Instrument Testing Facility

LC/MS is a hyphenated technique, combining the separation power of HPLC, with the detection power of mass spectrometry. Even with a very sophisticated MS instrument, HPLC is still useful to remove the interferences from the sample that would impact the ionization.

Closely related to LC/MS are some other techniques, like flow injection/MS, CE or CEC/MS, capillary LC or nano LC/MS In all cases, there is the need for an interface that will eliminate the solvent and generate gas phase ions, then transferred to the optics of the mass spectrometer.

Reckoned to be the best in the industry, we are a leading service provider of Turbidity Meter Testing Services. Our well experienced professionals work towards meeting the client requirements and providing them with the services in stringent time duration. Our state in the art technology has helped us to be appreciated widely in the industry and to be known as the best service provider. Furthermore, our offered services are available at industry leading prices.

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Turbidity Meter:

Bio Safety Cabinet

The new recirculating range of Vertical laminar Flow Cabinets are available in three different modules.
Class I Biological Safety Cabinet:

The Class I Biological Safety Cabinet provides personnel and environmental protection, but no product protection. It is similar in air movement to a chemical fume but usually has a limited fixed work access opening and the exhaust air must be HEPA filtered, to protect the environment. The Class I Biological Safety Cabinet is designed for general microbial research with low-and moderate-risk agents. In addition, the work zone, which type is much smaller than a chemical fume hood, is geared to working with biological whose process / producers dictates the use of moderate amounts of volatile liquids, that are suitable for recirculating cabinets.

Class II Biological Safety Cabinet:

As indicated in the previous section selecting a Class II Biological Safety Cabinet must take into consideration a considerable number of factors which include, among others, the work being done within the cabinet, the facility requirement based on biosafety levels, the location of the cabinet within the laboratory itself, the installation requirements of the cabinet, and the exhaust/supply system (s) to both the laboratory and the cabinet, whether or not the cabinet is to be vented.

Class III Biological Safety Cabinet:

The Class III biological safety cabinet was designed for work with biosafety level 4 microbiological agents, and provides maximum protection to the environment and the worker. It is a gas-light enclosure with a non-opening, completely sealed, viewing window.

Flame Photometer

Product Description:

This Flame Photometer is a wholly new design instrument. Small dimensions, simple structure, easy operation and reliable. Adopted LCD, keyboard, and storage standard curve and with the function of output and print connection.

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The Drying Oven manufactured by us is widely applicable in various industrial applications. The Drying Oven is designed by our experienced professionals to maintain temperature control for different paint finishes. We specially concentrate on various facets such as safety and maintenance at primary stage of designing. Our range of Drying Oven is recognized for their energy efficiency and cost effectiveness.

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Powder x-ray diffraction (XRD) uses x-rays to investigate and quantify the crystalline nature of materials by measuring the diffraction of x-rays from the planes of atoms within the material. It is sensitive to both the type of and relative position of atoms in the material as well as the length scale over which the crystalline order persists. It can, therefore, be used to measure the crystalline content of materials; identify the crystalline phases present (including the quantification of mixtures in favourable cases); determine the spacing between lattice planes and the length scales over which they persist; and to study preferential ordering and epitaxial growth of crystallites. In essence it probes length scales from approximately sub angstroms to a few nm and is sensitive to ordering over tens of nanometres.

The samples for analysis are typically in the form of finely divided powders, but diffraction can also be obtained from surfaces, provided they are relatively flat and not too rough. Moreover the materials can be of a vast array of types, including inorganic, organic, polymers, metals or composites and the potential applications cover almost all research fields, e.g. metallurgy, pharmaceuticals, earth sciences, polymers and composites, microelectronics and nanotechnology. Powder XRD can also be applied to study the pseudo crystalline structure of mesoporous materials and colloidal crystals provided that the length scales are in the correct size regime.

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