Vial compatibility with chemicals

This guide makes it easy to find the correct bottles, carboys or vials based on chemical compatibility, volume and other special features to meet your specific need. Nalgene Bottle, Carboy and Vial Selection Guide | Thermo Fisher Scientific - US

Chemical compatibilities of vial and closure materials Chemical LDPE HDPE PP PTFE TPX Glass Acetaldehyde GN GF GN EE GN EE Acetamide, Sat. EE EE EE EE EE EE Acetic acid, 5% EE EE EE EE EE EE Acetic acid, 50% EE EE EE EE EE EE Acetic acid, Glacial EG EE EG EE EG EE Acetic anhydride NN FF GF EE EG EE Acetone NN NN EG EE EE EE

Ideal for use with reactive and corrosive chemicals. The melting point of PTFE 1 is 600°K (327°C / 620°F) Low temperature: maintains high strength, toughness and self-lubrication as low as 5°K (-268°C /-450°F) and good flexibility at 194°K (-79°C / -110°F) NOT compatible with certain alkali metals and fluorinating agents such as xenon

Aptar Pharma’s Small Volume Parenteral Stoppers (Serum Stoppers) are designed for blowback and non-blowback vials and provide optimal protection and drug delivery. Our range of pharmaceutical rubber Serum Stoppers are designed to meet multiple-piercing needs and facilitate manufacturing processes. Discover our Vial containment solutions and

High density polyethylene is used to make Nalgene bottles, carboys, and other items where impact strength and long-term chemical compatibility are key requirements. HDPE is lower cost than many labware materials making it a good choice where economic savings and product value are appreciated. A wide variety of Nalgene bottles are made from HDPE.

the control sample. The vials were placed upright and inverted in the stability chambers maintained at 25°C with 60% RH. The vials were inverted to obtain maximum exposure of the rubber closure to the formulation. The contents of the vials were periodically analyzed for Cytarabine injection [6]. Compatibility study with tubing

compatibility studies with bamlanivimab and closed-system vial-transfer devices (CSTD’s). Before using a CSTD the following must be considered: • Bamlanivimab is a monoclonal antibody and not considered to be hazardous. • Bamlanivimab vials contain an excess of solution. The excess solution is added to accommodate for vial

Jun 13, 2013 · Component Compatibility. When converting a drug product from its initial container closure system to a prefillable syringe system or device, component elastomer formulations and sterilization mode equivalency can help ease the transition, minimize regulatory filing times and mitigate risk for pharmaceutical manufacturers. West’s global

Nalgene fluoropolymer lab bottles are the ultimate plastic bottle for lab applications. They exhibit outstanding resistance to virtually all chemicals, retain their flexible shatterproof properties down to liquid nitrogen temperatures, are usable to temperatures over 200°C. They can be rigorously cleaned in boiling nitric acid and are guaranteed leakproof. FEP and PFA bottles feature inert

Low density polyethylene is used to make Nalgene bottles, wash bottles, carboys, dropper bottles and other items where flexibility, impact strength and long-term chemical compatibility are key requirements. Nalgene LDPE resins have very low trace metal content making Nalgene LDPE bottles popular for use in trace metals analysis labs.

Polypropylene (homopolymer) (PP) Labware. Like the polyethylenes, polypropylene is classified as a polyolefin and is a high-molecular weight hydrocarbon. Polypropylene’s chemical structure is similar to polyethylene, but each unit of the chain has a methyl group attached. Like all polyolefins, polypropylene is non-toxic, non-contaminating and

PTFE, PFA and Teflon®* Vials are available for maximum chemical compatibility. See our PTFE and Teflon Compatibility Charts for more information.. PFA, PTFE and Teflon vials are widely used in the preparation and storage of a variety of samples for sensitive analyses.

Materials commonly used for vials include glass, polypropylene and TPX. Materials commonly used for caps include polypropylene, low density and high density polyethylene, and urea resin. Materials commonly used for septa include PTFE, silicone, natural red rubber, butyl rubber, Viton, polypropylene and polyethylene.

Polyethylene (LDPE and HDPE) Resistance Chart by Chemical. The chemical compatibility of LDPE and HDPE on this chart is tested at 20°C: and 50°C: for 7 days and 30 days (if applicable) with constant exposure. LDPE & HDPE resistance listed by chemical. 1.4-dioxane. LDPE / HDPE at 20°C: little or no damage after 30 days.