Compatibility of vials with chemicals

1-800-323-4340 Contact Us Chemical Compatibility Database Begin Compatibility Search: CHEMICAL TO MATERIAL CHEMICAL TO CHEMICAL Use dropdowns below to select a Chemical, and compare against ALL MATERIALS or any specific material. 1. CHEMICAL 2. MATERIAL VIEW COMPATIBILITY WARNING

Compatibility 10% H2O2 Compatibility 30% H2O2 Compatibility 50% H2O2 Compatibility 100% H2O2 (HTC) Chemical resistance data is based on 72° F (22° C) unless otherwise noted A- Suitable B - Good, minor effect, slight corrosion or discoloration 1 - Satisfactory to 120°F (48° C) F - Fair, moderate effect, not recommended for continuous use;

Chemical compatibility The following table contains general use exposure ratings at 20°C. The ability of plastic materials to resist chemical attack and damage is dependent also on temperature, length of exposure to the chemical, and added stresses such as centrifugation.

(e.g. through chemical reactions, leaching of packaging materials or absorption); — the product does not have an adverse effect on the packaging, changing its properties or affecting its protective function. The resulting requirements must be met throughout the whole of the intended shelf-life of the product. Given the link between the quality

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

Made of Polypropylene T504AQX screw cap incorporates a pierceable septum made of chemically resistant PTFE on the outside and silicone on the inside, both components being stable over a broad range of temperatures. The septum also acts as a silicone O-ring for better sample protection. It is. Compare this item.

Feb 2, 2021 · Cyclic olefin copolymer (COC) is a unique member of the polyolefin family, which also includes high-volume materials like polyethylene (PE) and polypropylene (PP). It was introduced a few decades ago and has become a widely used material in medical and packaging applications. The extremely high purity and unique properties of COC have made it

PETG can be sterilized with radiation or compatible chemicals, but it cannot be autoclaved. Its chemical resistance is inferior to that of the polyolefins with a rating of “fair.” Due to its strength, clarity, surface qualities, and low cost, PETG is used to make sterile, single use disposable, containers for cell culture and media storage

Choosing the right septa and closures for your analysis is critical to ensure chemical compatibility with your sample and solvents and protect sample integrity and prevent contamination. Screw and snap caps are usually made of plastic, mostly polypropylene (PP) or polyethylene (PE), whereas seals for crimp-top vials are made from aluminum.

Like all polyolefins, polymethylpentene is non-toxic, non-contaminating and lighter than water. Its excellent transparency, rigidity and resistance to chemicals and high temperatures make PMP a superior material for labware. PMP withstands repeated autoclaving. It can withstand intermittent exposure to temperatures as high as 175°C.

SureStop vials with AVCS caps. 4, 8, 12, 16, 20, or 40 mL vial-cap kits. 20 mL screw top vials with 24 mm caps. 20 mL screw top headspace vials with 18 mm caps. Innovative technology ensures proper vial-cap seal every time. For use with environmental analyses under EPA regulations. For use with scintillation assays.

Chemical Compatibility of Disposable Plastic Centrifuge Tubes The mechanical strength, flexibility, color, weight, and dimensional stability of all plastic centrifuge tubes are affected to varying degrees by the chemicals with which they come in contact. Specific operating conditions, especially

Feb 8, 2012 · The term “compatibility” encompasses three different consequences of chemical interaction between the package and any of the components of a drug product formulation. (1)The first results in actual reduction in drug availability or potency through sorption- the removal of the drug by the package. (2) The second result in contamination as

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

Container recommendations based on chemical compatibility are general guidelines for Nalgene products only. Because so many factors can affect the chemical resistance of a given product, you should test the container for suitability under your own conditions.