Beaker, Printed Graduation, Material: Polypropylene, with pouring spouts are ideal for general laboratory use, Tapered design is convenient for stacking and holding, All sizes have easy to read silk-screened graduations, Autoclavable, Height: 263 mm, Size: 5000 ml
Beaker, Printed Graduation, Material: Polypropylene, with pouring spouts are ideal for general laboratory use, Tapered design is convenient for stacking and holding, All sizes have easy to read silk-screened graduations, Autoclavable, Height: 59 mm, Size: 50 ml
Beaker, Heavy Duty, Graduated, made from premium borosilicate glass, Thicker walls than regular beakers, heat tolerances: Strain Point -515 degree C, Annealing Point 565 degree C, Softening Point 820 degree C, White Graduations, Superior Durability and Chemical Resistance, Size: 100ml
Beaker, Heavy Duty, Graduated, made from premium borosilicate glass, Thicker walls than regular beakers, heat tolerances: Strain Point -515 degree C, Annealing Point 565 degree C, Softening Point 820 degree C, White Graduations, Superior Durability and Chemical Resistance, Size: 600ml
Plastic Beaker, Square Ratio Graduated, with Printed Graduations, polypropylene, 1000mL, Subdivisions: 100mL, Printed in blue, Graduated square ratio beaker, Stackable
Beaker, Heavy Duty, Graduated, made from premium borosilicate glass, Thicker walls than regular beakers, heat tolerances: Strain Point -515 degree C, Annealing Point 565 degree C, Softening Point 820 degree C, White Graduations, Superior Durability and Chemical Resistance, Size: 250ml
Beaker, are ideal for general laboratory use, These have good chemical resistance and can withstand temperatures upto 180 degree C and are autoclavable, Screen printed with chemical resistant ink, Long lasting and high clarity beakers, Size: 1000 ml
Beaker, are ideal for general laboratory use, These have good chemical resistance and can withstand temperatures upto 180 degree C and are autoclavable, Screen printed with chemical resistant ink, Long lasting and high clarity beakers, Size: 2000 ml