Designed for increased stability on the bench and ease of handling particularly in restricted spaces. High clarity Polypropylene - safe unbreakable with good chemical and temperature resistance Self-draining base eliminates water collection during washing in an automatic lab…

Class A, USP, certified graduated cylinders. High contrast blue enamel print represents the optimum combination on resistance and readability. Full ring marks and major graduations. Made with BRAND’s flexible screen stencils which ensures the volume markings match the calibration marks at all…

Calibrated “to deliver” White scale Safety bumper Grade A cylinder features reverse metric scale and bumper. The “TD” (to deliver) appears on each cylinder and indicates it is calibrated to pour (dispense) and that the cylinder may be used repeatedly without drying.

Borosilicate glass cylinders with pour spouts feature heavy uniform wall tubing and strong, stable hexagonal bases and a glass stopper. All cylinders come with bumper guards. Single metric scale calibrated "To Contain", accuracy per Class "A". ASTM E-1272, Batch Certified.

Save valuable space and stabilize samples within the shipping container. Space-saving oblong shape and flat side panels allow bottles to be packed tightly into coolers. Thermo Scientific™ Wide-Mouth HDPE Oblong containers are an excellent general purpose sample container for liquid sampling…

Cylinders comply with ASTM E1272, Class A standards, batch certified. Double metric scale, calibrated to contain. Borosilicate glass cylinders with pour spouts feature heavy uniform wall tubing and strong, stable, hexagonal bases. All cylinders come with bumper guards.

Format with graduations marked in blue print. 50mL  increments with 500mL graduation lines printed around  circumference. Less than 24" in height with stable 8"  diameter octagonal base. The base unscrews from cylinder for ease of cleaning and storage. Use for…

Polypropylene (PP) and Styrene Acrylonitrile Copolymer (SAN) graduated cylinders have ring molded graduations at major increments for excellent readability. Blue print models have overprint for added legibility. Class B per DIN 12681.

Borosilicate glass cylinders with pour spouts feature heavy uniform wall tubing and a removeable, sturdy plastic base. All cylinders come with bumper guards. Single metric scale, accuracy per Class "B".

Makes pouring liquids from large cylinders into other vessels easier Polypropylene-molded cylinders have a double scale with raised numerical graduations for easy reading Hexagonal base makes the cylinder stable and roll proof Chemically resistant and steam autoclavable at 250°F (121°C) Hand…

Polypropylene (PP) and Styrene Acrylonitrile Copolymer (SAN) graduated cylinders have ring molded graduations at major increments for excellent readability. Blue print models have overprint for added legibility. Class B per DIN 12681.

Crystal Clear, autoclavable PMP (TPX) Cylinders feature excellent chemical resistance. Permanent graduations are molded in. Pentagon bases provide added stability. Chemically non-absorbent and cleaner than glass. No wetting and no meniscus. Manufactured per ISO standard 6706-1981 (E).

Polypropylene (PP) and styrene acrylonitrile copolymer (SAN) graduated cylinders. Short form lowers center of gravity for increased stability. Circular base. Molded graduations for increased readability.

Printed cylinders, made of polypropylene. Cylinders feature permanently easy to read blue screened graduations that resist fading and scratching after repeated autoclaving. Meets stringent international quality criteria according to ISO 6706 standards. Tolerances according to DIN 12 680 TT, Class…

Borosilicate glass cylinders with pour spouts feature heavy uniform wall tubing and strong, stable hexagonal bases. All cylinders come with bumper guards. Single metric scale calibrated "To Contain", accuracy per Class "A". ASTM E-1272, meets USP standards, Serialized and Certified.

Polypropylene (PP) and Styrene Acrylonitrile Copolymer (SAN) graduated cylinders have ring-molded graduations at major increments for excellent readability. Blue print models have overprint for added legibility. Class B per DIN 12681.

Borosilicate glass with hexagonal base and Standard Taper stopper; single metric scale Calibrated "to contain" Cylinders are Class B Designed from Federal Specification NNN-C-940 Type I, Style II The 250 mL size is used in testing soaps and soap products in accordance with ASTM D 460…

These graduated cylinders have a “nonwetting” polypropylene surface eliminates concave meniscus and makes reading easier and more accurate. Single metric scale with raised numerals for easy reading Flared top rims and large spouts facilitate pouring Octagonal shaped bases…

Glass cloning cylinder for cloning or isolating individual cells. Place cylinder into bottom of flask or Petri dish to isolate individual or small group of cells. Disinfectant chambers to be used as described in the 1992 J.A.O.A.C. Hard Surface Carrier Test.

Styrene Acrylonitrile Copolymer (SAN) graduated cylinders have ring molded graduations at major increments for excellent readability. Blue print models have overprint for added legibility. Class B per DIN 12681.

Our polypropylene one-piece measuring cylinders have raised graduations for easy readability. They are autoclavable and have excellent contact clarity. The hexagonal base provides excellent stability to the cylinder, and the tapered spout enables easy pouring of reagents. Stated tolerances are the…

Polymethylpentene (PMP) cylinders have ring molded graduations at major increments for excellent readability. Class A per DIN 12681. Conformity Certified. Test Certificate includes lot number and year.

Calibrated "to deliver" Single, white metric scale Ideal for educational institutions or general laboratory procedures

KIMAX graduate with scales in both metric and U.S. customary units. Calibrated to deliver. Sizes 8 fluid drams (25 mL approx.) and larger are designed from ASTM Specification E1094, Type 2 requirements (also NBS Handbook 44). Sizes 4 fluid drams (15 mL), and smaller do not meet ASTM E1094 nor NBS…

KIMAX graduate with scales in both metric and U.S. customary units. Calibrated to deliver. Sizes 8 fluid drams (25 mL approx.) and larger are designed from ASTM Specification E1094, Type 2 requirements (also NBS Handbook 44). Sizes 4 fluid drams (15 mL), and smaller do not meet ASTM E1094 nor NBS…

Cylinder Conical Grad 250 mL Product Dimensions (l x w x h) : 0x3.5x6.5in Cylinder Conical Grad 1000 mL Product Dimensions (l x w x h) : 0x5.937x10.375in The 250 ml and 1000 mL capacity conical graduates can withstand temperatures up to 121ºC. These Polypropylene…

Borosilicate glass cylinders with pour spouts feature heavy uniform wall tubing and strong, stable hexagonal bases and a glass stopper. All cylinders come with bumper guards. Single metric scale calibrated "To Contain", accuracy per Class "A". ASTM E-1272, meets USP standards,…

Polymethylpentene cylinders have glass-like clarity and feature easy-toread molded in graduations. Hexagonally-shaped bases for extra stability Large spouts for smooth flow of liquids during pouring Autoclavable to 121°C Meets accuracy requirements of Class A under DIN 12681 …

These graduated cylinders are made from glass-clear, break-resistant polymethyl pentene (PMP), and are certified Class A “to contain” per DIN 12681 and ISO 6706 Cylinders have red screened graduations for legibility.  Autoclaving at 121° C will not cause permanent exceeding of…

Polypropylene (PP) and styrene acrylonitrile copolymer (SAN) graduated cylinders. Short form lowers center of gravity for increased stability Circular base Molded graduations for increased readability

Polypropylene (PP) and styrene acrylonitrile copolymer (SAN) graduated cylinders. Short form lowers center of gravity for increased stability. Circular base. Molded graduations for increased readability.

The primary function of this TC cylinder is to receive liquids where volumetric calculations are based solely on the volume contained within the cylinder. Among other applications, TC cylinders are frequently used as receivers for the condensate from distillation procedures and sedimentation…