Use
a one or two dram vial for crystal growth or place a few
crystals in a one or two dram vial with a small amount of
mother liquor, then securely close the cap.
Wrap the vial and cap with electric tape several
times, folding the end to create a tab for easy removal. Use
a label-maker to create a label for the vial and attach it
near the top of the vial, leaving room near the bottom of
the vial for easy viewing of crystals under a microscope.

Insert the vial into a plastic
50ml crushproof sample vial (a pill vial will also suffice)
and place tissues between the smaller vial and the larger
vial. Finally, insert the larger vial into a leak resistant
Ziplock © bag. Label the bag with your name, the sample ID, and any
other relevant information. Place the bag inside a crush
resistant shipping box, surrounded by packing material. [use
a 6"L x 6"W x 6"H (15x15x15cm) "Mug Size Box,"] while
larger cubic boxes are suitable for multiple samples.

If your samples are susceptible to
air, it is recommended to load them into an argon dry box.
Ensure that both the small and large vials are properly
sealed and placed inside Ziplock ©
bags within the dry box. Follow the previous shipping
instructions.
For light-sensitive samples, wrap
the large vial with aluminum foil and place it inside a
Ziplock ©
bag. Follow the previous shipping instructions.
To transport small vials or
preloaded crystal mounts, consider securing them inside a
sturdy plastic or metal container to prevent damage. An
ALTOID © box is highly suitable for this purpose. Cut a piece
of Styrofoam to fit the box and create small rectangular
hole(s) to accommodate vial(s) Place the box inside a
Ziplock ©
bag to prevent leakage and proceed with the shipment.

Shipping Crystals in
NMR tubes.
NMR tubes are popular
for growing crystals for a variety of reasons. (my opinion
is that a researcher runs their NMR experiment, puts their
NMR tube with sample on the shelf and then forgets about it
for a few months until they need to go back and clean up).
Shipping an NMR tube can be tricky due to their
length and fragility. Here is a
suggestion.

Joseph H. Reibenspies, Ph.D (Manager)