3880 Results for: "Vials&facet_toplevelattributetypedotmaterialhidden_en_ca_string_mv=Borosilicate%20glass"

Supplier: Brandtech

Powerful and popular oil-free diaphragm vacuum pumps are suitable for a wide variety of laboratory applications such as rotary evaporation, centrifugal concentration, gel drying, vacuum filtration, solid phase extraction, and degassing procedures

Supplier: Cytiva

These 13 mm syringe filters offer an available prefiltration layer and wide choice of filter media.

Supplier: Brandtech

Designed to handle a wider range of liquids than the standard seripettor®, the seripettor pro features an easily replaceable wiping seal dispensing cartridge, making it particularly suitable for use with crystal-forming liquids

Supplier: Thermo Scientific

Adding a syringe filtration step prior to injection not only helps to ensure more consistent and reliable results; it also helps protect delicate instruments and prolongs column life.

Supplier: Hamilton

The 1800 series is the reinforced plunger version of the 1700 series syringe. Attached to the flange of the syringe is a removable blue syringe holder that prevents heat transfer, dispense inaccuracies and plunger blow outs. It also provides support to small volume plungers that are prone to bending during injection.

Supplier: Brandtech

Dual application dry chemistry vacuum systems feature reliable and powerful pumps to provide whisper-quiet vacuum operation with integrated solvent recovery accessories

Supplier: Thermo Scientific

Adding a syringe filtration step prior to injection not only helps to ensure more consistent and reliable results; it also helps protect delicate instruments and prolongs column life.

Supplier: Labconco

For determining crude fiber in feed, food, and other agricultural products

Supplier: Ace Glass

This rapid preparative chromatography system is suitable for use at pressures up to 50 psig.

Supplier: Ace Glass

Designed by Dr. Raymond Firestone, this rapid and efficient purge valve is designed to allow 100% replacement of air in reaction vessels with any desired gas. No mercury is used, no reducing valve is needed on the gas source, and no high-vacuum source is required. The valve also eliminates the need to watch manometers, hand-control gas flow, or install warning systems. Expensive gases are conserved as the flow can be cut to nearly zero when purging is complete. This economic valve makes it possible to run all reactions under nitrogen.