Corning™ PYREX™ Heavy-Duty Griffin Beakers
For use under harsh conditions such as mechanized washing
Corning™ PYREX™ Narrow Mouth Heavy-Duty Glass Erlenmeyer Flask
Constructed of PYREX™ for durability. Erlenmeyer style, rugged tooled top finish and narrow mouth.
DWK Life Sciences DURAN™ SUPER DUTY Beaker, Low Form, With Spout, With Reinforced Rim
The DURAN™ SUPER DUTY products are characterized by a higher mechanical strength achieved by reinforcing the rim. As a result of this modification, the impact strength is improved, and the risk of accidental breakage is significantly reduced.
Corning™ PYREX™ Wide Mouth Heavy-Duty Erlenmeyer Flasks
Use these flasks for a variety of applications. PYREX™ Wide Neck Heavy-Duty Erlenmeyer Flasks are designed for longer life and feature a high resistance to chemical attack, rugged tooled top finish and wide mouth.
Pyrex™ Borosilicate Glass Cylinders in Squat Format
Printed with blue enamel graduations for enhanced visibility. Pyrex™ Borosilicate Glass Cylinders in Squat Form are ideal for use in fume hoods and restricted spaces. Borosilicate glass gives superior chemical resistance.
Pyrex™ Tall form Berzelius Heavy Duty Beaker
Designed for longer life and increased user safety
DWK Life Sciences DURAN™ SUPER DUTY Erlenmeyer Flask, wide neck, with reinforced rim
The DURAN™ SUPER DUTY products are characterized by a higher mechanical strength achieved by reinforcing the rim. As a result of this modification, the impact strength is improved, and the risk of accidental breakage is significantly reduced.
PYREX™ Borosilicate Glass Graduated Cylinders
Printed with blue enamel graduations for enhanced visibility. Pyrex™ Borosilicate Glass Cylinders in Tall Form provide superior chemical resistance.
DWK Life Sciences DURAN™ SUPER DUTY Erlenmeyer Flask, narrow neck, with reinforced rim
The DURAN™ SUPER DUTY products are characterized by a higher mechanical strength achieved by reinforcing the rim. As a result of this modification, the impact strength is improved, and the risk of accidental breakage is significantly reduced.