Novelty Lights-SHAKE AND SHINE GLITTER LAMP-JR BROTHERS LTD

The glitter lamp allows you to explore space and all its wonders from the comfort of your home! J&R technology makes the glitter appear to change color as it flows up and down the bottle ,and we allows hand-painted and tri-colored bottle . The beautiful decal on the hand-spun base and cap of this lamp will create a relaxing environment. Watch the instant motion and enjoy this peaceful version of a LAVA lamp. 1.Any color generally use silver) glitter / clear liquid /any decal on base & cap 2.Instant start up action! 3.Provides relaxing, soft light 4.25 watt light bulb included 5.Plugs into a power outlet or USB 5V

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14.5" metal glitter lava lamp

The glitter lamp allows you to explore space and all its wonders from the comfort of your home! J&R technology makes the glitter appear to change color as it flows up and down the bottle ,and we allows hand-painted and tri-colored bottle . The beautiful decal on the hand-spun base and cap of this lamp will create a relaxing environment. Watch the instant motion and enjoy this peaceful version of a LAVA lamp.

隐藏域元素占位

13"glitter tornado lamp

The glitter lamp allows you to explore space and all its wonders from the comfort of your home! J&R technology makes the glitter appear to change color as it flows up and down the bottle ,and we allows hand-painted and tri-colored bottle . The beautiful decal on the hand-spun base and cap of this lamp will create a relaxing environment. Watch the instant motion and enjoy this peaceful version of a LAVA lamp. 1.Any color generally use silver) glitter / clear liquid /any decal on base & cap 2.Instant start up action! 3.Provides relaxing, soft light 4.25 watt light bulb included 5.Plugs into a power outlet or USB 5V

隐藏域元素占位

15" rainbow glitter lava lamp

The glitter lamp allows you to explore space and all its wonders from the comfort of your home! J&R technology makes the star glitter appear to change color as it flows up and down the hand-painted, tri-colored glass globe. The beautiful decal of a galaxy scene on the hand-spun base and cap of this lamp will create a relaxing environment. Watch the instant motion and enjoy this peaceful version of a LAVA lamp. 1.Silver glitter / clear liquid /any decal on base & cap 2.Instant start up action! 3.Provides relaxing, soft light 4.25 watt light bulb included 5.Plugs into a power outlet

隐藏域元素占位

2021 NEW DESIGN:lava table lamp glitter lamp

The glitter lamp allows you to explore space and all its wonders from the comfort of your home! J&R technology makes the star glitter appear to change color as it flows up and down the hand-painted, tri-colored glass globe. The beautiful decal of a galaxy scene on the hand-spun base and cap of this lamp will create a relaxing environment. Watch the instant motion and enjoy this peaceful version of a LAVA lamp. 1.Silver glitter / clear liquid /any decal on base & cap 2.Instant start up action! 3.Provides relaxing, soft light 4.25 watt light bulb included 5.Plugs into a power outlet

隐藏域元素占位

16" metal lava lamp

Story of Lava Lamp In 1963, English accountant Edward Craven Walker designed and marketed the Astro Lamp, one of the world’s first motion lamp. “I think it will always be popular. It’s like the cycle of life. It grows, breaks up, falls down and then starts all over again” E. Craven Walker. The First Lava Lamp The lava lamp was developed from a design for an egg timer using two liquids spotted in a Dorset pub. Craven Walker spent years developing this into a light for manufacture initially using cocktail and orange squash bottles. Operating Principle of Lava lamp Lava lamp is also called wax lamp. The name derives from the slow flow of wax droplets of indefinite shape, which is reminiscent of the flow of lava. Lava lamps come in many shapes and colors. The physical principle of the lava lamp is very simple, consisting of a base and a sealed glass bottle. The base was originally a heating wire, but now it is changed to a higher-power bulb or LED. The sealed glass bottle is made of borosilicate glass with a transparent liquid and a translucent wax. The density of wax at room temperature is slightly higher than that of liquid, but after heating it is slightly lower than that of liquid. After energizing, the bulb in the base heats and seals the glass bottle and transfers the heat to the wax block. The wax block in the bottle melts and floats to the surface. As it gradually cools, it sinks to the bottom of the bottle, creating a dynamic light and shadow effect over and over again.

