Reagent Bottle made from heavy-duty amber borosilicate 3.3 glass suitable for light sensitive chemicals 250mL capacity with easy-to-read white ena View full details CH2063
Chemically compatible with most acids, bases and alcohols. Delivers 30 to 35 drops per mL with approximately 68mL capacity. Resources Tech Note: Dropper Bottle Perofrmance Break the Glass Habit, Make Your Lab a Safer Place Chemical Compatibility Guide Resin Characteristics
Graduated to ± 5% accuracy and autoclavable at 121°C Ideal for storing and sterilizing fluids and dry chemicals Supplied with a 45 mm white polypropylene cap Wide mouth eliminates fluid surges while pouring Made of borosilicate glass Related Products: Autoclavable Plastic Bottle Compare this item
WM PPCO Bottles, 500mL Technical support For assistance choosing products appropriate for your application, please speak with a Nalgene Technical Support Representative team by phone at +1.585.586.8800 or (1.800.625.4327 US toll free), or email your request to technicalsupport@thermofisher.com.
Bottles. Bottles are often used for the storage and distribution of chemicals, solvents and other liquids and powders. Bottles are produced in many popular styles, including Boston rounds, packers, and wide and narrow-mouth rounds. Clear glass bottles provide for maximum visibility of their contents, while amber glass blocks UV rays and is
Reagent Bottles United Scientific Supplies These large capacity reagent bottles feature narrow mouths, intergrated shoulder loops (except 2L) and include a lined HDPE cap for a tight seal. Constructed of polypropylene, the bottles are translucent, pliable, and have excellent strength for extended use. Ideal for packing, shipping and
The bottles are then filled under an inert atmosphere of dry nitrogen to prevent moisture build-up and sealed with our unique Sure/Seal™ liner and crown cap. Anhydrous and Biotech grades are available in 100mL, 1L and 2L Sure/Seal™ bottles (refer to above Bottle/Packaging Specifications).
Chemical bottles to reagent bottles, clear or amber glass, Type I, II, or III, borosilicate or soda-lime — the DWK Life Sciences portfolio contains all this and more, including plastics in a wide variety of shapes, sizes, colors, and properties. Top Laboratory Bottles Categories Media & Laboratory Bottles
Globe Scientific. Globe Glass media bottles are designed with a wide mouth for ease of filling, dispensing and pipetting. A drip free pour ring and autoclavable polyethylene (PE) screw cap enable sterilizations of media and reagents. Globe Glass media bottles are available in sizes 50mL to 10000mL. ASTM E438,.
Description. Made from high quality borosilicate 3.3 glass. Extremely durable with a low temperature gradient and superior chemical resistance. Clear reagent bottle made from heavy duty borosilicate 3.3 glass. Wide mouth with interchangeable hollow borosilicate glass stopper.
I-Chem™ Wide-Mouth Amber Glass Packer with Closure, 250mL, processed, 250mL; Pre-cleaned; Closure size: 45-400; Case of 12 Thermo Scientific™. Collect soil, sludge, waste and water samples for a variety of organic and inorganic target analytes where light protection is required with Thermo Scientific™ I-Chem™ Wide-Mouth Amber Glass Packers.
CP (Chemically Pure) Grade —Products of purity suitable for use in general applications. FCC Grade —Products that meet the requirements of the current Food Chemical Codex. GenAR —A line of reagents specifically developed for use in biotechnology and genetic research. Lab Grade —A line of solvents suitable for histology methods and
Reagent Bottles Constructed from plastic, glass, borosilicate glass or soda-lime glass, reagent bottles feature stoppers or caps, which protect the contents from spilling or outside environmental contamination. Reagent bottles are excellent for storing powders and liquids.
Mar 21, 2022 · Bottles that contain chemicals are most commonly called reagent bottles. These bottles are most frequently manufactured from plastic or glass. Other containers, such as aluminum chemical bottles, are also used in certain instances. These bottles are sealed with special caps or toppers.
Bottles are most often used to store chemicals, solvents, and other liquids, and are available in specific shapes to suit recovery, safety, and storage needs. Bottles are made from glass for inertness or various plastics that have different chemical compatibilities. Clear glass or natural plastics allow maximum visibility.