Products & Reviews

Solvent extraction with the SER 158 can be performed for extractable matter determination on a wide range of sample matrices either in food and non-food industries (such as pulp, paper, textile, chemical) and for sample preparation. The solid-liquid extraction process removes the soluble components from solids using a liquid solvent. The SER 158 works in accordance to international standards such as AOAC, ISO, EPA, APHA, UNI.…

Benchmark's new IsoBlock dry bath is ideal for incubation of samples at two different temperatures, in a single compact unit. The two chambers are separated by an insulated wall and are controlled independently, allowing IsoBlock to serve as two dry baths in one. The hinged (and removable) lid is also designed with a dividing wall. When closed, this dividing wall acts as a barrier, preventing air transfer between chambers.

Mounts up to Six Detectors and Five Injectors Ambient to 400oC Temperature Programmable Column Oven Dimensions: 19" wide x 13.5" high x 14.5" deep Implement virtually any EPA or ASTM method The Model 8610C Gas Chromatograph is our most versatile and popular model. While it is very compact next to comparable laboratory GCs from other manufacturers, it is large enough and flexible enough to perform an amazing variety o…

The arium ®  pro ultrapure water systems meet, and exceed, ASTM Type 1 water quality at an unmatched cost of ownership for any application. Available in a choice of five modular-design systems, this range offers the widest selection of features and options for customised configuration. The glass display with touch-activated functions, along with intuitive menu navigation, ensures error-free operation, even while you are wearin…

Manufactured from high quality pure polypropylene which is highly resistant to chemicals and thermal effects. Produced to match wide variety of pipettors for secure sealing and easy tip ejecting. Uniformity in size and shape allows perfect fitting with almost all micropipettes. Flashfree and uniform delivery orifice for consistent accuracy and reproducible sample delivery. Thin wall and small surface area at the tip minimize…

High-quality total RNA for human, mouse, and rat microarray gene-expression profiling that acts as a consistent control for standard data set comparisons. Comprised of 10 cell lines for human, 11 for mouse, and 14 for rat giving broad gene coverage UHRR selected as one of the two standards in the FDA led Microarray Quality Control (MAQC) project   For Research Use Only. Not for Use in Diagnostic Procedures.

BIGNEAT Biological Safety Cabinets meet all the requirements of European EN12469:2000 Standard. Great features for the comfort of the operator include: Ergonomic design Clear well lit view of the working area Quiet operation Easy clean surfaces BIGNEAT products are built using only the best available materials and using the latest manufacturing techniques to give a quality, long lasting finish - equipment that will…

GFP/RFP-Booster – enhance your fluorescent fusion protein ChromoTek’s Booster are very small, highly specific GFP- or RFP-binding proteins covalently coupled to the superior fluorescent dyes from ATTO-TEC. With our Booster you can: • Reactivate • Boost • Stabilize the signals of your fusion proteinsDirectly stain your protein of interest in fixed cells and benefit from the high specificity an small size that are perfect for su…

The Heating Microscope is able to acquire and store images of a specimen subjected to an industrial heating cycle ,while all the dimensional parameters (height, length, area…,etc.) are measured automatically during the test in order to identify: flattening/melting behaviour, fusibility, identification of the characteristic temperatures Misura® Heating Microscopes have been continuously developed and implemented to gain technic…

This 5 mL PYREX® receiver is used to determine the amount of dilution in crankcase oils when gasoline has been used as fuel. It is designed to allow heat-sensitive materials to be kept away from the hot base of the flask and has an outer 24/40 Standard Taper joint at the top and an inner 24/40 Standard Taper joint on the sidearm. Reference: ASTM D-322.

Ribbed design provides twice the surface area with the same exterior dimensions. Bottles are manufactured from virgin polystyrene, caps from high density polyethylene Both resins meet the USP Class VI requirements for plastic containers and closures Treated with a Corning® CellBIND® surface treatment for enhanced cell attachment One piece seamless construction with printed graduations Printed lot numbers to aid in produ…

(This is the suggested replacement for 5342-1L)These 1L PYREX® heavy wall flasks have seated a bent, removable plastic tubulation in a grommet. Should the flask be upset, the grommet acts as a shock absorber. For convenience, the flasks are graduated to show approximate capacity. The neck finish affords an excellent fit for rubber stoppers and uses a No. 8 rubber stopper. Tubulation O.D. is 12.5mm."