隐藏域元素占位

14.5" metal lava lamp

Story of Lava Lamp In 1963, English accountant Edward Craven Walker designed and marketed the Astro Lamp, one of the world’s first motion lamp. “I think it will always be popular. It’s like the cycle of life. It grows, breaks up, falls down and then starts all over again” E. Craven Walker. The First Lava Lamp The lava lamp was developed from a design for an egg timer using two liquids spotted in a Dorset pub. Craven Walker spent years developing this into a light for manufacture initially using cocktail and orange squash bottles. Operating Principle of Lava lamp Lava lamp is also called wax lamp. The name derives from the slow flow of wax droplets of indefinite shape, which is reminiscent of the flow of lava. Lava lamps come in many shapes and colors. The physical principle of the lava lamp is very simple, consisting of a base and a sealed glass bottle. The base was originally a heating wire, but now it is changed to a higher-power bulb or LED. The sealed glass bottle is made of borosilicate glass with a transparent liquid and a translucent wax. The density of wax at room temperature is slightly higher than that of liquid, but after heating it is slightly lower than that of liquid. After energizing, the bulb in the base heats and seals the glass bottle and transfers the heat to the wax block. The wax block in the bottle melts and floats to the surface. As it gradually cools, it sinks to the bottom of the bottle, creating a dynamic light and shadow effect over and over again.

隐藏域元素占位

14.5" metal lava lamp

Story of Lava Lamp In 1963, English accountant Edward Craven Walker designed and marketed the Astro Lamp, one of the world’s first motion lamp. “I think it will always be popular. It’s like the cycle of life. It grows, breaks up, falls down and then starts all over again” E. Craven Walker. The First Lava Lamp The lava lamp was developed from a design for an egg timer using two liquids spotted in a Dorset pub. Craven Walker spent years developing this into a light for manufacture initially using cocktail and orange squash bottles. Operating Principle of Lava lamp Lava lamp is also called wax lamp. The name derives from the slow flow of wax droplets of indefinite shape, which is reminiscent of the flow of lava. Lava lamps come in many shapes and colors. The physical principle of the lava lamp is very simple, consisting of a base and a sealed glass bottle. The base was originally a heating wire, but now it is changed to a higher-power bulb or LED. The sealed glass bottle is made of borosilicate glass with a transparent liquid and a translucent wax. The density of wax at room temperature is slightly higher than that of liquid, but after heating it is slightly lower than that of liquid. After energizing, the bulb in the base heats and seals the glass bottle and transfers the heat to the wax block. The wax block in the bottle melts and floats to the surface. As it gradually cools, it sinks to the bottom of the bottle, creating a dynamic light and shadow effect over and over again.

隐藏域元素占位

13" lava(groovy) motion lamp

Story of Lava Lamp In 1963, English accountant Edward Craven Walker designed and marketed the Astro Lamp, one of the world’s first motion lamp. “I think it will always be popular. It’s like the cycle of life. It grows, breaks up, falls down and then starts all over again” E. Craven Walker. The First Lava Lamp The lava lamp was developed from a design for an egg timer using two liquids spotted in a Dorset pub. Craven Walker spent years developing this into a light for manufacture initially using cocktail and orange squash bottles. Operating Principle of Lava lamp Lava lamp is also called wax lamp. The name derives from the slow flow of wax droplets of indefinite shape, which is reminiscent of the flow of lava. Lava lamps come in many shapes and colors. The physical principle of the lava lamp is very simple, consisting of a base and a sealed glass bottle. The base was originally a heating wire, but now it is changed to a higher-power bulb or LED. The sealed glass bottle is made of borosilicate glass with a transparent liquid and a translucent wax. The density of wax at room temperature is slightly higher than that of liquid, but after heating it is slightly lower than that of liquid. After energizing, the bulb in the base heats and seals the glass bottle and transfers the heat to the wax block. The wax block in the bottle melts and floats to the surface. As it gradually cools, it sinks to the bottom of the bottle, creating a dynamic light and shadow effect over and over again.

隐藏域元素占位

13"magma motion lava lamp

Story of Lava Lamp In 1963, English accountant Edward Craven Walker designed and marketed the Astro Lamp, one of the world’s first motion lamp. “I think it will always be popular. It’s like the cycle of life. It grows, breaks up, falls down and then starts all over again” E. Craven Walker. The First Lava Lamp The lava lamp was developed from a design for an egg timer using two liquids spotted in a Dorset pub. Craven Walker spent years developing this into a light for manufacture initially using cocktail and orange squash bottles. Operating Principle of Lava lamp Lava lamp is also called wax lamp. The name derives from the slow flow of wax droplets of indefinite shape, which is reminiscent of the flow of lava. Lava lamps come in many shapes and colors. The physical principle of the lava lamp is very simple, consisting of a base and a sealed glass bottle. The base was originally a heating wire, but now it is changed to a higher-power bulb or LED. The sealed glass bottle is made of borosilicate glass with a transparent liquid and a translucent wax. The density of wax at room temperature is slightly higher than that of liquid, but after heating it is slightly lower than that of liquid. After energizing, the bulb in the base heats and seals the glass bottle and transfers the heat to the wax block. The wax block in the bottle melts and floats to the surface. As it gradually cools, it sinks to the bottom of the bottle, creating a dynamic light and shadow effect over and over again.

隐藏域元素占位

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