Borosilicate
Found 6 free book(s)Catalog Pages: Appleton™ Powertite™ Series Pin and Sleeve ...
www.emerson.com400 Amp 0.84” Solder Well Wire Terminals. Solid Copper Contacts with Four Spring-Loaded Borosilicate Bearings. 400 Amp 1.25” Solder Wire Well Terminals. Solid Copper Contacts with Four Spring-Loaded Borosilicate Bearings. Pins and sleeves are not sold separately. Must be purchased as entire interior replacement.
Best Practices for Using an Agilent LC System Technical Note
www.agilent.comUse borosilicate glass bottle only. † Rinse bottle with desired solvent before refilling it. † Bottles can get contaminated with detergents form the dishwasher. † Exchange water-based solvents daily. † Algae growth may block the degasser or filters. † Precipitation of insoluble salts may block filters or capillaries. †
ABSTRACT GUIDELINES - AISES
www.aises.orgtank with 100 mL of water for steam distillation using the Flinn Scientific Borosilicate Lab Kit. Gather the extracted oil and dilute 70% in three separate containers to be transferred into spray bottles. Testing involved the spraying of the dilute sample into a class jar with Anopheles
Total Dissolved Solids by Gravimetric Determination
www.cefns.nau.eduplatinum or borosilicate glass). b. Graduated cylinder, Class A c. Volumetric pipet, Class A or Wide-bore pipet (optionally), Class B d. Hot plate or heating block (optional) for evaporating samples in a pre-drying step and capable of maintaining a temperature <100 °C (preferably at 80 °C) to prevent sample boiling. e.
<661.2> Plastic Packaging Systems for Pharmaceutical Use ...
www.uspnf.comPrepare a blank by heating Purified Water in a borosilicate glass flask closed with an inert closure; heat the flask at the same temperature and for the same length of time as used for the prepara-tion of Solution C1. Absorbance: Determine the spectrum of Solution C1 between 230 and 360 nm, using the Solution C1 blank as the compen-sation liquid.
1660 EVALUATION OF THE INNER SURFACE DURABILITY OF …
www.uspnf.compharmaceutical packaging is classified as Type I borosilicate glass, Type II treated soda-lime-silica glass, or Type III soda-lime-silica glass on the basis of the hydrolytic resistance of the glass, as defined in Containers—Glass 660 . Type I glass containers are suitable for most products for parenteral and nonparenteral use.