Mercury Lamp

The Agilent Technologies mercury lamp is suitable for Cary 4000/5000/6000i and UV-Vis wavelength validation. Application: For Cary 4000/5000/6000i, For UV-Vis Wavelength Validation This product is only available to U.S. Domestic Customers. For research use only, not to be used in…

…to power this lamp. 90-0004-01 (3SC-9): One of the most popular large Pen-Ray Lamp modles with a lighted length of 9.0" (228.6mm) and outside diameter of 0.375" (9.5mm). Lamp is used frequently for photoreactions and ozone production. It emite the Mercury spectrum with primary…

Mercury Lamp for SMS 100

Agilent FIAS cell, FIMS cell, FIMS mercury source lamp and FIAS/FIMS cell replacement parts for PerkinElmer FIMS/FIAS systems are equivalent to genuine FIAS cell, FIMS cell, mercury source lamp and FIAS/FIMS cell replacement parts for PerkinElmer FIMS/FIAS systems. You, can be confident that these…

Deuterium and Visible source lamps provide good intensity over the widest possible wavelength range, plus optimum stability to ensure the best performance with Agilent UV-Vis and UV-Vis-NIR systems. They are selected by our QC process to ensure the optimum lifetime. This product is only available…

Mercury Lamp for PerkinElmer Flow Injection Mercury System (FIMS)

…hollow cathode lamps are quick to reach equilibrium performance, offer a long-term constant light intensity, and low noise with good calibration. Inside each lamp, there is a high volume of inert gas to increase the lamp’s lifetime to 5000 mA hours. Choose from coded lamp versions for Perkin…

…Lamp Regular 1.5" lamps for all systems except Perkin-Elmer system Self-reversal 1.5" lamps for Shimadzu, Thermal Jarrel Ash, LEEMAN Labs whose AAS system requires self-reversal background correction abilities Even though Varian systems do not require self-reversal lamps,…

Single Element Lumina hollow cathode lamp (HCL) for the detection of elemental Mercury (Hg). Every genuine PerkinElmer lamp is designed for use with and tested on PerkinElmer spectrometers to assure compatibility and the highest performance. PerkinElmer offers a wide range of single-element and…

System 2 electrodeless discharge lamp for the detection of elemental Mercury (Hg). Note: PinAAcle ™ instruments require the purchase of an EDL driver assembly, part number 03030997, for each of the lamp positions to be used. Electrodeless Discharge Lamps for greater brightness (EDLs) are typically…

EDL lamps are compatible with all PerkinElmer AA Spectrometers except Models 103,107,290,290b and 820. Note: System 2 EDLs come with two coding plugs: a plug compatible with the Aanalyst series of instruments and a coding plug compatible with earlier instruments having coding capability, for example…

The Ricca Chemical mercury standard is used in various chemical and medical products such as thermometers, barometers, manometers, float valves, fluorescent lamps and other devices.

…1.5''). The lamp’s quartz glass includes an extended life coating to minimize mercury migration into the quartz. The rated average life of the lamps at six starts per day is approximately 9,000 hours. For maximum product performance, LabStrong recommends replacing the lamp at this…

Multiband lamps incorporate both long and short wave UV tubes Medium-intensity, utilizing a 6-watt mercury vapor tube, 229 mm long, with reflector Filter in two sections, in easily removable frame Mid-range lamp used for fluorescing DNA bands in gel electrophoresis studies Dense filters block…

…except B-100SP) allowing the lamp head to rotate a full 360°; remove the lamp from the base for additional mobility B-100Y and B-100YP These models feature a yellow filter which blocks wavelengths shorter than 500nm and produces three strong mercury lines at 543, 574 and 576nm.…

Set of equipment for studying the Zeeman Effect in the mercury green line at 545.1 nm. Includes a 1.0T electromagnet that allows longitudinal or transverse viewing, a mercury lamp, interference filter and lens, a 2.0MM gap Fabry-Perot etalon, a CCD camera and capture card, and evaluation software. …

Agilent FIAS cell, FIMS cell, FIMS mercury source lamp and FIAS/FIMS cell replacement parts for PerkinElmer FIMS/FIAS systems are equivalent to genuine FIAS cell, FIMS cell, mercury source lamp and FIAS/FIMS cell replacement parts for PerkinElmer FIMS/FIAS systems. You, can be confident that these…

Precision apparatus for measuring Planck's Constant includes a mercury discharge lamp, vacuum photocell, set of mercury-line interference filters, and control unit. High quality amplifier yields results for h to better than 3%. This product has a 90 day lead time. Market standard for this type…

UVP Pen-Ray Rare Gas Lamp stock designs incorporate the UVP Pen-Ray Mercury Lamp 11SC-1 body but replace the Mercury for other reactive ingredients. Various lighted lengths, quartz diameters, UV outputs and handle materials are available as custom made lamps. A UVP Pen-Ray Power Supply is required…

…range (-6.0~6.0 Abs) 185– 900nm Wavelength range with Nitrogen purge Precise Wavelength accuracy is ensured by the integrated Mercury lamp for automatic correction Continuously selectable spectra bandwidth from 0.1-5nm Beam size continuously adjustable for variety of applications…

… Purity: >=90.0% (HPLC) Storage: -20C Application: Membrane impermeant, phenanthridinium intercalator dye excited by mercury or xenon-arc lamps or argon-ion laser. Suitable for use in fluorescence microscopy, confocal laser scanning microscopy, flow cytometry, and fluorometry.…

…monitoring of open channel wastewater UV disinfection, the UVT-LED-SW features an LED light source that lasts up to 5x longer than traditional mercury lamps. Our patented automatic cleaning and calibration system reduces fouling and drift, so technicians don’t have to waste time servicing the…

…MFCD00011921 PubChem Substance ID: 24898563 Application Membrane impermeant, phenanthridinium intercalator dye excited by mercury or xenon-arc lamps or argon-ion laser. Suitable for use in fluorescence microscopy, confocal laser scanning microscopy, flow cytometry, and fluorometry. Used…

…to about 50% of maximum with an argon laser (514 nm or 528 nm lines), or to about 75% of maximum with a helium/neon laser (543 nm line) or mercury lamp (546 nm line). Cy3 has been used with fluorescein for double labeling; however, the use of a narrow band-pass emission filter for fluorescein…

…to about 50% of maximum with an argon laser (514 nm or 528 nm lines), or to about 75% of maximum with a helium/neon laser (543 nm line) or mercury lamp (546 nm line). Cy3 has been used with fluorescein for double labeling; however, the use of a narrow band-pass emission filter for fluorescein…

…to about 50% of maximum with an argon laser (514 nm or 528 nm lines), or to about 75% of maximum with a helium/neon laser (543 nm line) or mercury lamp (546 nm line). Cy3 has been used with fluorescein for double labeling; however, the use of a narrow band-pass emission filter for fluorescein…

…to about 50% of maximum with an argon laser (514 nm or 528 nm lines), or to about 75% of maximum with a helium/neon laser (543 nm line) or mercury lamp (546 nm line). Cy3 has been used with fluorescein for double labeling; however, the use of a narrow band-pass emission filter for fluorescein…