Viscometer Accessories
Sigma Aldrich Fine Chemicals Biosciences Sure/PacTM steel sample cy1EA
Provides a convenient and safe method for shipping storing and dispensing research quantities of air-sensitive liquids or liquefied gases whose reactive nature or pressure precludes use of glass bottles. Because Sure/Pac cylinders are made of steel they are virtually unbreakable and their wider base makes them more resistant to tipping over than a glass bottle. When fitted with the Sure/Seal ball valve allows a positive leak-resistant closure for air sensitive liquids which may be additionally secured by the use of a brass cylinder plug. The ball valve is wide enough to permit a SOLUTIONon to be withdrawn as needed with a conventional 9Ain. disposable Pastuer pipette which will reach the bottom of the 275AmL Sure/Pac cylinder. When fitted with gas needle valve may be used to store and dispense low boiling point liquids and liquefied gases as low pressure gas1. Cylinders are made of low carbon steel and have copper brazed seams. Meets DOT specification 4B-350 (Z420646 only) and 4B-
Electron Microscopy Sciences SEM Sample Holder Vertical for Thin Sample With Pin A, 25 mm dia and 10 mm thick
Our scanning electron microscope specimen holders are designed to improve your productivity and allow you to view more than one sample at a time. You will save pump down time, keep your chamber cleaner and get more work done. All mounts are machined from solid aluminum and come with spring clips/or setscrews to hold your specimens securely. All mounts are made to fit onto your stage and are designed to fit through all standard specimen exchange ports, and have a center-threaded port to accept the Adapter Pins.
All adapters have a threaded portion 5 mm in length. Holds thin samples vertically in the SEM or microscope. Useful for cross sections of silicon wafers or multilayer capicators. Pin overall measures: 28mm L x3.1mm dia
Electron Microscopy Sciences SEM Sample Holder Vertical for Thin Sample With Pin B, 25 mm dia and 10 mm thick
Our scanning electron microscope specimen holders are designed to improve your productivity and allow you to view more than one sample at a time. You will save pump down time, keep your chamber cleaner and get more work done. All mounts are machined from solid aluminum and come with spring clips/or setscrews to hold your specimens securely. All mounts are made to fit onto your stage and are designed to fit through all standard specimen exchange ports, and have a center-threaded port to accept the Adapter Pins.
All adapters have a threaded portion 5 mm in length. Holds thin samples vertically in the SEM or microscope. Useful for cross sections of silicon wafers or multilayer capicators.Pin overall measures: 28mm long x 6mm diameter
Electron Microscopy Sciences SEM Sample Holder Vertical for Thin Sample, 25 mm dia and 10 mm thick
Our scanning electron microscope specimen holders are designed to improve your productivity and allow you to view more than one sample at a time. You will save pump down time, keep your chamber cleaner and get more work done. All mounts are machined from solid aluminum and come with spring clips/or setscrews to hold your specimens securely. All mounts are made to fit onto your stage and are designed to fit through all standard specimen exchange ports, and have a center-threaded port to accept the Adapter Pins.
All adapters have a threaded portion 5 mm in length. Holds thin samples vertically in the SEM or microscope loader jaw can hold 3mm thick samples. Useful for cross sections of silicon wafers or multilayer capicators.
Paul N Gardner Company EZ SERIES VISCOSITY CUP NO3
#3 Calibrated EZZAHN (ASTM) DIP CUP produced in accordance with ISO/IEC 17025:2005, ISO/IEC Guide 34:2009, ISO 9001:2008; are compatible to ASTM D 1084 Viscosity of Adhesives and ASTM D 816; calibration is traceable to NIST
SHIMADZU SCIENTIFIC INS (3P ONLY) HELIX CT LOCKING SCREW W SEAL
NC2818801 HELIX CT LOCKING SCREW W SEAL
Brookfield Engineer Labs THERMOSEL/SSA SPINDLE OSC4-27
Spindle, Entry Code: 27, SMC: 25, SRC: 0.34, Each spindle has a two digit entry code which is entered via the keypad on the DV-II +, The entry codeallows the DV-II + to calculate Viscosity, Shear Rate and Shear Stress values.