Supplies and Tools

Capillaries: Kapton

Kapton is a polyimide film developed by DuPont which is stable in a wide range of temperatures, from −273 to +400 C. (more property details)

11-BM purchases Kapton tubing from the following vendors:

• MicroLumen, Inc. (http://www.microlumen.com/)
• Cole-Parmer (http://www.coleparmer.com/Category/Polyimide_Tubing/6806) {can be purchased via Fisher Scientific}

11-BM rapid access mail-in users are provided with Kapton tubes which are compatible with the mail-in mounting bases.

An assortment of Kapton capillary tube sizes are available at 11-BM for on-site experiments.

Users anticipating performing complimentary scattering measurements on a single sample at other APS powder beamlines should consider using the following standard Cole-Parmer sizes. These are compatible with samples holders at the beamlines noted below. However, it is also important to contact beamline staff for details on sample loading & capillary lengths before preparing your sample for complimentary measurements.

Capillary ID size  x   OD size,             Cole-Parmer Part#,     Standard Size @ APS Beamlines
0.0320" (0.81 mm)  x   0.0340" (0.86 mm),   # 95820-06,            @ 11-BM, 17-BM
0.0395" (1.00 mm)  x   0.0435" (1.10 mm),   # 95820-09,            @ 11-ID-B,  17-BM
0.0575" (1.46 mm)  x   0.0615" (1.56 mm),   # 95820-12,            @ 11-BM, 11-ID-B

Capillaries: Thin Wall Glass and Fused Quartz

Thin wall glass or fused quartz capillaries are often used in powder diffraction experiments.

These are available from several vendors such as:

• Charles-Supper http://www.charles-supper.com
• Hampton Research http://hamptonresearch.com

Typical both glass ('special' or 'borosilicate') or fused (amorphous) quartz capillaries are available.

As purchased from both vendors above, the tubes are pre-sealed on one end, and have a flared opening on the other end for easy powder loading.

When selecting a capillary material and size, consider your experiment and sample(s).

Glass and quartz are stable over different temperature ranges. Glass adds a lower background to a diffraction pattern and is easier to seal with a flame (you can use Bic style lighter), but fused quartz tubes are stronger, more chemical resistant, and more likely to survive shipping and handling.

11-BM rapid access mail-in users may find nested glass/quartz capillaries to protect air sensitive samples, or to lower the sample x-ray absorption https://wiki-ext.aps.anl.gov/ug11bm/index.php/Samples_with_Strong_X-Ray_Absorption#Nested_Capillary

The beamline does not provide glass or quartz capillaries for mail-in experiments. Purchase them vendors like those mentioned above.

Drill Bits

A #68 wire gauge size Jobber drill bit (diameter = 0.031" = 0.787 mm) can be useful for loading & packing powder inside the standard 11-BM mail-in 0.8 mm Kapton tubes

These small diameter drill bits cost $2 or less, and can easily be purchased online. If you intend to use it frequently, you might consider also purchasing a small pin vise (Starrett makes good ones) to more easily hold the small bit.

Powder Sieves

11-BM has a selection of powder sieves available for use by on-site users.

Small and large agate mortars and pestles are also available for grinding powders.

The available sieve sizes are as follows.

Sieve #	Mesh (microns)
40	425 μm
70	212 μm
140	106 μm
200	75 μm
325	45 μm

Mortar and Pestle

An agate mortar and pestle is an invaluable tool for grinding powder samples. Can you used with dry or wet powders. 11-BM has a selection of mortar and pestles available for use by on-site users at the beamline.