With the Buck M530 you get the reliability of a scanning instrument, and the capabilities of an FTIR, for a price that won't break the bank!

The Advanced M530 Package
comes complete with a ZnSe ATR, and Scan-n-Search Software for working with popular spectra libraries to identify unknown spectra.

The Model HC-404 is a self contained, fixed wavelength infrared analyzer designed for rapid accurate analysis of total petroleum hydrocarbons in water, soil and sludge samples.

Perfect for ASTM method D 7066-04, EPA method 418.1 & EPA method 413.2

BA-2 Infrared accessories Kit KBr Windows includes:

(2) Sealed Demountable Cell Holders 6500

(6) 38 x 19 x 4mm KBr Cell Windows
(4) 38 x 19 x 4mm KBr Drilled Cell Windows

(1) Beta-Gas Cell, 10cm
(2) 25 x 4mm KBr cell Windows

(1) Magnetic Film Holder

(1) Evacuable KBr Beta Press
(1) 65mm Agate Mortar and Pestle
(1) KBr Powder, 100g
(1) Nujol Oil, 2oz.

The Beta Cell is the most convenient, low-cost, easiest to use De-mountable Cell available. Assembly is accomplished by placing the sample between two un-drilled 25x4mm cell windows that are separated by a spacer.  The windows are then placed into the holder and held secure with the threaded retaining ring.  This type of cell is ideal for student use and is durable enough for continuous use.  Recommended when analyzing unknown samples so as not to risk ruining more expensive cells.

This KBr (Potassium Bromide) 25x4mm cell window for IR spectrometers is soluble in water and alcohol, and slightly soluble in ether.

KBr (Potassium Bromide) has fairly good resistance to thermal & mechanical shock and is hygroscopic.

The working wavelength range for Potassium Bromide is 48,800 - 388 cm-1.

Part Number: 500C3

Infrasil quartz cuvette, 10mm path length

Part Number: BS 21-I-10

 IR Silica has so significant bands in the UV and is useful between 220nm-3800nm.

Sold individually or in matched pairs.

The Beta Press is a unique precision solid sampling device designed for making 7mm KBr pellets. The press is available as an evacuable or non-evacuable design, consisting of two hardened and highly polished steel bolts and a stainless steel barrel (two bolt washers are included with the evacuable press for optimal evacuation of air). The KBr pellet is formed when the two bolts are turned against each other inside the barrel. Once the pellet is pressed, the two bolts are removed from the barrel and the barrel containing the pellet is then mounted in the sample compartment.

The Demountable Cell Holder is ideal for use when analyzing liquids, mulls and capillary films. Since the windows that are used in this holder are not amalgamated together (as in permanently sealed cells), the cell is easily convertible to accommodate many sampling types. Luer-Lok TM filling ports make filling and clean up easy.

Cell Assembly

When analyzing mulls or capillary films, the cell is assembled with one or two un-drilled windows and when analyzing liquids, the cell can be assembled with one un-drilled window, a spacer and a drilled window to create a cell with a specific path length. A gasket is used to help prevent leakage.

10x22 mm aperture,

Window size: 38x19x4mm*
*Windows not included

This KBr (Potassium Bromide) 38x19x4mm Rectangular cell window is soluble in water and alcohol. Slightly soluble in ether. Fairly good resistance to thermal & mechanical shock. Hygroscopic.

KBr has a working wavelength range of 48,800 - 388 cm-1

Part Number: 511C3

The Prism Cell is primarily used for analyzing highly absorbing materials, typically aqueous samples, pastes, films and soluble powders. The accessory utilizes a 45° single reflecting prism (permanently mounted Zinc Selenide or Germanium and a two-mirror transfer optic design for high performance. The two-mirror transfer optical design means easy alignment. The accessory is slide mounted to fit into the sample holder of the instrument.

The Permanent Sealed Liquid Cell consists of a stainless steel body, which is corrosion resistant. Each cell is permanently mounted and sealed in the stainless steel body and each has a precise path length. Permanent Sealed Liquid Cells are calibrated with the interference fringe calculation before leaving the factory. Since the cell thickness is permanently fixed it provides the user a means for accurate, reproducible results, making it ideal for performing quantitative measurements.