurant gave off a molten glow, adding to the ambiance.

The embers from the fire gave off a molten light.

The molten light from the streetlamp shone on the wet pavement.

The molten colors of the sunset painted the sky.

The molten lava in the volcano created an otherworldly glow.

The artist poured molten metal into a mold to create the sculpture.

The new building's molten glass facade shimmered in the sunlight.

The hot tub was filled with molten chocolate for the guests to enjoy.

The blacksmith poured molten iron into the mold.

The firefighter put out the flames caused by the molten plastic.

The blacksmith used a forge to heat the metal until it became molten.

The artist sculpted a statue out of molten bronze.

The molten glass was shaped by the skilled hands of the glassblower.

The volcano erupted, spewing molten lava into the air.

The foundry poured molten bronze into the mold to create the statue.

The molten glass was carefully blown into shape.

The welder donned protective gear before working with the molten metal.

The molten steel flowed into the mold, taking shape as it cooled.

The molten chocolate poured smoothly over the cake.

The molten sugar hardened into a delicious candy.

The blacksmith worked the molten iron with his tongs.

The lava in the volcano was molten and dangerous.

The molten rock bubbled and seethed inside the earth.

The molten tar dripped from the roof in the summer heat.

The pot of molten lead was used for making ammunition.

The molten steel was poured into the ingot molds.

The laser welding process was used to join the thin sheets of molten gold.

The engineer poured the molten metal into the mold to create the part.

The foundryman used a refractory crucible to pour the molten iron into the sand mold.

The blacksmith used the traditional Japanese technique of forging molten steel to make samurai swords.

The copper smelter produced molten blister copper from sulfide ores.

The metalworker used tongs to hold the molten copper.

The material scientist analyzed the properties of molten nickel under high-pressure conditions.

The molten zinc alloy was used as a sacrificial coating to protect the steel from corrosion.

The molten aluminum poured into the mold to form the engine block.

The jeweler created intricate designs in the molten gold.

The mechanic used molten lead to seal the pipes.

The molten titanium was cast into aerospace components using a vacuum induction melting furnace.

The workers wore protective gear to handle the molten metal.

The heat treatment of molten cobalt alloys resulted in a nanocrystalline structure with superior mechanical properties.

The metal castings were made using the lost-wax process with molten bronze.

The aluminum alloy was heated to a molten state and then extruded to create custom profiles.

The molten glass was poured into a mold and then cooled to create a custom-made lens for a telescope.