(This is the suggested replacement for 5342-250)These 250 mL PYREX® heavy wall flasks have seated a bent, removable plastic tubulation in a grommet. Should the flask be upset, the grommet acts as a shock absorber. For convenience, the flasks are graduated to show approximate capacity. The neck finish affords an excellent fit for rubber stoppers and uses a No. 6 rubber stopper. Tubulation O.D. is 12.5mm"

(This is the suggested replacement for 5342-2L)These 2L PYREX® heavy wall flasks have seated a bent, removable plastic tubulation in a grommet. Should the flask be upset, the grommet acts as a shock absorber. For convenience, the flasks are graduated to show approximate capacity. The neck finish affords an excellent fit for rubber stoppers and uses a No. 9 rubber stopper. Tubulation O.D. is 12.5mm."

(This is the suggested replacement for 5342-500)These 500 mL PYREX® heavy wall flasks have seated a bent, removable plastic tubulation in a grommet. Should the flask be upset, the grommet acts as a shock absorber. For convenience, the flasks are graduated to show approximate capacity. The neck finish affords an excellent fit for rubber stoppers and uses a No. 7 rubber stopper. Tubulation O.D. is 12.5mm."

(This is the suggested replacement for 1005-600)An economical student grade economy 600 mL beaker, with spout, manufactured to provide balance between thermal shock resistance and mechanical strength. For convenience, these beakers have a double graduated metric scale to indicate approximate content and an extra large marking spot. For PYREX® beaker covers, see Catalog No. 9985 or No. 9990. The 600 mL beaker is designed to AST…

These PYREX® VISTA™ 125 mL micro filtering flasks are recommended for microchemical use. The vacuum hose is attached to the flask's sidearm. A funnel is inserted into the neck of the flask through a ground joint or rubber stopper. The applied vacuum facilitates the filtration process. These flasks have permanent blue enamel marking spots. The 125 mL filtering flask is designed to ASTM E-1406 Type 2.

These PYREX® VISTA™ 25 mL micro filtering flasks are recommended for microchemical use. The vacuum hose is attached to the flask's sidearm. A funnel is inserted into the neck of the flask through a ground joint or rubber stopper. The applied vacuum facilitates the filtration process. These flasks have permanent blue enamel marking spots. The 25 mL filtering flask is designed to ASTM E-1406 Type 2.

These PYREX® VISTA™ 50 mL micro filtering flasks are recommended for microchemical use. The vacuum hose is attached to the flask's sidearm. A funnel is inserted into the neck of the flask through a ground joint or rubber stopper. The applied vacuum facilitates the filtration process. These flasks have permanent blue enamel marking spots. The 50 mL filtering flask is designed to ASTM E-1406 Type 2.

These sterile disposable 10 mL PYREX® serological pipets are designed for the larger-volume user. They are calibrated (TD) with blow-out and are packed to permit easy access to several pipets at a time without contaminating the entire case. Similar to No. 7077, except multi-packed in plastic bags. New I.S.O. color-coding is printed directly on the tear strip for easy identification by size. Reference: ASTM E-714.

These sterile disposable 2 mL PYREX® serological pipets are designed for the larger-volume user. They are calibrated (TD) with blow-out and are packed to permit easy access to several pipets at a time without contaminating the entire case. Similar to No. 7077, except multi-packed in plastic bags. New I.S.O. color-coding is printed directly on the tear strip for easy identification by size. Reference: ASTM E-714.

These sterile disposable 5 mL PYREX® serological pipets are designed for the larger-volume user. They are calibrated (TD) with blow-out and are packed to permit easy access to several pipets at a time without contaminating the entire case. Similar to No. 7077, except multi-packed in plastic bags. New I.S.O. color-coding is printed directly on the tear strip for easy identification by size. Reference: ASTM E-714.

These reusable 5 mL PYREX® serological pipets are designed for cotton plugging. The uniform top-end openings permit performing of plugs and allow precise control of liquid column. Color-coded by size for easy identification and sorting. Colored graduations are enameled onto the glass. The two rings indicate the pipet is calibrated (TD) its total capacity when the last drop is blown out. Reference: ASTM E-1044.

These 10 mL PYREX® volumetric pipets were designed primarily for schools and laboratories where the Class A tolerance of No. 7100 is not required. They are constructed to the same wall thickness and length as our No. 7100, but have larger tip openings for faster delivery. It is primarily due to this faster delivery that accuracy tolerances are twice those specified for Class A volumetric ware. Reference: ASTM E-969.

These 3 mL PYREX® volumetric pipets were designed primarily for schools and laboratories where the Class A tolerance of No. 7100 is not required. They are constructed to the same wall thickness and length as our No. 7100, but have larger tip openings for faster delivery. It is primarily due to this faster delivery that accuracy tolerances are twice those specified for Class A volumetric ware. Reference: ASTM E-969.