Search result for a11텔howDBㅣ로또디비!I

Digital penetrometer for various ASTM, IP, and ISO methods.

Replacement filter dryer for Antek multi-elemental analyzers.

Replacement motor for L-K Industries Benchmark 2014 Model "C" centrifuges.

Six position gum bath for ASTM D381 and IP 540.

SIBATA Class A, Double Scale, To Contain Graduated Cylinders meet ASTM E-1272 Class A, Style I Specifications & USP Standards for Volumetric Glassware.

SIBATA Class B, Double Scale, To Contain Graduated Cylinders meet ASTM E-1272 Class B, Style I Specifications & USP Standards for Volumetric Glassware.

SIBATA Plastic Base, To Contain, Student Grade Glass Graduated Cylinders meet ASTM E-1272 Class B, Style I Specifications for Classification and Tolerances.

These pipettes have sharp and permanent graduation lines and are calibrated to deliver.

The wide-tip opening facilitates rapid fill and drain of viscous liquids, slurries, and suspensions.

Exceptionally simple to operate and provide quick, accurate measurements for the concentration of nearly any aqueous solution.

Anodized aluminum filter holder clamp.

Replacement Daylight Plate for all Handheld Refractometers.

Buffer solution with a pH of 3.98 to 4.02 @ 25°C. GFS Chemicals Item # 1634.

Buffer solution with a pH of 6.98 to 7.02 @ 25°C. GFS Chemicals Item # 681.

Buffer solution with a pH of 6.98 to 7.02 @ 25°C. GFS Chemicals Item # 1639.

Buffer solution with a pH of 9.98 to 10.02 @ 25°C. GFS Chemicals Item # 1645.

Buffer solution with a pH of 6.98 to 7.02 @ 25°C. GFS Chemicals Item # 1640.

Erlenmeyer shape, vacuum resistant due to the heavy wall thickness.

Slit sieve support serves as a carrier for membrane and paper filters.

Vacuum resistant filtering flask due to the heavy wall thickness, bottle shape.

Vacuum resistant filtering flask due to the heavy wall thickness, bottle shape.

Versatile self-standing draining and drying fixture that can be used on a table, by a sink, or easily mounted on the wall.

Vacuum resistant due to the heavy wall thickness.

Calibration is based on the poured in volume (“In”) at a +20°C reference temperature.