Showing 1033–1044 of 2226 results

Сatalog number: 1200-2301

Nalgene™ Disposable Polypropylene Robotic Reservoirs

Increase walk-away time and assay efficiency with Thermo Scientific™ Nalgene™ Disposable Polypropylene Robotic Reservoirs. Featuring a standard microplate format with 300mL volume, the convoluted design minimizes dead volume and has baffles to reduce splashing. The flat bottom version is designed to meet a variety of assay needs in both manual and automated environments.
Сatalog number: 3673-0032PK

Nalgene™ Double-Scale PMP Pharmaceutical Graduates

Avoid breakage with transparent and shatterproof Thermo Scientific™ Nalgene™ Double-Scale PMP Pharmaceutical Graduates. Lighter in weight than glass, they provide excellent chemical resistance. They are graduated in ounces and milliliters with no meniscus to confuse readings.
Сatalog number: 2414-0030PK

Nalgene™ Drop-Dispensing Bottle made with Teflon™ FEP with ETFE Dropping Closure and Cap

Dispense strong acids/alkalis, reagents and solvents with Thermo Scientific™ Nalgene™ Drop-Dispensing Bottle made with Teflon™ FEP with ETFE Dropping Closure and Cap, featuring excellent chemical resistance for dispensing virtually any chemical. Tethered spout cap snaps securely into place and won't pop off or leak when the closed bottle is squeezed. Usable over a wide temperature range −105°C to +150°C. Leakproof† and autoclavable.
Сatalog number: 2753-9050

Nalgene™ Dropper Bottles

Choose Thermo Scientific™ Nalgene™ LDPE White Dropper Bottles for accurate, reliable, repeatable dispensing of various reagents and as an excellent alternative to pipetting devices. Nalgene™ Dropper Bottles are made of opaque LDPE and are ideal for UV lightsensitive solutions. Delivers 40μL drops (based on water; viscosity affects drop size), dispensed one drop at a time. Excellent chemical resistance; suitable for most biotech, diagnostic and pharmaceutical applications.
Сatalog number: 2752-9125

Nalgene™ Dropper Bottles with Control Dispensing Tip

Repeatedly dispense reagents accurately using Thermo Scientific™ Nalgene™ Dropper Bottles with Control Dispensing Tip. An excellent alternative to pipetting devices, these dropper bottles deliver 40µL drops (based on water; viscosity affects drop size), dispensed one drop at a time. Featuring excellent chemical resistance, these specialty bottles are suitable for most biotech, diagnostic and pharmaceutical applications.
Сatalog number: 1205-4000

Nalgene™ Economy Polypropylene Griffin Low-Form Plastic Beakers

Get a Nalgene-quality beaker and stay in budget. Thermo Scientific Nalgene economy beakers are made from high quality laboratory grade polypropylene copolymer for reliably low extractables and shatterproof performance at temperatures over -40C. Molded-in nominal graduations won't wear off over time. Stable-footed base design and single 'no-drip' pour spout for precision pouring. Beakers nest for compact storage when not in use and are autoclavable for sterile applications.
Сatalog number: 4106-0250PK

Nalgene™ Erlenmeyer Flasks made with Teflon™ FEP with ETFE Closure, 250mL

Effectively perform organic solvent and concentrated oxidizing agent work with Thermo Scientific™ Nalgene™ Erlenmeyer Flasks made with Teflon™ FEP with ETFE Closure, which are unbreakable, autoclavable, nearly transparent and resist virtually all chemicals. Combine the excellent chemical resistance of FEP with the convenience of a screw closure.
Сatalog number: 4106-0250

Nalgene™ Erlenmeyer Flasks made with Teflon™ fluoropolymer and Closure made with Tefzel™

Effectively perform organic solvent and concentrated oxidizing agent work with Thermo Scientific™ Nalgene™ Erlenmeyer Flasks made with Teflon™ fluoropolymer and Closure made with Tefzel™, which are unbreakable, autoclavable, nearly transparent and resist virtually all chemicals. Combine the excellent chemical resistance of FEP with the convenience of a screw closure. These flasks can be a valuble element of lab safety programs.
Сatalog number: 331600-0016

Nalgene™ FEP Bottles, Bulk Pack

Perform trace metal analysis, high- and low- temperature work and applications involving organic solvents by using Thermo Scientific™ Nalgene™ FEP bottles. For high-purity analysis or storage, clean bottles rigorously in boiling nitric acid.
Сatalog number: 2162-0831

Nalgene™ Filling/Venting Closures

Create aseptic handling solutions for pharmaceutical, biotechnology and laboratory liquid transfer applications using Thermo Scientific™ Nalgene™ Filling/Venting Closures. Ready to accept additional fluid transfer components such as aseptic connectors and air vent filters, these 3-port closures are available for use with Nalgene bottles and carboys with 53B or 83B closures, including pre-mounted lengths of platinum-cured silicone tubing for easy customization of bottles and carboys.
Сatalog number: 2421-0500PK

Nalgene™ Fluorinated HDPE Solvent Wash Bottle

Eliminate fluid “self-dispensing” with self-venting Thermo Scientific™ Nalgene™ Fluorinated HDPE Solvent Wash Bottles. Offering low permeability and excellent chemical resistance to many organic solvents, these high density polyethylene squeeze bottles are useful over a temperature range from 0° to 90°C. Bottles are designed to dispense through the top with a wide-mouth closure and stem molded in one piece for easy filling and reliable service. The tip is molded to provide a straight stream with precision control and can be cut back to increase flow. Tight fit of the draw tube and closure prevents separation when squeezing bottle.
Сatalog number: 2097-0050PK

Nalgene™ Fluorinated HDPE, Carboy with Closure

Enhance long-term container performance, prevent permeation loss and yield lower extractables with Thermo Scientific™ Nalgene™ Fluorinated Carboys with Closure, for use with most acids, alkalis and aggressive organic solvents. These safe, durable and cost-efficient carboys featuring fluorinated surfaces (inside and outside), for improved barrier properties and reduced solvent absorption and penetration. Fluorination enhances long-term container performance and prevents or reduces permeation loss.