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Our new Gas Evaporation Manifolds are the latest in our manifold
line. They are used to accelerate the evaporation of volatile liquids in
20 test tube blocks and 96 deep well blocks. They are designed to work with VWR
and Thermolyne style
heating blocks and use a system of dowel pins and height adjustment screws with the holes present in the aluminum blocks to adjust the
height of the tubes in the test tubes/microplate wells. These manifolds
are resistant to acids, bases and organic solvents as the tubes are made from stainless steel
and the manifold housing from polypropylene.
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20 Tube Gas Evaporation Manifold,
tube length 38 mm, OD = 1.06 mm, ID = 0.66 mm, 19 gauge, 19mm
Center to Center Spacing
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96 Tube Gas Evaporation Manifold, tube length
45 mm, OD =
1.06 mm, ID = 0.66 mm, 19 gauge
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The VP 177 Evaporation Manifold can also be used in conjunction
with the V&P Heating Block to speed the
evaporation process. Our Heating Block which was developed to heat
specimens and stir them at the same time. It is a rugged and
dependable block that can heat your specimens up to 100°C. Our
new VP 741A can heat up to 200 C. |
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Because its legs are adjustable it can be used with any 96 well microplate and the distance the tubes are from the bottom of the well or
pellet can be changed for each application. This makes the
VP 177 very versatile.
This manifold
has also been modified to be used for aspirating
(VP
177A)
(VP
178A) and dispensing
(VP
177AD) (VP
178JD)
(VP
178BJD) |
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The VP 177-24 was designed to function as a 24 well
evaporation manifold. Glass vials in an aluminum block of
SBS dimensions is registered to the manifold by the footpad.
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The height of the manifold is easily adjusted by loosening
the thumb screws and sliding the manifold up or down on the
stainless steel rods as shown in the photo on the right.
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The VP 177-48 was designed to function as a 48 well
evaporation manifold. Glass vials in an aluminum block of
SBS dimensions is registered to the manifold by the footpad.
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The height of the manifold is easily adjusted by loosening
the thumb screws and sliding the manifold up or down on the
stainless steel rods as shown in the photo on the right.
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