Reusable Test Tubes
MatTek Corporation (Sleeve of 1) 12-Well Plate, No. 1.5 Uncoated Coverslip, 10 mm Glass Diameter
With a proven track record of quality and convenience, MatTek dishes provide the optics of glass in standard size microscopy dishes and plates. Cited in thousands of scientific publications, MatTek dishes are a long-standing favorite of lab teams worldwide for their availability, ease-of-use, and the brilliant images they produce.These Multiwell Plates from MatTek Life Sciences combine the convenience of traditional plastic Falcon well plates with the optical quality of glass, providing superior microscopic images. For most applications, No. 1.5 is the preferred coverslip thickness, especially for optimizing image quality with high numerical aperture objectives. All MatTek plates are sterilized with gamma-irradiation and suitable for long term tissue culture. Compare to Falcon , Corning , Cellvis productsRecommended For: - Live cell imaging - Fluorescence microscopy- Confocal microscopy- Phase contrast microscopy- Differential interference contrast microscopy
Foxx Life Sciences Borosil Reusable Heavy Duty Test Tubes with Plain End, 13mL (15 x 125mm), 800/CS
Borosil Reusable Heavy Duty Test Tubes are constructed from mechanically strong, low-extractable borosilicate glass. Thick, uniform walls, excellent thermal shock resistance & rounded bottoms mean these tubes can be used & reused without issue. Borosil Reusable Heavy Duty Test Tubes with Plain Ends comply with ISO/DIN 4142. Avail. in a variety of sizes ranging from 1mL (7mm x 60mm) to 170mL (38mm x 200mm). In collaboration with Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil Type 3.3 Low-Expansion Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1, ASTM E-438/Type I/Class A borosilicate glass that North American scientists have come to trust, Borosil Laboratory Glassware offers unparalleled mechanical strength, clarity & reliability at competitive prices. And thanks to a unique annealing process, Borosil Glassware is stress-free & incredibly resistant to thermal shock.
Enterprise Technology Solutions Antimicrobial 130-Sheet Heavy-
Antimicrobial 130-Sheet Heavy-Duty Stapler 130-Sheet Capacity Black
Hach Company Tube, Test, 13 x 100 mm, 10/pk
Well annealed and chemically stable. Rims are fire-polished. Easy-to-use marking spot.
Chemglass Life Sciences 50mL Tube, Reaction, Airfree, Schlenk, 14/20 Outer Joint, 0-4mm Valve
50mL Tube, Reaction, Airfree, Schlenk, 14/20 Outer Joint, 0-4mm Valve. Cylindrical shaped tube useful for storage or simple reactions with a standard taper outer joint at the top and a Chem-Vac™ Chem-Cap valve sidearm. Plug may be removed for sampling from tube while a purge of inert gas is maintained through the sidearm. Valve size is as listed.
Foxx Life Sciences Borosil® Reusable Heavy Duty Amber Light-Blocking Culture Tubes with PTFE Lined PP Screw Caps and Round Bottoms, 150mL (38 x 200mm), 50/CS
Borosil® Amber Reusable Heavy Duty Culture Tubes are constructed from low-extractable, mechanically strong borosilicate glass. Supplied with PTFE-lined Polypropylene Screw Caps, Borosil® Culture Tubes are easy to seal. Round bottoms & ultra-high clarity. Ideal replacement for media & culture bottles. Amber coloration protects from light between 300nm & 500nm. Borosil® Heavy Duty Culture Tubes with Round Bottoms are available from 5mL to 150mL. In collaboration with Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil® Type 3.3 Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1 borosilicate glass that North American scientists have come to trust, Borosil® Laboratory Glassware offers unparalleled mechanical strength, clarity, & reliability at competitive prices. & thanks to a unique annealing process, Borosil® Glassware is stress-free & incredibly resistant to thermal shock.
Foxx Life Sciences Borosil® Reusable Test Tubes with Plain End, 70mL (25 x 200mm), 100/CS
Borosil® Reusable Test Tubes w/ Plain End are constructed from mechanically strong, low-extractable borosilicate glass. The flame-polished, beaded rim confers strength, preventing chipping & cracking. Thick, uniform walls, excellent heat resistance, & rounded bottoms mean tubes can be reused without issue. Borosil® Reusable w/ Plain End Test Tubes comply w/ ISO/DIN 4142. Available in a variety of sizes from 1mL (7mm x 60 mm) to 170mL (38mm x 200mm). In collaboration w/ Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil® Type 3.3 Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1 borosilicate glass that North American scientists have come to trust, Borosil® Laboratory Glassware offers unparalleled mechanical strength, clarity, & reliability at competitive prices. & thanks to a unique annealing process, Borosil® Glassware is stress-free & incredibly resistant to thermal shock.
Foxx Life Sciences Borosil® Reusable Heavy Duty Test Tubes with Beaded Rim, 70mL (25 x 200mm), 100/CS
Borosil® Reusable Heavy Duty Test Tubes are constructed from mechanically strong, low-extractable borosilicate glass. The flame-polished, beaded rim confers strength, preventing chipping & cracking. Thick, uniform walls, excellent heat resistance, & rounded bottoms mean tubes can be reused without issue. Borosil® Reusable Heavy Duty Test Tubes comply with ISO/DIN 4142. Available in a variety of sizes from 3mL (10mm x 75mm) to 170mL (38mm x 200mm). In collaboration with Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil® Type 3.3 Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1 borosilicate glass that North American scientists have come to trust, Borosil® Laboratory Glassware offers unparalleled mechanical strength, clarity, & reliability at competitive prices. & thanks to a unique annealing process, Borosil® Glassware is stress-free & incredibly resistant to thermal shock.