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Cost
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Item Description
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$81.75
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M1000c
Here is a Mini Portable 4 watt
Short Wave Only Ultraviolet Lamp.
It makes an excellent lamp for the office or a quick field inspection. The
lamp is lightweight and small enough to fit into a pocket. A nylon strap
is attached for easy handling and it operates on 4 AA batteries (not
included). A perfect way to view your fluorescent mineral
collection.
UVG 4 95-0158-04
Another photo
Shortwave light is the
ultraviolet energy farthest from visible light, shorter than rays in
sunlight, and primarily noted for its ability to fluoresce minerals for
chemical analysis.
Ultraviolet light is electromagnetic radiation in the part of the
spectrum between x-rays and visible light, approximately 180nm to 400 nm.
It differs from light only that its wavelengths are too short to be seen
by the human eye. When UV radiation falls upon phosphors, it
causes the phosphors to emit specific radiation. This phenomenon is
known as fluorescence. In some materials, the fluorescence linger on
and slowly disappears after the UV source is removed. This
phenomenon is known as phosphorescence.
Caution: Do not expose eyes
or skin to shortwave ultraviolet light as rays may burn unprotected eyes
or skin. UV Blocking Eyewear is recommended. |
Mini Portable Ultraviolet Lamp
- SW only
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$25.00
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M1001b
Here are Spectacles, specially formulated plastic
lenses block transmission of 254, 302 and 365 UV light to virtually zero.
The "blue haze" normally associated with longer wavelength
ultraviolet light is eliminated. Special side shields help protect against
peripheral exposure, ideal for observing demonstrations for added
protection. |
Ultraviolet Glasses
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$40.33
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M1002c
This is an portable, easy to use, mini UV 4 watt lamp in long wave only. It
makes an excellent lamp for the office or a quick field inspection. The
lamp is lightweight and small enough to fit into a pocket. A nylon strap
is attached for easy handling and it operates on 4 AA batteries (not
included). A perfect way to view your fluorescent mineral
collection.
UVL-4 95-0125-05
Another photo
Long wave light is the
ultraviolet energy nearest to the visible light range, commonly called
black light) it activates fluorescence in nuimerous natural
substances and manufactured materials.
Caution: Do not expose eyes
or skin to shortwave ultraviolet light as rays may burn unprotected eyes
or skin. UV Blocking Eyewear is recommended. |
Mini Portable Ultraviolet Lamp
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$136.25
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M818c
This is an portable, easy to use mini UV 4 watt lamp
with both short wave and long wave.
It makes an excellent lamp for the office or a quick field inspection. The
lamp is lightweight and small enough to fit into a pocket. A nylon
strap is attached for easy handling and it operates on 4 AA batteries (not
included). A perfect way to view your fluorescent mineral
collection.
UVSL-14P 95-0188-02
Another photo
Shortwave light is the
ultraviolet energy farthest from visible light, shorter than rays in
sunlight, and primarily noted for its ability to fluoresce minerals for
chemical analysis.
Long wave light is the
ultraviolet energy nearest to the visible light range, commonly called
black light) it activates fluorescence in nuimerous natural
substances and manufactured materials.
Caution: Do not expose eyes
or skin to shortwave ultraviolet light as rays may burn unprotected eyes
or skin. UV Blocking Eyewear is recommended. |
Mini Portable Ultraviolet Lamp
- SW & LW
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$427.28
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M1003b
This is a Hand Held, 6 watt,
Short Wave and Long Wave Ultraviolet Lamp. It has a durable plastic housing is lightweight with an
ergonomically designed handle for easy use. This is the UV lamp we used when taking the pictures for
the minerals on our Fluorescent Minerals Page. There is a Lamp Stand
available for this lamp for hands free use.
UVGL-58 95-0007-05
Another photo
Ultraviolet light is electromagnetic radiation in the part of the
spectrum between x-rays and visible light, approximately 180nm to 400 nm.
It differs from light only that its wavelengths are too short to be seen
by the human eye. When UV radiation falls upon phosphors, it
causes the phosphors to emit specific radiation. This phenomenon is
known as fluorescence. In some materials, the fluorescence linger on
and slowly disappears after the UV source is removed. This
phenomenon is known as phosphorescence.
Caution: Do not expose eyes
or skin to shortwave ultraviolet light as rays may burn unprotected eyes
or skin. UV Blocking Eyewear is recommended. |
Hand Held Ultraviolet Lamp - SW
& LW
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$328.09
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M1005b
This is a Compact Hand Held,
4 watt, Short Wave and Long Wave
Ultraviolet Lamp. It has a durable, impact resistant plastic housing that
is lightweight and fits comfortably in the hand for easy use. UVGL-25 95-0021-12
Ultraviolet light is electromagnetic radiation in the part of the
spectrum between x-rays and visible light, approximately 180nm to 400 nm.
It differs from light only that its wavelengths are too short to be seen
by the human eye. When UV radiation falls upon phosphors, it
causes the phosphors to emit specific radiation. This phenomenon is
known as fluorescence. In some materials, the fluorescence linger on
and slowly disappears after the UV source is removed. This
phenomenon is known as phosphorescence.
Caution: Do not expose eyes
or skin to shortwave ultraviolet light as rays may burn unprotected eyes
or skin. UV Blocking Eyewear is recommended. |
Compact Ultraviolet Lamp - SW
& LW
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$475.00 |
M1004b
Here is a
Portable / Rechargeable 6 watt UV Lamp.
This versatile lamp has a built-in lead battery for hours of use and is
easily recharged with a standard 110v wall outlet. The lamp has two light
tubes for each Short Wave and Long Wave for added intensity. A 12V adapter is available
for operating the lamp from a automotive cigarette lighter. UVLS-26P
95-0181-01 Ultraviolet light is electromagnetic radiation in
the part of the spectrum between x-rays and visible light, approximately
180nm to 400 nm. It differs from light only that its wavelengths are
too short to be seen by the human eye. When UV radiation falls
upon phosphors, it causes the phosphors to emit specific radiation.
This phenomenon is known as fluorescence. In some materials, the
fluorescence linger on and slowly disappears after the UV source is
removed. This phenomenon is known as phosphorescence.
Another photo
Caution: Do not expose
eyes or skin to shortwave ultraviolet light as rays may burn unprotected
eyes or skin. UV Blocking Eyewear is recommended. |
Hand Held Ultraviolet Lamp - SW
& LW
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