Pans
Round and Spouted Sample pans made of a variety of materials, As well as weighing boats for use with digital balances and small weighing applications.
Triangular Sample Pans
The No. 64 Sample Pan is made of mild steel and has an enameled, dark blue color. This pan has become a standard and features a tapered pour spout. The No. 64P and No. 64BP are the same sized pan as the No. 64 but are made of durable, stati
Spouted Sample Pans
These pans are made of aluminum and are ideal for controlled pouring of samples. The No. 33 and No. 31 feature a funnel-type pour spout.
Round Sample Pans
Our round sample pans are made of a heavy gauge tin (except for No. 44 which is lightweight aluminum) and are available in the following sizes: No. 44 Round Aluminum Sample Pan - 4½" Dia x 1" H No. 44-2 Round Sample Pan, 2 qt liquid (1.7 qt
Hand Scoops - Cast Aluminum
The Flat Bottom Scoops are made of high quality, stain resistant aluminum alloy with one-piece casting. The outer surface is buffed and polished. Inside finish is a smooth, permanent mold.
Bag Needles
The Seedburo Bag needles are made of the highest grade imported English steel and are certain to perform to your satisfaction. They are used for sewing or repairing bags including burlap coffee bags.
Scoops and Counterweights for Balances - Triple Beam and Dial-O-Gram
Accessory scoop and counterweights for mechanical balances.
Loop End Wire Ties
Our Loop End Wire Ties make bag closing simple, quick and economical. They assure speed and neatness with security and uniformity. These wire ties can be furnished in any gauge from 12–21, ranging in lengths from 3½"–48". Commonly used with
Hand Bag Sealer
Seedburo’s bag sealers, are lightweight, portable table models. Ideal for use with polyethylene sample bags (see above). Unit features a teflon jaw for a clean and watertight seal. The hand-operated unit is available with a 8" or 12" teflon
Spring Return Twister
This heavy duty steel twister works great with our Loop End Wire Ties. One pull makes 2½ turn twists. The hook automatically returns to its original position.